32,562 results match your criteria Astronomy & Geophysics[Journal]


4D flow imaging with 2D-selective excitation.

Magn Reson Med 2019 Apr 19. Epub 2019 Apr 19.

Physikalisch-Technische Bundesanstalt (PTB), Braunschweig and Berlin, Germany.

Purpose: 4D flow MRI permits to quantify non-invasively time-dependent velocity vector fields, but it demands long acquisition times. 2D-selective excitation allows to accelerate the acquisition by reducing the FOV in both phase encoding directions. In this study, we investigate 2D-selective excitation with reduced FOV imaging for fast 4D flow imaging while obtaining correct velocity quantification. Read More

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http://dx.doi.org/10.1002/mrm.27769DOI Listing

One Precursor but Two Types of Graphene Nanoribbons: On-Surface Transformations of 10,10'-Dichloro-9,9'-bianthryl on Ag(111).

J Phys Chem C Nanomater Interfaces 2019 Apr 25;123(14):8892-8901. Epub 2019 Mar 25.

Debye Institute for Nanomaterials Science, Utrecht University, PO Box 80000, 3508 TA Utrecht, The Netherlands.

On-surface synthesis has emerged in the last decade as a method to create graphene nanoribbons (GNRs) with atomic precision. The underlying premise of this bottom-up strategy is that precursor molecules undergo a well-defined sequence of inter- and intramolecular reactions, leading to the formation of a single product. As such, the structure of the GNR is encoded in the precursors. Read More

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http://dx.doi.org/10.1021/acs.jpcc.8b12209DOI Listing
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC6463537PMC

The cosmic drama that helped to build the Milky Way.

Authors:

Nature 2019 Apr;568(7753):436

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http://dx.doi.org/10.1038/d41586-019-01226-2DOI Listing

Forging tools for refining predicted protein structures.

Proc Natl Acad Sci U S A 2019 Apr 18. Epub 2019 Apr 18.

Center for Theoretical Biological Physics, Rice University, Houston, TX 77030;

Refining predicted protein structures with all-atom molecular dynamics simulations is one route to producing, entirely by computational means, structural models of proteins that rival in quality those that are determined by X-ray diffraction experiments. Slow rearrangements within the compact folded state, however, make routine refinement of predicted structures by unrestrained simulations infeasible. In this work, we draw inspiration from the fields of metallurgy and blacksmithing, where practitioners have worked out practical means of controlling equilibration by mechanically deforming their samples. Read More

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http://dx.doi.org/10.1073/pnas.1900778116DOI Listing

Carrier lifetimes of >1 μs in Sn-Pb perovskites enable efficient all-perovskite tandem solar cells.

Science 2019 Apr 18. Epub 2019 Apr 18.

National Renewable Energy Laboratory, Golden, CO 80401, USA.

All-perovskite-based polycrystalline thin-film tandem solar cells have the potential to deliver efficiencies of > 30%. However, the performance of all-perovskite-based tandem devices have been limited by the lack of high-efficiency, low-band-gap Sn-Pb mixed-perovskite solar cells (PSCs). We report on using guanidinium thiocyanate (GuaSCN) to dramatically improve the structural and optoelectronic properties of Sn-Pb mixed, low-band-gap (~1. Read More

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http://dx.doi.org/10.1126/science.aav7911DOI Listing

Controlled Hydrothermal Growth and Li Storage Performance of 1D VO Nanobelts with Variable Vanadium Valence.

Nanomaterials (Basel) 2019 Apr 17;9(4). Epub 2019 Apr 17.

Department of Physics, School of Physics and Astronomy, Yunnan University, Kunming 650504, China.

One-dimensional (1D) vanadium oxide nanobelts (VO NBs) with variable V valence, which include VO·HO NBs, VO (B) NBs and VO NBs, were prepared by a simple hydrothermal treatment under a controllable reductive environment and a following calcination process. Electrochemical measurements showed that all these VO NBs can be adopted as promising cathode active materials for lithium ion batteries (LIBs). The Li storage mechanism, charge transfer property at the solid/electrolyte interface and Li diffusion characteristics for these as-synthesized 1D VO NBs were systematically analyzed and compared with each other. Read More

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http://dx.doi.org/10.3390/nano9040624DOI Listing

Classical stochastic systems with fast-switching environments: Reduced master equations, their interpretation, and limits of validity.

Phys Rev E 2019 Mar;99(3-1):032121

Theoretical Physics, School of Physics and Astronomy, University of Manchester, Manchester M13 9PL, United Kingdom.

We study classical Markovian stochastic systems with discrete states, coupled to randomly switching external environments. For fast environmental processes we derive reduced dynamics for the system itself, focusing on corrections to the adiabatic limit of infinite timescale separation. We show that this can lead to master equations with bursting events. Read More

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http://dx.doi.org/10.1103/PhysRevE.99.032121DOI Listing

Experimental and numerical observation of dark and bright breathers in the band gap of a diatomic electrical lattice.

Phys Rev E 2019 Mar;99(3-1):032206

Department of Mathematics and Statistics, University of Massachusetts, Amherst, Massachusetts 01003, USA.

We observe dark and bright intrinsic localized modes (ILMs), also known as discrete breathers, experimentally and numerically in a diatomic-like electrical lattice. The experimental generation of dark ILMs by driving a dissipative lattice with spatially homogenous amplitude is, to our knowledge, unprecedented. In addition, the experimental manifestation of bright breathers within the band gap is also novel in this system. Read More

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http://dx.doi.org/10.1103/PhysRevE.99.032206DOI Listing

Twist-bend coupling and the statistical mechanics of the twistable wormlike-chain model of DNA: Perturbation theory and beyond.

Phys Rev E 2019 Mar;99(3-1):032414

Department of Physics and Astronomy, and Department of Molecular Biosciences, Northwestern University, Evanston, Illinois 60208, USA.

The simplest model of DNA mechanics describes the double helix as a continuous rod with twist and bend elasticity. Recent work has discussed the relevance of a little-studied coupling G between twisting and bending, known to arise from the groove asymmetry of the DNA double helix. Here the effect of G on the statistical mechanics of long DNA molecules subject to applied forces and torques is investigated. Read More

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http://dx.doi.org/10.1103/PhysRevE.99.032414DOI Listing

Diffusion of size bidisperse spheres in dense granular shear flow.

Phys Rev E 2019 Mar;99(3-1):032902

Institute of Process Equipment, Zhejiang University, Hangzhou 310027, China.

Diffusion is an important particle behavior in granular flow. Although granular diffusion has been studied for decades, the diffusion of size bidisperse particles has not been well understood. In this paper, discrete element method simulations with the Lees-Edwards boundary condition are performed to quantify the relation between the diffusion coefficient (D) and flow parameters for size bidisperse spheres in dense granular flow. Read More

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http://dx.doi.org/10.1103/PhysRevE.99.032902DOI Listing

Analog cosmology with two-fluid systems in a strong gradient magnetic field.

Phys Rev E 2019 Mar;99(3-1):031101

School of Mathematical Sciences, University of Nottingham, University Park, Nottingham NG7 2RD, United Kingdom.

We propose an experiment combining fluid dynamics and strong magnetic field physics to simulate cosmological scenarios. Our proposed system consists of two immiscible, weakly magnetized fluids moved through a strong gradient magnetic field. The diamagnetic and paramagnetic forces thus generated amount to a time-dependent effective gravity, which allows us to precisely control the propagation speed of interface waves. Read More

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http://dx.doi.org/10.1103/PhysRevE.99.031101DOI Listing

Reply to "Comment on 'Lagrangian formulation and symmetrical description of liquid dynamics' ".

Authors:
K Trachenko

Phys Rev E 2019 Mar;99(3-2):036103

School of Physics and Astronomy, Queen Mary University of London, Mile End Road, London E1 4NS, United Kingdom.

We make three remarks in reply to the comment by Bryk, Duviryak, and Mryglod (BDM) [Bryk, Duviryak, and Mryglod, Phys. Rev. E 99, 036102 (2019)10. Read More

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http://dx.doi.org/10.1103/PhysRevE.99.036103DOI Listing

Exact decomposition of homoclinic orbit actions in chaotic systems: Information reduction.

Phys Rev E 2019 Mar;99(3-1):032212

Department of Physics and Astronomy, Washington State University, Pullman, Washington 99164-2814, USA.

Homoclinic and heteroclinic orbits provide a skeleton of the full dynamics of a chaotic dynamical system and are the foundation of semiclassical sums for quantum wave packets, coherent states, and transport quantities. Here, the homoclinic orbits are organized according to the complexity of their phase-space excursions, and exact relations are derived expressing the relative classical actions of complicated orbits as linear combinations of those with simpler excursions plus phase-space cell areas bounded by stable and unstable manifolds. The total number of homoclinic orbits increases exponentially with excursion complexity, and the corresponding cell areas decrease exponentially in size as well. Read More

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http://dx.doi.org/10.1103/PhysRevE.99.032212DOI Listing

Closure for the Ornstein-Zernike equation with pressure and free energy consistency.

Phys Rev E 2019 Mar;99(3-1):032130

Department of Physics and Astronomy, California State University Northridge, 18111 Nordhoff Street, Northridge, California 91330, USA.

The Ornstein-Zernike (OZ) integral equation theory is a powerful approach to simple liquids due to its low computational cost and the fact that, when combined with an appropriate closure equation, the theory is thermodynamically complete. However, approximate closures proposed to date exhibit pressure or free energy inconsistencies that produce inaccurate or ambiguous results, limiting the usefulness of the Ornstein-Zernike approach. To address this problem, we combine methods to enforce both pressure and free energy consistency to create a new closure approximation and test it for a single-component Lennard-Jones fluid. Read More

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http://dx.doi.org/10.1103/PhysRevE.99.032130DOI Listing

Nonequilibrium phase transition in an open quantum spin system with long-range interaction.

Phys Rev E 2019 Mar;99(3-1):032131

CCSS, CTP and Department of Physics and Astronomy, Seoul National University, Seoul 08826, Korea.

We investigate a nonequilibrium phase transition in a dissipative and coherent quantum spin system using the quantum Langevin equation and mean-field theory. Recently, the quantum contact process (QCP) was theoretically investigated using the Rydberg antiblockade effect, in particular, when the Rydberg atoms were excited in s states so that their interactions were regarded as being between the nearest neighbors. However, when the atoms are excited to d states, the dipole-dipole interactions become effective, and long-range interactions must be considered. Read More

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http://dx.doi.org/10.1103/PhysRevE.99.032131DOI Listing

Resolution of the sign problem for a frustrated triplet of spins.

Authors:
Itay Hen

Phys Rev E 2019 Mar;99(3-1):033306

Information Sciences Institute, University of Southern California, Marina del Rey, California 90292, USA and Department of Physics and Astronomy, Center for Quantum Information Science & Technology, University of Southern California, Los Angeles, California 90089, USA.

We propose a mechanism for solving the "negative sign problem"-the inability to assign non-negative weights to quantum Monte Carlo configurations-for a toy model consisting of a frustrated triplet of spin-1/2 particles interacting antiferromagnetically. The introduced technique is based on the systematic grouping of the weights of the recently developed off-diagonal series expansion of the canonical partition function [Phys. Rev. Read More

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http://dx.doi.org/10.1103/PhysRevE.99.033306DOI Listing

Characteristic times in the standard map.

Phys Rev E 2019 Mar;99(3-1):032203

Research Center for Astronomy, Academy of Athens Soranou Efesiou 4, GR-115 27 Athens, Greece.

We study and compare three characteristic times of the standard map: the Lyapunov time t_{L}, the Poincaré recurrence time t_{r}, and the stickiness (or escape) time t_{st}. The Lyapunov time is the inverse of the Lyapunov characteristic number (L) and in general is quite small. We find empirical relations for the L as a function of the nonlinearity parameter K and of the chaotic area A. Read More

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http://dx.doi.org/10.1103/PhysRevE.99.032203DOI Listing

Model reduction methods for population dynamics with fast-switching environments: Reduced master equations, stochastic differential equations, and applications.

Phys Rev E 2019 Mar;99(3-1):032122

Theoretical Physics, School of Physics and Astronomy, University of Manchester, Manchester M13 9PL, United Kingdom.

We study stochastic population dynamics coupled to fast external environments and combine expansions in the inverse switching rate of the environment and a Kramers-Moyal expansion in the inverse size of the population. This leads to a series of approximation schemes, capturing both intrinsic and environmental noise. These methods provide a means of efficient simulation and we show how they can be used to obtain analytical results for the fluctuations of population dynamics in switching environments. Read More

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http://dx.doi.org/10.1103/PhysRevE.99.032122DOI Listing

Machine learning of phase transitions in the percolation and XY models.

Phys Rev E 2019 Mar;99(3-1):032142

C. N. Yang Institute for Theoretical Physics and Department of Physics and Astronomy, State University of New York at Stony Brook, Stony Brook, New York 11794-3840, USA.

In this paper, we apply machine learning methods to study phase transitions in certain statistical mechanical models on the two-dimensional lattices, whose transitions involve nonlocal or topological properties, including site and bond percolations, the XY model, and the generalized XY model. We find that using just one hidden layer in a fully connected neural network, the percolation transition can be learned and the data collapse by using the average output layer gives correct estimate of the critical exponent ν. We also study the Berezinskii-Kosterlitz-Thouless transition, which involves binding and unbinding of topological defects, vortices and antivortices, in the classical XY model. Read More

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http://dx.doi.org/10.1103/PhysRevE.99.032142DOI Listing

Synthetic clock transitions via continuous dynamical decoupling.

Phys Rev A (Coll Park) 2018 Jan 16;97(1):013407. Epub 2018 Jan 16.

Joint Quantum Institute, University of Maryland and National Institute of Standards and Technology, College Park, Maryland 20742, USA.

Decoherence of quantum systems due to uncontrolled fluctuations of the environment presents fundamental obstacles in quantum science. Clock transitions which are insensitive to such fluctuations are used to improve coherence, however, they are not present in all systems or for arbitrary system parameters. Here we create a trio of synthetic clock transitions using continuous dynamical decoupling in a spin-1 Bose-Einstein condensate in which we observe a reduction of sensitivity to magnetic-field noise of up to four orders of magnitude; this work complements the parallel work by Anderson . Read More

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http://dx.doi.org/10.1103/PhysRevA.97.013407DOI Listing
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC6463877PMC
January 2018

A detailed account of the measurements of cold collisions in a molecular synchrotron.

EPJ Tech Instrum 2018 11;5(1). Epub 2018 Jul 11.

LaserLaB, Department of Physics and Astronomy, Vrije Universiteit, De Boelelaan 1081, Amsterdam, The Netherlands.

We have recently demonstrated a general and sensitive method to study low energy collisions that exploits the unique properties of a molecular synchrotron (Van der Poel et al., Phys Rev Lett 120:033402, 2018). In that work, the total cross section for ND3 + Ar collisions was determined from the rate at which ammonia molecules were lost from the synchrotron due to collisions with argon atoms in supersonic beams. Read More

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http://dx.doi.org/10.1140/epjti/s40485-018-0048-yDOI Listing
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC6434929PMC

CUPID-0: the first array of enriched scintillating bolometers for 0 decay investigations.

Eur Phys J C Part Fields 2018 29;78(5):428. Epub 2018 May 29.

CEA-Saclay, DSM/IRFU, 91191 Gif-sur-Yvette Cedex, France.

The CUPID-0 detector hosted at the Laboratori Nazionali del Gran Sasso, Italy, is the first large array of enriched scintillating cryogenic detectors for the investigation of Se neutrinoless double-beta decay ( ). CUPID-0 aims at measuring a background index in the region of interest (RoI) for at the level of 10  counts/(keV kg years), the lowest value ever measured using cryogenic detectors. CUPID-0 operates an array of Zn Se scintillating bolometers coupled with bolometric light detectors, with a state of the art technology for background suppression and thorough protocols and procedures for the detector preparation and construction. Read More

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http://dx.doi.org/10.1140/epjc/s10052-018-5896-8DOI Listing
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC6435222PMC

Stop coannihilation in the CMSSM and SubGUT models.

Eur Phys J C Part Fields 2018 28;78(5):425. Epub 2018 May 28.

7Department of Physics, University of Tokyo, Bunkyo-ku, Tokyo, 113-0033 Japan.

Stop coannihilation may bring the relic density of heavy supersymmetric dark matter particles into the range allowed by cosmology. The efficiency of this process is enhanced by stop-antistop annihilations into the longitudinal (Goldstone) modes of the and bosons, as well as by Sommerfeld enhancement of stop annihilations and the effects of bound states. Since the couplings of the stops to the Goldstone modes are proportional to the trilinear soft supersymmetry-breaking -terms, these annihilations are enhanced when the -terms are large. Read More

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http://dx.doi.org/10.1140/epjc/s10052-018-5831-zDOI Listing
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC6435225PMC

Precision determination of the strong coupling constant within a global PDF analysis: NNPDF Collaboration.

Eur Phys J C Part Fields 2018 24;78(5):408. Epub 2018 May 24.

8DAMTP, University of Cambridge, Wilberforce Road, Cambridge, CB3 0WA UK.

We present a determination of the strong coupling constant based on the NNPDF3.1 determination of parton distributions, which for the first time includes constraints from jet production, top-quark pair differential distributions, and the distributions using exact NNLO theory. Our result is based on a novel extension of the NNPDF methodology - the correlated replica method - which allows for a simultaneous determination of and the PDFs with all correlations between them fully taken into account. Read More

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http://dx.doi.org/10.1140/epjc/s10052-018-5897-7DOI Listing
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC6435224PMC

Search for a new heavy gauge-boson resonance decaying into a lepton and missing transverse momentum in 36 fb of collisions at  TeV with the ATLAS experiment.

Authors:
M Aaboud G Aad B Abbott O Abdinov B Abeloos S H Abidi O S AbouZeid N L Abraham H Abramowicz H Abreu R Abreu Y Abulaiti B S Acharya S Adachi L Adamczyk J Adelman M Adersberger T Adye A A Affolder T Agatonovic-Jovin C Agheorghiesei J A Aguilar-Saavedra S P Ahlen F Ahmadov G Aielli S Akatsuka H Akerstedt T P A Åkesson E Akilli A V Akimov G L Alberghi J Albert P Albicocco M J Alconada Verzini S C Alderweireldt M Aleksa I N Aleksandrov C Alexa G Alexander T Alexopoulos M Alhroob B Ali M Aliev G Alimonti J Alison S P Alkire B M M Allbrooke B W Allen P P Allport A Aloisio A Alonso F Alonso C Alpigiani A A Alshehri M Alstaty B Alvarez Gonzalez D Álvarez Piqueras M G Alviggi B T Amadio Y Amaral Coutinho C Amelung D Amidei S P Amor Dos Santos A Amorim S Amoroso G Amundsen C Anastopoulos L S Ancu N Andari T Andeen C F Anders J K Anders K J Anderson A Andreazza V Andrei S Angelidakis I Angelozzi A Angerami A V Anisenkov N Anjos A Annovi C Antel M Antonelli A Antonov D J Antrim F Anulli M Aoki L Aperio Bella G Arabidze Y Arai J P Araque V Araujo Ferraz A T H Arce R E Ardell F A Arduh J-F Arguin S Argyropoulos M Arik A J Armbruster L J Armitage O Arnaez H Arnold M Arratia O Arslan A Artamonov G Artoni S Artz S Asai N Asbah A Ashkenazi L Asquith K Assamagan R Astalos M Atkinson N B Atlay K Augsten G Avolio B Axen M K Ayoub G Azuelos A E Baas M J Baca H Bachacou K Bachas M Backes M Backhaus P Bagnaia M Bahmani H Bahrasemani J T Baines M Bajic O K Baker E M Baldin P Balek F Balli W K Balunas E Banas A Bandyopadhyay Sw Banerjee A A E Bannoura L Barak E L Barberio D Barberis M Barbero T Barillari M-S Barisits J T Barkeloo T Barklow N Barlow S L Barnes B M Barnett R M Barnett Z Barnovska-Blenessy A Baroncelli G Barone A J Barr L Barranco Navarro F Barreiro J Barreiro Guimarães da Costa R Bartoldus A E Barton P Bartos A Basalaev A Bassalat R L Bates S J Batista J R Batley M Battaglia M Bauce F Bauer H S Bawa J B Beacham M D Beattie T Beau P H Beauchemin P Bechtle H P Beck H C Beck K Becker M Becker M Beckingham C Becot A J Beddall A Beddall V A Bednyakov M Bedognetti C P Bee T A Beermann M Begalli M Begel J K Behr A S Bell G Bella L Bellagamba A Bellerive M Bellomo K Belotskiy O Beltramello N L Belyaev O Benary D Benchekroun M Bender K Bendtz N Benekos Y Benhammou E Benhar Noccioli J Benitez D P Benjamin M Benoit J R Bensinger S Bentvelsen L Beresford M Beretta D Berge E Bergeaas Kuutmann N Berger J Beringer S Berlendis N R Bernard G Bernardi C Bernius F U Bernlochner T Berry P Berta C Bertella G Bertoli F Bertolucci I A Bertram C Bertsche D Bertsche G J Besjes O Bessidskaia Bylund M Bessner N Besson C Betancourt A Bethani S Bethke A J Bevan J Beyer R M Bianchi O Biebel D Biedermann R Bielski K Bierwagen N V Biesuz M Biglietti T R V Billoud H Bilokon M Bindi A Bingul C Bini S Biondi T Bisanz C Bittrich D M Bjergaard C W Black J E Black K M Black R E Blair T Blazek I Bloch C Blocker A Blue W Blum U Blumenschein S Blunier G J Bobbink V S Bobrovnikov S S Bocchetta A Bocci C Bock M Boehler D Boerner D Bogavac A G Bogdanchikov C Bohm V Boisvert P Bokan T Bold A S Boldyrev A E Bolz M Bomben M Bona M Boonekamp A Borisov G Borissov J Bortfeldt D Bortoletto V Bortolotto D Boscherini M Bosman J D Bossio Sola J Boudreau J Bouffard E V Bouhova-Thacker D Boumediene C Bourdarios S K Boutle A Boveia J Boyd I R Boyko J Bracinik A Brandt G Brandt O Brandt U Bratzler B Brau J E Brau W D Breaden Madden K Brendlinger A J Brennan L Brenner R Brenner S Bressler D L Briglin T M Bristow D Britton D Britzger F M Brochu I Brock R Brock G Brooijmans T Brooks W K Brooks J Brosamer E Brost J H Broughton P A Bruckman de Renstrom D Bruncko A Bruni G Bruni L S Bruni B H Brunt M Bruschi N Bruscino P Bryant L Bryngemark T Buanes Q Buat P Buchholz A G Buckley I A Budagov F Buehrer M K Bugge O Bulekov D Bullock T J Burch S Burdin C D Burgard A M Burger B Burghgrave K Burka S Burke I Burmeister J T P Burr E Busato D Büscher V Büscher P Bussey J M Butler C M Buttar J M Butterworth P Butti W Buttinger A Buzatu A R Buzykaev S Cabrera Urbán D Caforio V M Cairo O Cakir N Calace P Calafiura A Calandri G Calderini P Calfayan G Callea L P Caloba S Calvente Lopez D Calvet S Calvet T P Calvet R Camacho Toro S Camarda P Camarri D Cameron R Caminal Armadans C Camincher S Campana M Campanelli A Camplani A Campoverde V Canale M Cano Bret J Cantero T Cao M D M Capeans Garrido I Caprini M Caprini M Capua R M Carbone R Cardarelli F Cardillo I Carli T Carli G Carlino B T Carlson L Carminati R M D Carney S Caron E Carquin S Carrá G D Carrillo-Montoya J Carvalho D Casadei M P Casado M Casolino D W Casper R Castelijn V Castillo Gimenez N F Castro A Catinaccio J R Catmore A Cattai J Caudron V Cavaliere E Cavallaro D Cavalli M Cavalli-Sforza V Cavasinni E Celebi F Ceradini L Cerda Alberich A S Cerqueira A Cerri L Cerrito F Cerutti A Cervelli S A Cetin A Chafaq D Chakraborty S K Chan W S Chan Y L Chan P Chang J D Chapman D G Charlton C C Chau C A Chavez Barajas S Che S Cheatham A Chegwidden S Chekanov S V Chekulaev G A Chelkov M A Chelstowska C Chen H Chen J Chen S Chen S Chen X Chen Y Chen H C Cheng H J Cheng A Cheplakov E Cheremushkina R Cherkaoui El Moursli E Cheu K Cheung L Chevalier V Chiarella G Chiarelli G Chiodini A S Chisholm A Chitan Y H Chiu M V Chizhov K Choi A R Chomont S Chouridou V Christodoulou D Chromek-Burckhart M C Chu J Chudoba A J Chuinard J J Chwastowski L Chytka A K Ciftci D Cinca V Cindro I A Cioara C Ciocca A Ciocio F Cirotto Z H Citron M Citterio M Ciubancan A Clark B L Clark M R Clark P J Clark R N Clarke C Clement Y Coadou M Cobal A Coccaro J Cochran L Colasurdo B Cole A P Colijn J Collot T Colombo P Conde Muiño E Coniavitis S H Connell I A Connelly S Constantinescu G Conti F Conventi M Cooke A M Cooper-Sarkar F Cormier K J R Cormier M Corradi F Corriveau A Cortes-Gonzalez G Cortiana G Costa M J Costa D Costanzo G Cottin G Cowan B E Cox K Cranmer S J Crawley R A Creager G Cree S Crépé-Renaudin F Crescioli W A Cribbs M Cristinziani V Croft G Crosetti A Cueto T Cuhadar Donszelmann A R Cukierman J Cummings M Curatolo J Cúth P Czodrowski G D'amen S D'Auria L D'eramo M D'Onofrio M J Da Cunha Sargedas De Sousa C Da Via W Dabrowski T Dado T Dai O Dale F Dallaire C Dallapiccola M Dam J R Dandoy M F Daneri N P Dang A C Daniells N S Dann M Danninger M Dano Hoffmann V Dao G Darbo S Darmora J Dassoulas A Dattagupta T Daubney W Davey C David T Davidek D R Davis P Davison E Dawe I Dawson K De R de Asmundis A De Benedetti S De Castro S De Cecco N De Groot P de Jong H De la Torre F De Lorenzi A De Maria D De Pedis A De Salvo U De Sanctis A De Santo K De Vasconcelos Corga J B De Vivie De Regie W J Dearnaley R Debbe C Debenedetti D V Dedovich N Dehghanian I Deigaard M Del Gaudio J Del Peso D Delgove F Deliot C M Delitzsch A Dell'Acqua L Dell'Asta M Dell'Orso M Della Pietra D Della Volpe M Delmastro C Delporte P A Delsart D A DeMarco S Demers M Demichev A Demilly S P Denisov D Denysiuk D Derendarz J E Derkaoui F Derue P Dervan K Desch C Deterre K Dette M R Devesa P O Deviveiros A Dewhurst S Dhaliwal F A Di Bello A Di Ciaccio L Di Ciaccio W K Di Clemente C Di Donato A Di Girolamo B Di Girolamo B Di Micco R Di Nardo K F Di Petrillo A Di Simone R Di Sipio D Di Valentino C Diaconu M Diamond F A Dias M A Diaz E B Diehl J Dietrich S Díez Cornell A Dimitrievska J Dingfelder P Dita S Dita F Dittus F Djama T Djobava J I Djuvsland M A B do Vale D Dobos M Dobre C Doglioni J Dolejsi Z Dolezal M Donadelli S Donati P Dondero J Donini J Dopke A Doria M T Dova A T Doyle E Drechsler M Dris Y Du J Duarte-Campderros A Dubreuil E Duchovni G Duckeck A Ducourthial O A Ducu D Duda A Dudarev A Chr Dudder E M Duffield L Duflot M Dührssen M Dumancic A E Dumitriu A K Duncan M Dunford H Duran Yildiz M Düren A Durglishvili D Duschinger B Dutta M Dyndal B S Dziedzic C Eckardt K M Ecker R C Edgar T Eifert G Eigen K Einsweiler T Ekelof M El Kacimi R El Kosseifi V Ellajosyula M Ellert S Elles F Ellinghaus A A Elliot N Ellis J Elmsheuser M 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Kim S H Kim Y K Kim N Kimura O M Kind B T King D Kirchmeier J Kirk A E Kiryunin T Kishimoto D Kisielewska V Kitali K Kiuchi O Kivernyk E Kladiva T Klapdor-Kleingrothaus M H Klein M Klein U Klein K Kleinknecht P Klimek A Klimentov R Klingenberg T Klingl T Klioutchnikova E-E Kluge P Kluit S Kluth E Kneringer E B F G Knoops A Knue A Kobayashi D Kobayashi T Kobayashi M Kobel M Kocian P Kodys T Koffas E Koffeman N M Köhler T Koi M Kolb I Koletsou A A Komar Y Komori T Kondo N Kondrashova K Köneke A C König T Kono R Konoplich N Konstantinidis R Kopeliansky S Koperny A K Kopp K Korcyl K Kordas A Korn A A Korol I Korolkov E V Korolkova O Kortner S Kortner T Kosek V V Kostyukhin A Kotwal A Koulouris A Kourkoumeli-Charalampidi C Kourkoumelis E Kourlitis V Kouskoura A B Kowalewska R Kowalewski T Z Kowalski C Kozakai W Kozanecki A S Kozhin V A Kramarenko G Kramberger D Krasnopevtsev M W Krasny A Krasznahorkay D Krauss J A Kremer J Kretzschmar K Kreutzfeldt P Krieger K Krizka K Kroeninger H Kroha J 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Taylor P T E Taylor W Taylor P Teixeira-Dias D Temple H Ten Kate P K Teng J J Teoh F Tepel S Terada K Terashi J Terron S Terzo M Testa R J Teuscher T Theveneaux-Pelzer F Thiele J P Thomas J Thomas-Wilsker P D Thompson A S Thompson L A Thomsen E Thomson M J Tibbetts R E Ticse Torres V O Tikhomirov Yu A Tikhonov S Timoshenko P Tipton S Tisserant K Todome S Todorova-Nova S Todt J Tojo S Tokár K Tokushuku E Tolley L Tomlinson M Tomoto L Tompkins K Toms B Tong P Tornambe E Torrence H Torres E Torró Pastor J Toth F Touchard D R Tovey C J Treado T Trefzger F Tresoldi A Tricoli I M Trigger S Trincaz-Duvoid M F Tripiana W Trischuk B Trocmé A Trofymov C Troncon M Trottier-McDonald M Trovatelli L Truong M Trzebinski A Trzupek K W Tsang J C-L Tseng P V Tsiareshka G Tsipolitis N Tsirintanis S Tsiskaridze V Tsiskaridze E G Tskhadadze K M Tsui I I Tsukerman V Tsulaia S Tsuno D Tsybychev Y Tu A Tudorache V Tudorache T T Tulbure A N Tuna S A Tupputi S Turchikhin D Turgeman I Turk Cakir R Turra P M Tuts G Ucchielli I Ueda M Ughetto F Ukegawa G Unal A Undrus G Unel F C Ungaro Y Unno C Unverdorben J Urban P Urquijo P Urrejola G Usai J Usui L Vacavant V Vacek B Vachon K O H Vadla A Vaidya C Valderanis E Valdes Santurio S Valentinetti A Valero L Valéry S Valkar A Vallier J A Valls Ferrer W Van Den Wollenberg H van der Graaf P van Gemmeren J Van Nieuwkoop I van Vulpen M C van Woerden M Vanadia W Vandelli A Vaniachine P Vankov G Vardanyan R Vari E W Varnes C Varni T Varol D Varouchas A Vartapetian K E Varvell J G Vasquez G A Vasquez F Vazeille T Vazquez Schroeder J Veatch V Veeraraghavan L M Veloce F Veloso S Veneziano A Ventura M Venturi N Venturi A Venturini V Vercesi M Verducci W Verkerke A T Vermeulen J C Vermeulen M C Vetterli N Viaux Maira O Viazlo I Vichou T Vickey O E Vickey Boeriu G H A Viehhauser S Viel L Vigani M Villa M Villaplana Perez E Vilucchi M G Vincter V B Vinogradov A Vishwakarma C Vittori I Vivarelli S Vlachos M Vogel P Vokac G Volpi H von der Schmitt E von Toerne V Vorobel K Vorobev M Vos R Voss J H Vossebeld N Vranjes M Vranjes Milosavljevic V Vrba M Vreeswijk R Vuillermet I Vukotic P Wagner W Wagner J Wagner-Kuhr H Wahlberg S Wahrmund J Wakabayashi J Walder R Walker W Walkowiak V Wallangen C Wang C Wang F Wang H Wang H Wang J Wang J Wang Q Wang R Wang S M Wang T Wang W Wang W Wang Z Wang C Wanotayaroj A Warburton C P Ward D R Wardrope A Washbrook P M Watkins A T Watson M F Watson G Watts S Watts B M Waugh A F Webb S Webb M S Weber S W Weber S A Weber J S Webster A R Weidberg B Weinert J Weingarten M Weirich C Weiser H Weits P S Wells T Wenaus T Wengler S Wenig N Wermes M D Werner P Werner M Wessels K Whalen N L Whallon A M Wharton A S White A White M J White R White D Whiteson B W Whitmore F J Wickens W Wiedenmann M Wielers C Wiglesworth L A M Wiik-Fuchs A Wildauer F Wilk H G Wilkens H H Williams S Williams C Willis S Willocq J A Wilson I Wingerter-Seez E Winkels F Winklmeier O J Winston B T Winter M Wittgen M Wobisch T M H Wolf R Wolff M W Wolter H Wolters V W S Wong S D Worm B K Wosiek J Wotschack K W Wozniak M Wu S L Wu X Wu Y Wu T R Wyatt B M Wynne S Xella Z Xi L Xia D Xu L Xu T Xu B Yabsley S Yacoob D Yamaguchi Y Yamaguchi A Yamamoto S Yamamoto T Yamanaka M Yamatani K Yamauchi Y Yamazaki Z Yan H Yang H Yang Y Yang Z Yang W-M Yao Y C Yap Y Yasu E Yatsenko K H Yau Wong J Ye S Ye I Yeletskikh E Yigitbasi E Yildirim K Yorita K Yoshihara C Young C J S Young J Yu J Yu S P Y Yuen I Yusuff B Zabinski G Zacharis R Zaidan A M Zaitsev N Zakharchuk J Zalieckas A Zaman S Zambito D Zanzi C Zeitnitz G Zemaityte A Zemla J C Zeng Q Zeng O Zenin T Ženiš D Zerwas D Zhang F Zhang G Zhang H Zhang J Zhang L Zhang L Zhang M Zhang P Zhang R Zhang R Zhang X Zhang Y Zhang Z Zhang X Zhao Y Zhao Z Zhao A Zhemchugov B Zhou C Zhou L Zhou M Zhou M Zhou N Zhou C G Zhu H Zhu J Zhu Y Zhu X Zhuang K Zhukov A Zibell D Zieminska N I Zimine C Zimmermann S Zimmermann Z Zinonos M Zinser M Ziolkowski L Živković G Zobernig A Zoccoli R Zou M Zur Nedden L Zwalinski

Eur Phys J C Part Fields 2018 22;78(5):401. Epub 2018 May 22.

46CERN, Geneva, Switzerland.

The results of a search for new heavy bosons decaying to an electron or muon and a neutrino using proton-proton collision data at a centre-of-mass energy of  TeV are presented. The dataset was collected in 2015 and 2016 by the ATLAS experiment at the Large Hadron Collider and corresponds to an integrated luminosity of 36.1  . Read More

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http://dx.doi.org/10.1140/epjc/s10052-018-5877-yDOI Listing
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC6435220PMC

A search for pair-produced resonances in four-jet final states at with the ATLAS detector.

Authors:
M Aaboud G Aad B Abbott O Abdinov B Abeloos S H Abidi O S AbouZeid N L Abraham H Abramowicz H Abreu R Abreu Y Abulaiti B S Acharya S Adachi L Adamczyk J Adelman M Adersberger T Adye A A Affolder T Agatonovic-Jovin C Agheorghiesei J A Aguilar-Saavedra S P Ahlen F Ahmadov G Aielli S Akatsuka H Akerstedt T P A Åkesson E Akilli A V Akimov G L Alberghi J Albert P Albicocco M J Alconada Verzini S C Alderweireldt M Aleksa I N Aleksandrov C Alexa G Alexander T Alexopoulos M Alhroob B Ali M Aliev G Alimonti J Alison S P Alkire B M M Allbrooke B W Allen P P Allport A Aloisio A Alonso F Alonso C Alpigiani A A Alshehri M I Alstaty B Alvarez Gonzalez D Álvarez Piqueras M G Alviggi B T Amadio Y Amaral Coutinho C Amelung D Amidei S P Amor Dos Santos A Amorim S Amoroso G Amundsen C Anastopoulos L S Ancu N Andari T Andeen C F Anders J K Anders K J Anderson A Andreazza V Andrei S Angelidakis I Angelozzi A Angerami A V Anisenkov N Anjos A Annovi C Antel M Antonelli A Antonov D J Antrim F Anulli M Aoki L Aperio Bella G Arabidze Y Arai J P Araque V Araujo Ferraz A T H Arce R E Ardell F A Arduh J-F Arguin S Argyropoulos M Arik A J Armbruster L J Armitage O Arnaez H Arnold M Arratia O Arslan A Artamonov G Artoni S Artz S Asai N Asbah A Ashkenazi L Asquith K Assamagan R Astalos M Atkinson N B Atlay K Augsten G Avolio B Axen M K Ayoub G Azuelos A E Baas M J Baca H Bachacou K Bachas M Backes M Backhaus P Bagnaia M Bahmani H Bahrasemani J T Baines M Bajic O K Baker E M Baldin P Balek F Balli W K Balunas E Banas A Bandyopadhyay Sw Banerjee A A E Bannoura L Barak E L Barberio D Barberis M Barbero T Barillari M-S Barisits J T Barkeloo T Barklow N Barlow S L Barnes B M Barnett R M Barnett Z Barnovska-Blenessy A Baroncelli G Barone A J Barr L Barranco Navarro F Barreiro J Barreiro Guimarães da Costa R Bartoldus A E Barton P Bartos A Basalaev A Bassalat R L Bates S J Batista J R Batley M Battaglia M Bauce F Bauer H S Bawa J B Beacham M D Beattie T Beau P H Beauchemin P Bechtle H P Beck H C Beck K Becker M Becker M Beckingham C Becot A J Beddall A Beddall V A Bednyakov M Bedognetti C P Bee T A Beermann M Begalli M Begel J K Behr A S Bell G Bella L Bellagamba A Bellerive M Bellomo K Belotskiy O Beltramello N L Belyaev O Benary D Benchekroun M Bender K Bendtz N Benekos Y Benhammou E Benhar Noccioli J Benitez D P Benjamin M Benoit J R Bensinger S Bentvelsen L Beresford M Beretta D Berge E Bergeaas Kuutmann N Berger J Beringer S Berlendis N R Bernard G Bernardi C Bernius F U Bernlochner T Berry P Berta C Bertella G Bertoli F Bertolucci I A Bertram C Bertsche D Bertsche G J Besjes O Bessidskaia Bylund M Bessner N Besson C Betancourt A Bethani S Bethke A J Bevan J Beyer R M Bianchi O Biebel D Biedermann R Bielski K Bierwagen N V Biesuz M Biglietti T R V Billoud H Bilokon M Bindi A Bingul C Bini S Biondi T Bisanz C Bittrich D M Bjergaard C W Black J E Black K M Black R E Blair T Blazek I Bloch C Blocker A Blue W Blum U Blumenschein S Blunier G J Bobbink V S Bobrovnikov S S Bocchetta A Bocci C Bock M Boehler D Boerner D Bogavac A G Bogdanchikov C Bohm V Boisvert P Bokan T Bold A S Boldyrev A E Bolz M Bomben M Bona M Boonekamp A Borisov G Borissov J Bortfeldt D Bortoletto V Bortolotto D Boscherini M Bosman J D Bossio Sola J Boudreau J Bouffard E V Bouhova-Thacker D Boumediene C Bourdarios S K Boutle A Boveia J Boyd I R Boyko J Bracinik A Brandt G Brandt O Brandt U Bratzler B Brau J E Brau W D Breaden Madden K Brendlinger A J Brennan L Brenner R Brenner S Bressler D L Briglin T M Bristow D Britton D Britzger F M Brochu I Brock R Brock G Brooijmans T Brooks W K Brooks J Brosamer E Brost J H Broughton P A Bruckman de Renstrom D Bruncko A Bruni G Bruni L S Bruni B H Brunt M Bruschi N Bruscino P Bryant L Bryngemark T Buanes Q Buat P Buchholz A G Buckley I A Budagov F Buehrer M K Bugge O Bulekov D Bullock T J Burch S Burdin C D Burgard A M Burger B Burghgrave K Burka S Burke I Burmeister J T P Burr E Busato D Büscher V Büscher P Bussey J M Butler C M Buttar J M Butterworth P Butti W Buttinger A Buzatu A R Buzykaev S Cabrera Urbán D Caforio V M Cairo O Cakir N Calace P Calafiura A Calandri G Calderini P Calfayan G Callea L P Caloba S Calvente Lopez D Calvet S Calvet T P Calvet R Camacho Toro S Camarda P Camarri D Cameron R Caminal Armadans C Camincher S Campana M Campanelli A Camplani A Campoverde V Canale M Cano Bret J Cantero T Cao M D M Capeans Garrido I Caprini M Caprini M Capua R M Carbone R Cardarelli F Cardillo I Carli T Carli G Carlino B T Carlson L Carminati R M D Carney S Caron E Carquin S Carrá G D Carrillo-Montoya J Carvalho D Casadei M P Casado M Casolino D W Casper R Castelijn V Castillo Gimenez N F Castro A Catinaccio J R Catmore A Cattai J Caudron V Cavaliere E Cavallaro D Cavalli M Cavalli-Sforza V Cavasinni E Celebi F Ceradini L Cerda Alberich A S Cerqueira A Cerri L Cerrito F Cerutti A Cervelli S A Cetin A Chafaq D Chakraborty S K Chan W S Chan Y L Chan P Chang J D Chapman D G Charlton C C Chau C A Chavez Barajas S Che S Cheatham A Chegwidden S Chekanov S V Chekulaev G A Chelkov M A Chelstowska C Chen H Chen J Chen S Chen S Chen X Chen Y Chen H C Cheng H J Cheng A Cheplakov E Cheremushkina R Cherkaoui El Moursli E Cheu K Cheung L Chevalier V Chiarella G Chiarelli G Chiodini A S Chisholm A Chitan Y H Chiu M V Chizhov K Choi A R Chomont S Chouridou V Christodoulou D Chromek-Burckhart M C Chu J Chudoba A J Chuinard J J Chwastowski L Chytka A K Ciftci D Cinca V Cindro I A Cioara C Ciocca A Ciocio F Cirotto Z H Citron M Citterio M Ciubancan A Clark B L Clark M R Clark P J Clark R N Clarke C Clement Y Coadou M Cobal A Coccaro J Cochran L Colasurdo B Cole A P Colijn J Collot T Colombo P Conde Muiño E Coniavitis S H Connell I A Connelly S Constantinescu G Conti F Conventi M Cooke A M Cooper-Sarkar F Cormier K J R Cormier M Corradi F Corriveau A Cortes-Gonzalez G Cortiana G Costa M J Costa D Costanzo G Cottin G Cowan B E Cox K Cranmer S J Crawley R A Creager G Cree S Crépé-Renaudin F Crescioli W A Cribbs M Cristinziani V Croft G Crosetti A Cueto T Cuhadar Donszelmann A R Cukierman J Cummings M Curatolo J Cúth S Czekierda P Czodrowski G D'amen S D'Auria L D'eramo M D'Onofrio M J Da Cunha Sargedas De Sousa C Da Via W Dabrowski T Dado T Dai O Dale F Dallaire C Dallapiccola M Dam J R Dandoy M F Daneri N P Dang A C Daniells N S Dann M Danninger M Dano Hoffmann V Dao G Darbo S Darmora J Dassoulas A Dattagupta T Daubney W Davey C David T Davidek D R Davis P Davison E Dawe I Dawson K De R de Asmundis A De Benedetti S De Castro S De Cecco N De Groot P de Jong H De la Torre F De Lorenzi A De Maria D De Pedis A De Salvo U De Sanctis A De Santo K De Vasconcelos Corga J B De Vivie De Regie W J Dearnaley R Debbe C Debenedetti D V Dedovich N Dehghanian I Deigaard M Del Gaudio J Del Peso D Delgove F Deliot C M Delitzsch A Dell'Acqua L Dell'Asta M Dell'Orso M Della Pietra D Della Volpe M Delmastro C Delporte P A Delsart D A DeMarco S Demers M Demichev A Demilly S P Denisov D Denysiuk D Derendarz J E Derkaoui F Derue P Dervan K Desch C Deterre K Dette M R Devesa P O Deviveiros A Dewhurst S Dhaliwal F A Di Bello A Di Ciaccio L Di Ciaccio W K Di Clemente C Di Donato A Di Girolamo B Di Girolamo B Di Micco R Di Nardo K F Di Petrillo A Di Simone R Di Sipio D Di Valentino C Diaconu M Diamond F A Dias M A Diaz E B Diehl J Dietrich S Díez Cornell A Dimitrievska J Dingfelder P Dita S Dita F Dittus F Djama T Djobava J I Djuvsland M A B do Vale D Dobos M Dobre C Doglioni J Dolejsi Z Dolezal M Donadelli S Donati P Dondero J Donini J Dopke A Doria M T Dova A T Doyle E Drechsler M Dris Y Du J Duarte-Campderros A Dubreuil E Duchovni G Duckeck A Ducourthial O A Ducu D Duda A Dudarev A Chr Dudder E M Duffield L Duflot M Dührssen M Dumancic A E Dumitriu A K Duncan M Dunford H Duran Yildiz M Düren A Durglishvili D Duschinger B Dutta D Duvnjak M Dyndal B S Dziedzic C Eckardt K M Ecker R C Edgar T Eifert G Eigen K Einsweiler T Ekelof M El Kacimi R El Kosseifi V Ellajosyula M Ellert S Elles F Ellinghaus A A Elliot N Ellis J Elmsheuser M Elsing D Emeliyanov Y Enari O C Endner J S Ennis J Erdmann A Ereditato M Ernst S Errede M Escalier C Escobar B Esposito O Estrada Pastor A I Etienvre E Etzion H Evans A Ezhilov M Ezzi F Fabbri L Fabbri V Fabiani G Facini R M Fakhrutdinov S Falciano R J Falla J Faltova Y Fang M Fanti A Farbin A Farilla C Farina E M Farina T Farooque S Farrell S M Farrington P Farthouat F Fassi P Fassnacht D Fassouliotis M Faucci Giannelli A Favareto W J Fawcett L Fayard O L Fedin W Fedorko S Feigl L Feligioni C Feng E J Feng H Feng M J Fenton A B Fenyuk L Feremenga P Fernandez Martinez S Fernandez Perez J Ferrando A Ferrari P Ferrari R Ferrari D E Ferreira de Lima A Ferrer D Ferrere C Ferretti F Fiedler A Filipčič M Filipuzzi F Filthaut M Fincke-Keeler K D Finelli M C N Fiolhais L Fiorini A Fischer C Fischer J Fischer W C Fisher N Flaschel I Fleck P Fleischmann R R M Fletcher T Flick B M Flierl L R Flores Castillo M J Flowerdew G T Forcolin A Formica F A Förster A Forti A G Foster D Fournier H Fox S Fracchia P Francavilla M Franchini S Franchino D Francis L Franconi M Franklin M Frate M Fraternali D Freeborn S M Fressard-Batraneanu B Freund D Froidevaux J A Frost C Fukunaga T Fusayasu J Fuster C Gabaldon O Gabizon A Gabrielli A Gabrielli G P Gach S Gadatsch S Gadomski G Gagliardi L G Gagnon C Galea B Galhardo E J Gallas B J Gallop P Gallus G Galster K K Gan S Ganguly Y Gao Y S Gao F M Garay Walls C García J E García Navarro J A García Pascual M Garcia-Sciveres R W Gardner N Garelli V Garonne A Gascon Bravo K Gasnikova C Gatti A Gaudiello G Gaudio I L Gavrilenko C Gay G Gaycken E N Gazis C N P Gee J Geisen M Geisen M P Geisler K Gellerstedt C Gemme M H Genest C Geng S Gentile C Gentsos S George D Gerbaudo A Gershon G Geßner S Ghasemi M Ghneimat B Giacobbe S Giagu N Giangiacomi P Giannetti S M Gibson M Gignac M Gilchriese D Gillberg G Gilles D M Gingrich N Giokaris M P Giordani F M Giorgi P F Giraud P Giromini G Giugliarelli D Giugni F Giuli C Giuliani M Giulini B K Gjelsten S Gkaitatzis I Gkialas E L Gkougkousis P Gkountoumis L K Gladilin C Glasman J Glatzer P C F Glaysher A Glazov M Goblirsch-Kolb J Godlewski S Goldfarb T Golling D Golubkov A Gomes R Gonçalo R Goncalves Gama J Goncalves Pinto Firmino Da Costa G Gonella L Gonella A Gongadze S González de la Hoz S Gonzalez-Sevilla L Goossens P A Gorbounov H A Gordon I Gorelov B Gorini E Gorini A Gorišek A T Goshaw C Gössling M I Gostkin C A Gottardo C R Goudet D Goujdami A G Goussiou N Govender E Gozani L Graber I Grabowska-Bold P O J Gradin J Gramling E Gramstad S Grancagnolo V Gratchev P M Gravila C Gray H M Gray Z D Greenwood C Grefe K Gregersen I M Gregor P Grenier K Grevtsov J Griffiths A A Grillo K Grimm S Grinstein Ph Gris J-F Grivaz S Groh E Gross J Grosse-Knetter G C Grossi Z J Grout A Grummer L Guan W Guan J Guenther F Guescini D Guest O Gueta B Gui E Guido T Guillemin S Guindon U Gul C Gumpert J Guo W Guo Y Guo R Gupta S Gupta G Gustavino P Gutierrez N G Gutierrez Ortiz C Gutschow C Guyot M P Guzik C Gwenlan C B Gwilliam A Haas C Haber H K Hadavand N Haddad A Hadef S Hageböck M Hagihara H Hakobyan M Haleem J Haley G Halladjian G D Hallewell K Hamacher P Hamal K Hamano A Hamilton G N Hamity P G Hamnett L Han S Han K Hanagaki K Hanawa M Hance B Haney P Hanke J B Hansen J D Hansen M C Hansen P H Hansen K Hara A S Hard T Harenberg F Hariri S Harkusha R D Harrington P F Harrison N M Hartmann M Hasegawa Y Hasegawa A Hasib S Hassani S Haug R Hauser L Hauswald L B Havener M Havranek C M Hawkes R J Hawkings D Hayakawa D Hayden C P Hays J M Hays H S Hayward S J Haywood S J Head T Heck V Hedberg L Heelan S Heer K K Heidegger S Heim T Heim B Heinemann J J Heinrich L Heinrich C Heinz J Hejbal L Helary A Held S Hellman C Helsens R C W Henderson Y Heng S Henkelmann A M Henriques Correia S Henrot-Versille G H Herbert H Herde V Herget Y Hernández Jiménez H Herr G Herten R Hertenberger L Hervas T C Herwig G G Hesketh N P Hessey J W Hetherly S Higashino E Higón-Rodriguez K Hildebrand E Hill J C Hill K H Hiller S J Hillier M Hils I Hinchliffe M Hirose D Hirschbuehl B Hiti O Hladik X Hoad J Hobbs N Hod M C Hodgkinson P Hodgson A Hoecker M R Hoeferkamp F Hoenig D Hohn T R Holmes M Homann S Honda T Honda T M Hong B H Hooberman W H Hopkins Y Horii A J Horton J-Y Hostachy S Hou A Hoummada J Howarth J Hoya M Hrabovsky J Hrdinka I Hristova J Hrivnac T Hryn'ova A Hrynevich P J Hsu S-C Hsu Q Hu S Hu Y Huang Z Hubacek F Hubaut F Huegging T B Huffman E W Hughes G Hughes M Huhtinen P Huo N Huseynov J Huston J Huth G Iacobucci G Iakovidis I Ibragimov L Iconomidou-Fayard Z Idrissi P Iengo O Igonkina T Iizawa Y Ikegami M Ikeno Y Ilchenko D Iliadis N Ilic G Introzzi P Ioannou M Iodice K Iordanidou V Ippolito M F Isacson N Ishijima M Ishino M Ishitsuka C Issever S Istin F Ito J M Iturbe Ponce R Iuppa H Iwasaki J M Izen V Izzo S Jabbar P Jackson R M Jacobs V Jain K B Jakobi K Jakobs S Jakobsen T Jakoubek D O Jamin D K Jana R Jansky J Janssen M Janus P A Janus G Jarlskog N Javadov T Javůrek M Javurkova F Jeanneau L Jeanty J Jejelava A Jelinskas P Jenni C Jeske S Jézéquel H Ji J Jia H Jiang Y Jiang Z Jiang S Jiggins J Jimenez Pena S Jin A Jinaru O Jinnouchi H Jivan P Johansson K A Johns C A Johnson W J Johnson K Jon-And R W L Jones S D Jones S Jones T J Jones J Jongmanns P M Jorge J Jovicevic X Ju A Juste Rozas M K Köhler A Kaczmarska M Kado H Kagan M Kagan S J Kahn T Kaji E Kajomovitz C W Kalderon A Kaluza S Kama A Kamenshchikov N Kanaya L Kanjir V A Kantserov J Kanzaki B Kaplan L S Kaplan D Kar K Karakostas N Karastathis M J Kareem E Karentzos S N Karpov Z M Karpova K Karthik V Kartvelishvili A N Karyukhin K Kasahara L Kashif R D Kass A Kastanas Y Kataoka C Kato A Katre J Katzy K Kawade K Kawagoe T Kawamoto G Kawamura E F Kay V F Kazanin R Keeler R Kehoe J S Keller J J Kempster J Kendrick H Keoshkerian O Kepka B P Kerševan S Kersten R A Keyes M Khader F Khalil-Zada A Khanov A G Kharlamov T Kharlamova A Khodinov T J Khoo V Khovanskiy E Khramov J Khubua S Kido C R Kilby H Y Kim S H Kim Y K Kim N Kimura O M Kind B T King D Kirchmeier J Kirk A E Kiryunin T Kishimoto D Kisielewska V Kitali K Kiuchi O Kivernyk E Kladiva T Klapdor-Kleingrothaus M H Klein M Klein U Klein K Kleinknecht P Klimek A Klimentov R Klingenberg T Klingl T Klioutchnikova E-E Kluge P Kluit S Kluth E Kneringer E B F G Knoops A Knue A Kobayashi D Kobayashi T Kobayashi M Kobel M Kocian P Kodys T Koffas E Koffeman N M Köhler T Koi M Kolb I Koletsou A A Komar Y Komori T Kondo N Kondrashova K Köneke A C König T Kono R Konoplich N Konstantinidis R Kopeliansky S Koperny A K Kopp K Korcyl K Kordas A Korn A A Korol I Korolkov E V Korolkova O Kortner S Kortner T Kosek V V Kostyukhin A Kotwal A Koulouris A Kourkoumeli-Charalampidi C Kourkoumelis E Kourlitis V Kouskoura A B Kowalewska R Kowalewski T Z Kowalski C Kozakai W Kozanecki A S Kozhin V A Kramarenko G Kramberger D Krasnopevtsev M W Krasny A Krasznahorkay D Krauss J A Kremer J Kretzschmar K Kreutzfeldt P Krieger K Krizka K Kroeninger H Kroha J Kroll J Kroll J Kroseberg J Krstic U Kruchonak H Krüger N Krumnack M C Kruse T Kubota H Kucuk S Kuday J T Kuechler S Kuehn A Kugel F Kuger T Kuhl V Kukhtin R Kukla Y Kulchitsky S Kuleshov Y P Kulinich M Kuna T Kunigo A Kupco T Kupfer O Kuprash H Kurashige L L Kurchaninov Y A Kurochkin M G Kurth V Kus E S Kuwertz M Kuze J Kvita T Kwan D Kyriazopoulos A La Rosa J L La Rosa Navarro L La Rotonda F La Ruffa C Lacasta F Lacava J Lacey H Lacker D Lacour E Ladygin R Lafaye B Laforge T Lagouri S Lai S Lammers W Lampl E Lançon U Landgraf M P J Landon M C Lanfermann V S Lang J C Lange R J Langenberg A J Lankford F Lanni K Lantzsch A Lanza A Lapertosa S Laplace J F Laporte T Lari F Lasagni Manghi M Lassnig P Laurelli W Lavrijsen A T Law P Laycock T Lazovich M Lazzaroni B Le O Le Dortz E Le Guirriec E P Le Quilleuc M LeBlanc T LeCompte F Ledroit-Guillon C A Lee G R Lee S C Lee L Lee B Lefebvre G Lefebvre M Lefebvre F Legger C Leggett G Lehmann Miotto X Lei W A Leight M A L Leite R Leitner D Lellouch B Lemmer K J C Leney T Lenz B Lenzi R Leone S Leone C Leonidopoulos G Lerner C Leroy A A J Lesage C G Lester M Levchenko J Levêque D Levin L J Levinson M Levy D Lewis B Li Changqiao Li H Li L Li Q Li S Li X Li Y Li Z Liang B Liberti A Liblong K Lie J Liebal W Liebig A Limosani S C Lin T H Lin R A Linck B E Lindquist A E Lionti E Lipeles A Lipniacka M Lisovyi T M Liss A Lister A M Litke B Liu H Liu H Liu J K K Liu J Liu J B Liu K Liu L Liu M Liu Y L Liu Y Liu M Livan A Lleres J Llorente Merino S L Lloyd C Y Lo F Lo Sterzo E M Lobodzinska P Loch F K Loebinger A Loesle K M Loew A Loginov T Lohse K Lohwasser M Lokajicek B A Long J D Long R E Long L Longo K A Looper J A Lopez D Lopez Mateos I Lopez Paz A Lopez Solis J Lorenz N Lorenzo Martinez M Losada P J Lösel X Lou A Lounis J Love P A Love H Lu N Lu Y J Lu H J Lubatti C Luci A Lucotte C Luedtke F Luehring W Lukas L Luminari O Lundberg B Lund-Jensen M S Lutz P M Luzi D Lynn R Lysak E Lytken F Lyu V Lyubushkin H Ma L L Ma Y Ma G Maccarrone A Macchiolo C M Macdonald B Maček J Machado Miguens D Madaffari R Madar W F Mader A Madsen J Maeda S Maeland T Maeno A S Maevskiy V Magerl J Mahlstedt C Maiani C Maidantchik A A Maier T Maier A Maio O Majersky S Majewski Y Makida N Makovec B Malaescu Pa Malecki V P Maleev F Malek U Mallik D Malon C Malone S Maltezos S Malyukov J Mamuzic G Mancini I Mandić J Maneira L Manhaes de Andrade Filho J Manjarres Ramos K H Mankinen A Mann A Manousos B Mansoulie J D Mansour R Mantifel M Mantoani S Manzoni L Mapelli G Marceca L March L Marchese G Marchiori M Marcisovsky M Marjanovic D E Marley F Marroquim S P Marsden Z Marshall M U F Martensson S Marti-Garcia C B Martin T A Martin V J Martin B Martin Dit Latour M Martinez V I Martinez Outschoorn S Martin-Haugh V S Martoiu A C Martyniuk A Marzin L Masetti T Mashimo R Mashinistov J Masik A L Maslennikov L Massa P Mastrandrea A Mastroberardino T Masubuchi P Mättig J Maurer S J Maxfield D A Maximov R Mazini I Maznas S M Mazza N C Mc Fadden G Mc Goldrick S P Mc Kee A McCarn R L McCarthy T G McCarthy L I McClymont E F McDonald J A Mcfayden G Mchedlidze S J McMahon P C McNamara R A McPherson S Meehan T J Megy S Mehlhase A Mehta T Meideck K Meier B Meirose D Melini B R Mellado Garcia J D Mellenthin M Melo F Meloni A Melzer S B Menary L Meng X T Meng A Mengarelli S Menke E Meoni S Mergelmeyer P Mermod L Merola C Meroni F S Merritt A Messina J Metcalfe A S Mete C Meyer J-P Meyer J Meyer H Meyer Zu Theenhausen F Miano R P Middleton S Miglioranzi L Mijović G Mikenberg M Mikestikova M Mikuž M Milesi A Milic D W Miller C Mills A Milov D A Milstead A A Minaenko Y Minami I A Minashvili A I Mincer B Mindur M Mineev Y Minegishi Y Ming L M Mir K P Mistry T Mitani J Mitrevski V A Mitsou A Miucci P S Miyagawa A Mizukami J U Mjörnmark T Mkrtchyan M Mlynarikova T Moa K Mochizuki P Mogg S Mohapatra S Molander R Moles-Valls R Monden M C Mondragon K Mönig J Monk E Monnier A Montalbano J Montejo Berlingen F Monticelli S Monzani R W Moore N Morange D Moreno M Moreno Llácer P Morettini S Morgenstern D Mori T Mori M Morii M Morinaga V Morisbak A K Morley G Mornacchi J D Morris L Morvaj P Moschovakos M Mosidze H J Moss J Moss K Motohashi R Mount E Mountricha E J W Moyse S Muanza F Mueller J Mueller R S P Mueller D Muenstermann P Mullen G A Mullier F J Munoz Sanchez W J Murray H Musheghyan M Muškinja A G Myagkov M Myska B P Nachman O Nackenhorst K Nagai R Nagai K Nagano Y Nagasaka K Nagata M Nagel E Nagy A M Nairz Y Nakahama K Nakamura T Nakamura I Nakano R F Naranjo Garcia R Narayan D I Narrias Villar I Naryshkin T Naumann G Navarro R Nayyar H A Neal P Yu Nechaeva T J Neep A Negri M Negrini S Nektarijevic C Nellist A Nelson M E Nelson S Nemecek P Nemethy M Nessi M S Neubauer M Neumann P R Newman T Y Ng T Nguyen Manh R B Nickerson R Nicolaidou J Nielsen V Nikolaenko I Nikolic-Audit K Nikolopoulos J K Nilsen P Nilsson Y Ninomiya A Nisati N Nishu R Nisius I Nitsche T Nitta T Nobe Y Noguchi M Nomachi I Nomidis M A Nomura T Nooney M Nordberg N Norjoharuddeen O Novgorodova M Nozaki L Nozka K Ntekas E Nurse F Nuti K O'connor D C O'Neil A A O'Rourke V O'Shea F G Oakham H Oberlack T Obermann J Ocariz A Ochi I Ochoa J P Ochoa-Ricoux S Oda S Odaka A Oh S H Oh C C Ohm H Ohman H Oide H Okawa Y Okumura T Okuyama A Olariu L F Oleiro Seabra S A Olivares Pino D Oliveira Damazio A Olszewski J Olszowska A Onofre K Onogi P U E Onyisi H Oppen M J Oreglia Y Oren D Orestano N Orlando R S Orr B Osculati R Ospanov G Otero Y Garzon H Otono M Ouchrif F Ould-Saada A Ouraou K P Oussoren Q Ouyang M Owen R E Owen V E Ozcan N Ozturk K Pachal A Pacheco Pages L Pacheco Rodriguez C Padilla Aranda S Pagan Griso M Paganini F Paige G Palacino S Palazzo S Palestini M Palka D Pallin E St Panagiotopoulou I Panagoulias C E Pandini J G Panduro Vazquez P Pani S Panitkin D Pantea L Paolozzi Th D Papadopoulou K Papageorgiou A Paramonov D Paredes Hernandez A J Parker M A Parker K A Parker F Parodi J A Parsons U Parzefall V R Pascuzzi J M Pasner E Pasqualucci S Passaggio Fr Pastore S Pataraia J R Pater T Pauly B Pearson S Pedraza Lopez R Pedro S V Peleganchuk O Penc C Peng H Peng J Penwell B S Peralva M M Perego D V Perepelitsa F Peri L Perini H Pernegger S Perrella R Peschke V D Peshekhonov K Peters R F Y Peters B A Petersen T C Petersen E Petit A Petridis C Petridou P Petroff E Petrolo M Petrov F Petrucci N E Pettersson A Peyaud R Pezoa F H Phillips P W Phillips G Piacquadio E Pianori A Picazio E Piccaro M A Pickering R Piegaia J E Pilcher A D Pilkington A W J Pin M Pinamonti J L Pinfold H Pirumov M Pitt L Plazak M-A Pleier V Pleskot E Plotnikova D Pluth P Podberezko R Poettgen R Poggi L Poggioli D Pohl G Polesello A Poley A Policicchio R Polifka A Polini C S Pollard V Polychronakos K Pommès D Ponomarenko L Pontecorvo G A Popeneciu A Poppleton S Pospisil K Potamianos I N Potrap C J Potter G Poulard T Poulsen J Poveda M E Pozo Astigarraga P Pralavorio A Pranko S Prell D Price M Primavera S Prince N Proklova K Prokofiev F Prokoshin S Protopopescu J Proudfoot M Przybycien A Puri P Puzo J Qian G Qin Y Qin A Quadt M Queitsch-Maitland D Quilty S Raddum V Radeka V Radescu S K Radhakrishnan P Radloff P Rados F Ragusa G Rahal J A Raine S Rajagopalan C Rangel-Smith T Rashid S Raspopov M G Ratti D M Rauch F Rauscher S Rave I Ravinovich J H Rawling M Raymond A L Read N P Readioff M Reale D M Rebuzzi A Redelbach G Redlinger R Reece R G Reed K Reeves L Rehnisch J Reichert A Reiss C Rembser H Ren M Rescigno S Resconi E D Resseguie S Rettie E Reynolds O L Rezanova P Reznicek R Rezvani R Richter S Richter E Richter-Was O Ricken M Ridel P Rieck C J Riegel J Rieger O Rifki M Rijssenbeek A Rimoldi M Rimoldi L Rinaldi G Ripellino B Ristić E Ritsch I Riu F Rizatdinova E Rizvi C Rizzi R T Roberts S H Robertson A Robichaud-Veronneau D Robinson J E M Robinson A Robson E Rocco C Roda Y Rodina S Rodriguez Bosca A Rodriguez Perez D Rodriguez Rodriguez S Roe C S Rogan O Røhne J Roloff A Romaniouk M Romano S M Romano Saez E Romero Adam N Rompotis M Ronzani L Roos S Rosati K Rosbach P Rose N-A Rosien E Rossi L P Rossi J H N Rosten R Rosten M Rotaru J Rothberg D Rousseau A Rozanov Y Rozen X Ruan F Rubbo F Rühr A Ruiz-Martinez Z Rurikova N A Rusakovich H L Russell J P Rutherfoord N Ruthmann Y F Ryabov M Rybar G Rybkin S Ryu A Ryzhov G F Rzehorz A F Saavedra G Sabato S Sacerdoti H F-W Sadrozinski R Sadykov F Safai Tehrani P Saha M Sahinsoy M Saimpert M Saito T Saito H Sakamoto Y Sakurai G Salamanna J E Salazar Loyola D Salek P H Sales De Bruin D Salihagic A Salnikov J Salt D Salvatore F Salvatore A Salvucci A Salzburger D Sammel D Sampsonidis D Sampsonidou J Sánchez V Sanchez Martinez A Sanchez Pineda H Sandaker R L Sandbach C O Sander M Sandhoff C Sandoval D P C Sankey M Sannino Y Sano A Sansoni C Santoni H Santos I Santoyo Castillo A Sapronov J G Saraiva B Sarrazin O Sasaki K Sato E Sauvan G Savage P Savard N Savic C Sawyer L Sawyer J Saxon C Sbarra A Sbrizzi T Scanlon D A Scannicchio M Scarcella J Schaarschmidt P Schacht B M Schachtner D Schaefer L Schaefer R Schaefer J Schaeffer S Schaepe S Schaetzel U Schäfer A C Schaffer D Schaile R D Schamberger V A Schegelsky D Scheirich M Schernau C Schiavi S Schier L K Schildgen C Schillo M Schioppa S Schlenker K R Schmidt-Sommerfeld K Schmieden C Schmitt S Schmitt S Schmitz U Schnoor L Schoeffel A Schoening B D Schoenrock E Schopf M Schott J F P Schouwenberg J Schovancova S Schramm N Schuh A Schulte M J Schultens H-C Schultz-Coulon H Schulz M Schumacher B A Schumm Ph Schune A Schwartzman T A Schwarz H Schweiger Ph Schwemling R Schwienhorst J Schwindling A Sciandra G Sciolla M Scornajenghi F Scuri F Scutti J Searcy P Seema S C Seidel A Seiden J M Seixas G Sekhniaidze K Sekhon S J Sekula N Semprini-Cesari S Senkin C Serfon L Serin L Serkin M Sessa R Seuster H Severini T Sfiligoj F Sforza A Sfyrla E Shabalina N W Shaikh L Y Shan R Shang J T Shank M Shapiro P B Shatalov K Shaw S M Shaw A Shcherbakova C Y Shehu Y Shen N Sherafati P Sherwood L Shi S Shimizu C O Shimmin M Shimojima I P J Shipsey S Shirabe M Shiyakova J Shlomi A Shmeleva D Shoaleh Saadi M J Shochet S Shojaii D R Shope S Shrestha E Shulga M A Shupe P Sicho A M Sickles P E Sidebo E Sideras Haddad O Sidiropoulou A Sidoti F Siegert Dj Sijacki J Silva S B Silverstein V Simak L Simic S Simion E Simioni B Simmons M Simon P Sinervo N B Sinev M Sioli G Siragusa I Siral S Yu Sivoklokov J Sjölin M B Skinner P Skubic M Slater T Slavicek M Slawinska K Sliwa R Slovak V Smakhtin B H Smart J Smiesko N Smirnov S Yu Smirnov Y Smirnov L N Smirnova O Smirnova J W Smith M N K Smith R W Smith M Smizanska K Smolek A A Snesarev I M Snyder S Snyder R Sobie F Socher A Soffer A Søgaard D A Soh G Sokhrannyi C A Solans Sanchez M Solar E Yu Soldatov U Soldevila A A Solodkov A Soloshenko O V Solovyanov V Solovyev P Sommer H Son A Sopczak D Sosa C L Sotiropoulou R Soualah A M Soukharev D South B C Sowden S Spagnolo M Spalla M Spangenberg F Spanò D Sperlich F Spettel T M Spieker R Spighi G Spigo L A Spiller M Spousta R D St Denis A Stabile R Stamen S Stamm E Stanecka R W Stanek C Stanescu M M Stanitzki B S Stapf S Stapnes E A Starchenko G H Stark J Stark S H Stark P Staroba P Starovoitov S Stärz R Staszewski P Steinberg B Stelzer H J Stelzer O Stelzer-Chilton H Stenzel G A Stewart M C Stockton M Stoebe G Stoicea P Stolte S Stonjek A R Stradling A Straessner M E Stramaglia J Strandberg S Strandberg M Strauss P Strizenec R Ströhmer D M Strom R Stroynowski A Strubig S A Stucci B Stugu N A Styles D Su J Su S Suchek Y Sugaya M Suk V V Sulin Dms Sultan S Sultansoy T Sumida S Sun X Sun K Suruliz C J E Suster M R Sutton S Suzuki M Svatos M Swiatlowski S P Swift I Sykora T Sykora D Ta K Tackmann J Taenzer A Taffard R Tafirout E Tahirovic N Taiblum H Takai R Takashima E H Takasugi T Takeshita Y Takubo M Talby A A Talyshev J Tanaka M Tanaka R Tanaka S Tanaka R Tanioka B B Tannenwald S Tapia Araya S Tapprogge S Tarem G F Tartarelli P Tas M Tasevsky T Tashiro E Tassi A Tavares Delgado Y Tayalati A C Taylor G N Taylor P T E Taylor W Taylor P Teixeira-Dias D Temple H Ten Kate P K Teng J J Teoh F Tepel S Terada K Terashi J Terron S Terzo M Testa R J Teuscher T Theveneaux-Pelzer F Thiele J P Thomas J Thomas-Wilsker P D Thompson A S Thompson L A Thomsen E Thomson M J Tibbetts R E Ticse Torres V O Tikhomirov Yu A Tikhonov S Timoshenko P Tipton S Tisserant K Todome S Todorova-Nova S Todt J Tojo S Tokár K Tokushuku E Tolley L Tomlinson M Tomoto L Tompkins K Toms B Tong P Tornambe E Torrence H Torres E Torró Pastor J Toth F Touchard D R Tovey C J Treado T Trefzger F Tresoldi A Tricoli I M Trigger S Trincaz-Duvoid M F Tripiana W Trischuk B Trocmé A Trofymov C Troncon M Trottier-McDonald M Trovatelli L Truong M Trzebinski A Trzupek K W Tsang J C-L Tseng P V Tsiareshka G Tsipolitis N Tsirintanis S Tsiskaridze V Tsiskaridze E G Tskhadadze K M Tsui I I Tsukerman V Tsulaia S Tsuno D Tsybychev Y Tu A Tudorache V Tudorache T T Tulbure A N Tuna S A Tupputi S Turchikhin D Turgeman I Turk Cakir R Turra P M Tuts G Ucchielli I Ueda M Ughetto F Ukegawa G Unal A Undrus G Unel F C Ungaro Y Unno C Unverdorben J Urban P Urquijo P Urrejola G Usai J Usui L Vacavant V Vacek B Vachon K O H Vadla A Vaidya C Valderanis E Valdes Santurio S Valentinetti A Valero L Valéry S Valkar A Vallier J A Valls Ferrer W Van Den Wollenberg H van der Graaf P van Gemmeren J Van Nieuwkoop I van Vulpen M C van Woerden M Vanadia W Vandelli A Vaniachine P Vankov G Vardanyan R Vari E W Varnes C Varni T Varol D Varouchas A Vartapetian K E Varvell J G Vasquez G A Vasquez F Vazeille T Vazquez Schroeder J Veatch V Veeraraghavan L M Veloce F Veloso S Veneziano A Ventura M Venturi N Venturi A Venturini V Vercesi M Verducci W Verkerke A T Vermeulen J C Vermeulen M C Vetterli N Viaux Maira O Viazlo I Vichou T Vickey O E Vickey Boeriu G H A Viehhauser S Viel L Vigani M Villa M Villaplana Perez E Vilucchi M G Vincter V B Vinogradov A Vishwakarma C Vittori I Vivarelli S Vlachos M Vogel P Vokac G Volpi H von der Schmitt E von Toerne V Vorobel K Vorobev M Vos R Voss J H Vossebeld N Vranjes M Vranjes Milosavljevic V Vrba M Vreeswijk R Vuillermet I Vukotic P Wagner W Wagner J Wagner-Kuhr H Wahlberg S Wahrmund J Wakabayashi J Walder R Walker W Walkowiak V Wallangen C Wang C Wang F Wang H Wang H Wang J Wang J Wang Q Wang R Wang S M Wang T Wang W Wang W Wang Z Wang C Wanotayaroj A Warburton C P Ward D R Wardrope A Washbrook P M Watkins A T Watson M F Watson G Watts S Watts B M Waugh A F Webb S Webb M S Weber S W Weber S A Weber J S Webster A R Weidberg B Weinert J Weingarten M Weirich C Weiser H Weits P S Wells T Wenaus T Wengler S Wenig N Wermes M D Werner P Werner M Wessels K Whalen N L Whallon A M Wharton A S White A White M J White R White D Whiteson B W Whitmore F J Wickens W Wiedenmann M Wielers C Wiglesworth L A M Wiik-Fuchs A Wildauer F Wilk H G Wilkens H H Williams S Williams C Willis S Willocq J A Wilson I Wingerter-Seez E Winkels F Winklmeier O J Winston B T Winter M Wittgen M Wobisch T M H Wolf R Wolff M W Wolter H Wolters V W S Wong S D Worm B K Wosiek J Wotschack K W Wozniak M Wu S L Wu X Wu Y Wu T R Wyatt B M Wynne S Xella Z Xi L Xia D Xu L Xu T Xu B Yabsley S Yacoob D Yamaguchi Y Yamaguchi A Yamamoto S Yamamoto T Yamanaka M Yamatani K Yamauchi Y Yamazaki Z Yan H Yang H Yang Y Yang Z Yang W-M Yao Y C Yap Y Yasu E Yatsenko K H Yau Wong J Ye S Ye I Yeletskikh E Yigitbasi E Yildirim K Yorita K Yoshihara C Young C J S Young J Yu J Yu S P Y Yuen I Yusuff B Zabinski G Zacharis R Zaidan A M Zaitsev N Zakharchuk J Zalieckas A Zaman S Zambito D Zanzi C Zeitnitz G Zemaityte A Zemla J C Zeng Q Zeng O Zenin T Ženiš D Zerwas D Zhang F Zhang G Zhang H Zhang J Zhang L Zhang L Zhang M Zhang P Zhang R Zhang R Zhang X Zhang Y Zhang Z Zhang X Zhao Y Zhao Z Zhao A Zhemchugov B Zhou C Zhou L Zhou M Zhou M Zhou N Zhou C G Zhu H Zhu J Zhu Y Zhu X Zhuang K Zhukov A Zibell D Zieminska N I Zimine C Zimmermann S Zimmermann Z Zinonos M Zinser M Ziolkowski L Živković G Zobernig A Zoccoli R Zou M Zur Nedden L Zwalinski

Eur Phys J C Part Fields 2018 22;78(3):250. Epub 2018 Mar 22.

46CERN, Geneva, Switzerland.

A search for massive coloured resonances which are pair-produced and decay into two jets is presented. The analysis uses 36.7 fb of = 13 TeV collision data recorded by the ATLAS experiment at the LHC in 2015 and 2016. Read More

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http://dx.doi.org/10.1140/epjc/s10052-018-5693-4DOI Listing
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC6438648PMC

The impact of LHC jet data on the MMHT PDF fit at NNLO.

Eur Phys J C Part Fields 2018 22;78(3):248. Epub 2018 Mar 22.

2Department of Physics and Astronomy, University College London, London, WC1E 6BT UK.

We investigate the impact of the high precision ATLAS and CMS 7 TeV measurements of inclusive jet production on the MMHT global PDF analysis at next-to-next-to-leading order (NNLO). This is made possible by the recent completion of the long-term project to calculate the NNLO corrections to the hard cross section. We find that a good description of the ATLAS data is not possible with the default treatment of experimental systematic errors, and propose a simplified solution that retains the dominant physical information of the data. Read More

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http://dx.doi.org/10.1140/epjc/s10052-018-5710-7DOI Listing
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC6438645PMC

Topological lattice using multi-frequency radiation.

New J Phys 2018 ;20

Institute of Theoretical Physics and Astronomy, Vilnius University, Saulėtekio 3, LT-10222 Vilnius, Lithuania.

We describe anoveltechniqueforcreatinganartificialmagneticfieldforultracoldatomsusinga periodicallypulsedpairofcounterpropagatingRamanlasersthatdrivetransitionsbetween a pair of internal atomic spin states: a multi-frequency coupling term. In conjunction with a magnetic field gradient, this dynamically generates a rectangular lattice with a non-staggered magnetic flux. For a wide range of parameters, the resulting Bloch bands have non-trivial topology, reminiscent of Landau levels, as quantified by their Chern numbers. Read More

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http://dx.doi.org/10.1088/1367-2630/aab7a3DOI Listing
January 2018

Spatial distribution of errors associated with multistatic meteor radar.

Authors:
W K Hocking

Earth Planets Space 2018 5;70(1):93. Epub 2018 Jun 5.

Department of Physics and Astronomy, University of Western Ontario, 1151 Richmond St. North, London, ON N6A 3K7 Canada.

With the recent increase in numbers of small and versatile low-power meteor radars, the opportunity exists to benefit from simultaneous application of multiple systems spaced by only a few hundred km and less. Transmissions from one site can be recorded at adjacent receiving sites using various degrees of forward scatter, potentially allowing atmospheric conditions in the mesopause regions between stations to be diagnosed. This can allow a better spatial overview of the atmospheric conditions at any time. Read More

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http://dx.doi.org/10.1186/s40623-018-0860-2DOI Listing
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC6438610PMC

Magnetoacoustic Waves and the Kelvin-Helmholtz Instability in a Steady Asymmetric Slab: I: The Effects of Varying Density Ratios.

Sol Phys 2018 28;293(6):86. Epub 2018 May 28.

1Solar Physics and Space Plasma Research Centre (SP2RC), School of Mathematics and Statistics, University of Sheffield, Hounsfield Road, Hicks Building, Sheffield, S3 7RH UK.

Recent observations have shown that bulk flow motions in structured solar plasmas, most evidently in coronal mass ejections (CMEs), may lead to the formation of Kelvin-Helmholtz instabilities (KHIs). Analytical models are thus essential in understanding both how the flows affect the propagation of magnetohydrodynamic (MHD) waves, and what the critical flow speed is for the formation of the KHI. We investigate both these aspects in a novel way: in a steady magnetic slab embedded in an asymmetric environment. Read More

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http://dx.doi.org/10.1007/s11207-018-1305-6DOI Listing
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC6438655PMC

Porous iron material for TcO- and ReO- sequestration from groundwater under ambient oxic conditions.

J Hazard Mater 2019 Apr 9;374:177-185. Epub 2019 Apr 9.

Hӧganäs Environmental Solutions LLC, Cary, NC, 27513, USA.

Technetium-99 (Tc) is a major contaminant at nuclear power plants and several US Department of Energy sites. Its most common aqueous species, pertechnetate (TcO), is very mobile in the environment, and currently there are no effective technologies for its sequestration. In this work, a porous iron (pFe) material was investigated for TcO and perrhenate (ReO) sequestration from artificial groundwater. Read More

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https://linkinghub.elsevier.com/retrieve/pii/S03043894193045
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http://dx.doi.org/10.1016/j.jhazmat.2019.04.030DOI Listing
April 2019
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Molecular machinery providing copper bioavailability for spermatozoa along the epididymial tubule in mouse.

Biol Reprod 2019 Feb 19. Epub 2019 Feb 19.

Department of Genetics and Evolution, Institute of Zoology and Biomedical Research, Jagiellonian University, Kraków, Poland.

Progressive functional maturation of spermatozoa is completed during the transit of these cells through the epididymis, a tubule structure connecting a testicle to a vas deferens. Epididymal epithelial cells by means of their secretory and absorptive functions determine a highly specialized luminal microenvironment containing multiple organic and inorganic components. The latter include copper ions, which due to their redox properties are indispensable for critical homeostatic processes occurring in spermatozoa floating in different part of epididymis but can be potentially toxic. Read More

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https://academic.oup.com/biolreprod/advance-article/doi/10.1
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http://dx.doi.org/10.1093/biolre/ioz028DOI Listing
February 2019
1 Read

Computational study of the mixed B-site perovskite SmBCoO (B = Mn, Fe, Ni, Cu) for next generation solid oxide fuel cell cathodes.

Phys Chem Chem Phys 2019 Apr 18. Epub 2019 Apr 18.

Department of Chemistry, University College London, WC1H 0AJ, London, UK. and School of Chemistry, Cardiff University, Main Building, Park Place, CF10 3AT, Cardiff, UK.

SmCoO3 is a promising perovskite material for the next generation of intermediate temperature solid oxide fuel cells (SOFC), but its potential application is directly linked to, and dependent on, the presence of dopant ions. Doping on the Co-site is suggested to improve the catalytic and electronic properties of this cathode material. Fe, Mn, Ni, and Cu have been proposed as possible dopants and experimental studies have investigated and confirmed the potential of these materials. Read More

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http://dx.doi.org/10.1039/c9cp00995gDOI Listing

Magnetic moment inversion at giant flux jump: dynamical property of critical state in type-II superconductors.

Sci Rep 2019 Apr 17;9(1):6233. Epub 2019 Apr 17.

Institute of Physics, Polish Academy of Sciences, Aleja Lotników 32/46, PL-02668, Warsaw, Poland.

Experimental evidence of tremendous magnetic moment dynamical inversion, from metastable trapping state to the state with essentially the same moment oriented in the opposite direction, appearing during giant flux jump connected to thermomagnetic avalanche process in superconducting YBaCuO single crystal, is presented. Magnetization inversion takes place in the system, without thermal contact between sample and sample holder, with a tremendous stored energy once the avalanche process is completed in quasi-adiabatic conditions. A model of magnetic moment inversion, caused by the jump between two metastable states of superconductor with the same energy storage, is presented and discussed in terms of the critical state with peculiar evolution of the critical-current spatial distribution. Read More

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http://www.nature.com/articles/s41598-019-42699-5
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http://dx.doi.org/10.1038/s41598-019-42699-5DOI Listing
April 2019
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Moon mapper, Sun spotter: the astonishing Thomas Harriot.

Authors:
Georgina Ferry

Nature 2019 Apr;568(7752):311-312

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http://dx.doi.org/10.1038/d41586-019-01174-xDOI Listing

Needle-like structures discovered on positively charged lightning branches.

Nature 2019 Apr 17;568(7752):360-363. Epub 2019 Apr 17.

ASTRON, Netherlands Institute for Radio Astronomy, Dwingeloo, The Netherlands.

Lightning is a dangerous yet poorly understood natural phenomenon. Lightning forms a network of plasma channels propagating away from the initiation point with both positively and negatively charged ends-called positive and negative leaders. Negative leaders propagate in discrete steps, emitting copious radio pulses in the 30-300-megahertz frequency band that can be remotely sensed and imaged with high spatial and temporal resolution. Read More

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http://dx.doi.org/10.1038/s41586-019-1086-6DOI Listing

Tunable spin-state bistability in a spin crossover molecular complex.

J Phys Condens Matter 2019 Apr 17. Epub 2019 Apr 17.

Department of Physics and Astronomy and Center for Materials Research and Analysis, University of Nebraska- Lincoln, Jorgensen Hall, 855 North 16th Str., NE 68588-0299, Lincoln, 68588-0299, UNITED STATES.

The spin crossover (SCO) transitions at both the surface and over the entire volume of the [Fe{H<sub>2</sub>B(pz)<sub>2</sub>}<sub>2</sub>(bipy)] polycrystalline films on Al2O3 substrates have been studied, where pz = pyrazol-1-yl and bipy = 2,2'-bipyridine. For [Fe{H<sub>2</sub>B(pz)<sub>2</sub>}<sub>2</sub>(bipy)] films of hundreds of nm thick, magnetometry and x-ray absorption spectroscopy measurements show thermal hysteresis in the SCO transition with temperature, although the transition in bulk [Fe{H2B(pz)2}2(bipy)] occurs in a non-hysteretic fashion at 157 K. While the size of the crystallites in those films are similar, the hysteresis becomes more prominent in thinner films, indicating a significant effect of the [Fe{H<sub>2</sub>B(pz)<sub>2</sub>}<sub>2</sub>(bipy)]/Al<sub>2</sub>O<sub>3</sub> interface. Read More

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http://iopscience.iop.org/article/10.1088/1361-648X/ab1a7d
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http://dx.doi.org/10.1088/1361-648X/ab1a7dDOI Listing
April 2019
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2.346 Impact Factor

Extracellular DNA Provides Structural Integrity to a Micrococcus luteus Biofilm.

Langmuir 2019 Apr 17. Epub 2019 Apr 17.

Department of Physics and Astronomy , The University of Sheffield , Hounsfield Road , Sheffield S3 7RH , U.K.

Force spectroscopy was used to show that extracellular DNA (eDNA) has a pre-eminent structural role in a biofilm. The adhesive behavior of extracellular polymeric substances to poly(ethylene terephthalate), a model hydrophobic surface, was measured in response to their degradation by hydrolytic enzymes known for their biofilm dispersion potential: DNaseI, protease, cellulase, and mannanase. Only treatment with DNaseI significantly decreased the adhesive force of the model bacterium Micrococcus luteus with the surface, and furthermore this treatment almost completely eliminated any components of the biofilm maintaining the adhesion, establishing a key structural role for eDNA. Read More

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http://dx.doi.org/10.1021/acs.langmuir.9b00297DOI Listing

Mineralogy, Structure, and Habitability of Carbon-Enriched Rocky Exoplanets: A Laboratory Approach.

Astrobiology 2019 Apr 17. Epub 2019 Apr 17.

2 Department of Earth Sciences, Vrije Universiteit Amsterdam, Amsterdam, The Netherlands.

Carbon-enriched rocky exoplanets have been proposed to occur around dwarf stars as well as binary stars, white dwarfs, and pulsars. However, the mineralogical make up of such planets is poorly constrained. We performed high-pressure high-temperature laboratory experiments ( = 1-2 GPa,  = 1523-1823 K) on chemical mixtures representative of C-enriched rocky exoplanets based on calculations of protoplanetary disk compositions. Read More

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http://dx.doi.org/10.1089/ast.2018.1930DOI Listing

Silicene-supported TiO nanostructures: a theoretical study of electronic and optical properties.

Phys Chem Chem Phys 2019 Apr 17. Epub 2019 Apr 17.

Department of Physics, Michigan Technological University, Houghton, MI 49931, USA.

Titania (TiO2) is a material of choice for energy-related applications, such as photovoltaics and photocatalysis. The presence of a large band gap and fast electron-hole recombination occurring in the lattice significantly reduce the material's quantum efficiency, and therefore limit industrial-scale applications. In this article, we investigate whether silicene can be a viable substrate for TiO2 nanostructures in photocatalytic applications. Read More

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http://dx.doi.org/10.1039/c9cp00894bDOI Listing

Porous Silicon as a Platform for Radiation Theranostics Together with a Novel RIB-Based Radiolanthanoid.

Contrast Media Mol Imaging 2019 12;2019:3728563. Epub 2019 Mar 12.

Department of Chemistry, University of Helsinki, FI-00014 Helsinki, Finland.

Mesoporous silicon (PSi) is biocompatible and tailorable material with high potential in drug delivery applications. Here, we report of an evaluation of PSi as a carrier platform for theranostics by delivering a radioactive ion beam- (RIB-) based radioactive lanthanoid into tumors in a mouse model of prostate carcinoma. Thermally hydrocarbonized porous silicon (THCPSi) wafers were implanted with Dy at the facility for radioactive ion beams ISOLDE located at CERN, and the resulting [Dy]THCPSi was postprocessed into particles. Read More

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http://dx.doi.org/10.1155/2019/3728563DOI Listing
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC6434306PMC

Generation of spatiotemporally tailored terahertz wavepackets by nonlinear metasurfaces.

Nat Commun 2019 Apr 16;10(1):1778. Epub 2019 Apr 16.

Department of Physical Electronics, School of Electrical Engineering, Tel-Aviv University, 6997801, Tel Aviv, Israel.

The past two decades have witnessed an ever-growing number of emerging applications that utilize terahertz (THz) waves, ranging from advanced biomedical imaging, through novel security applications, fast wireless communications, and new abilities to study and control matter in all of its phases. The development and deployment of these emerging technologies is however held back, due to a substantial lack of simple methods for efficient generation, detection and manipulation of THz waves. Recently it was shown that uniform nonlinear metasurfaces can efficiently generate broadband single-cycle THz pulses. Read More

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http://dx.doi.org/10.1038/s41467-019-09811-9DOI Listing
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC6467996PMC

Vanadium disulfide flakes with nanolayered titanium disulfide coating as cathode materials in lithium-ion batteries.

Nat Commun 2019 Apr 16;10(1):1764. Epub 2019 Apr 16.

Department of Mechanical, Aerospace and Nuclear Engineering, Rensselaer Polytechnic Institute, 110 8th Street, Troy, NY, 12180, USA.

Unlike the vast majority of transition metal dichalcogenides which are semiconductors, vanadium disulfide is metallic and conductive. This makes it particularly promising as an electrode material in lithium-ion batteries. However, vanadium disulfide exhibits poor stability due to large Peierls distortion during cycling. Read More

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http://dx.doi.org/10.1038/s41467-019-09400-wDOI Listing
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC6467906PMC

Computed Tomography Myelosimulation Versus Magnetic Resonance Imaging Registration to Delineate the Spinal Cord During Spine Stereotactic Radiosurgery.

World Neurosurg 2019 Feb 26;122:e655-e666. Epub 2018 Oct 26.

Department of Radiation Oncology, University of Michigan, Ann Arbor, Michigan, USA.

Background: Underestimation of the spinal cord's volume or position during spine stereotactic radiosurgery can lead to severe myelopathy, whereas overestimation can lead to tumor underdosage. Spinal cord delineation is commonly achieved by registering a magnetic resonance imaging (MRI) study with a computed tomography (CT) simulation scan or by performing myelography during CT simulation (myelosim). We compared treatment planning outcomes for these 2 techniques. Read More

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http://dx.doi.org/10.1016/j.wneu.2018.10.118DOI Listing
February 2019

Effect of stochasticity on coinfection dynamics of respiratory viruses.

BMC Bioinformatics 2019 Apr 16;20(1):191. Epub 2019 Apr 16.

Department of Physics & Astronomy, Texas Christian University, Fort Worth, TX, USA.

Background: Respiratory viral infections are a leading cause of mortality worldwide. As many as 40% of patients hospitalized with influenza-like illness are reported to be infected with more than one type of virus. However, it is not clear whether these infections are more severe than single viral infections. Read More

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https://bmcbioinformatics.biomedcentral.com/articles/10.1186
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http://dx.doi.org/10.1186/s12859-019-2793-6DOI Listing
April 2019
2 Reads

Nanopipette/Nanorod-Combined Quartz Tuning Fork⁻Atomic Force Microscope.

Sensors (Basel) 2019 Apr 15;19(8). Epub 2019 Apr 15.

Department of Physics & Astronomy, Seoul National University, Seoul 08826, Korea.

We introduce a nanopipette/quartz tuning fork (QTF)-atomic force microscope (AFM) for nanolithography and a nanorod/QTF-AFM for nanoscratching with in situ detection of shear dynamics during performance. Capillary-condensed nanoscale water meniscus-mediated and electric field-assisted small-volume liquid ejection and nanolithography in ambient conditions are performed at a low bias voltage (~10 V) via a nanopipette/QTF-AFM. We produce and analyze Au nanoparticle-aggregated nanowire by using nanomeniscus-based particle stacking via a nanopipette/QTF-AFM. Read More

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http://dx.doi.org/10.3390/s19081794DOI Listing

Adolescent binge drinking disrupts normal trajectories of brain functional organization and personality maturation.

Neuroimage Clin 2019 Mar 31;22:101804. Epub 2019 Mar 31.

School of Mathematical Sciences, Fudan University, Shanghai 200433, PR China; Institute of Science and Technology for Brain-Inspired Intelligence, Fudan University, Shanghai 200433, PR China; Department of Computer Science, University of Warwick, Coventry, UK; Collaborative Innovation Center for Brain Science, Fudan University, Shanghai, PR China; Shanghai Center for Mathematical Sciences, Shanghai, PR China; Key Laboratory of Computational Neuroscience and Brain-Inspired Intelligence (Fudan University), Ministry of Education, PR China.

Adolescent binge drinking has been associated with higher risks for the development of many health problems throughout the lifespan. Adolescents undergo multiple changes that involve the co-development processes of brain, personality and behavior; therefore, certain behavior, such as alcohol consumption, can have disruptive effects on both brain development and personality maturation. However, these effects remain unclear due to the scarcity of longitudinal studies. Read More

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http://dx.doi.org/10.1016/j.nicl.2019.101804DOI Listing
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC6451196PMC

Perovskite-a Perfect Top Cell for Tandem Devices to Break the S-Q Limit.

Adv Sci (Weinh) 2019 Apr 30;6(7):1801704. Epub 2019 Jan 30.

Key Laboratory of Applied Surface and Colloid Chemistry Ministry of Education Shaanxi Engineering Lab for Advanced Energy Technology School of Materials Science and Engineering Shaanxi Normal University Xi'an 710119 China.

Up to now, multijunction cell design is the only successful way demonstrated to overcome the Shockley-Quiesser limit for single solar cells. Perovskite materials have been attracting ever-increasing attention owing to their large absorption coefficient, tunable bandgap, low cost, and easy fabrication process. With their rapidly increased power conversion efficiency, organic-inorganic metal halide perovskite-based solar cells have demonstrated themselves as the most promising candidates for next-generation photovoltaic applications. Read More

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https://onlinelibrary.wiley.com/doi/abs/10.1002/advs.2018017
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http://dx.doi.org/10.1002/advs.201801704DOI Listing
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC6446597PMC
April 2019
1 Read

Large-scale analysis of micro-level citation patterns reveals nuanced selection criteria.

Nat Hum Behav 2019 Apr 15. Epub 2019 Apr 15.

Department of Chemical and Biological Engineering, Northwestern University, Evanston, IL, USA.

The analysis of citations to scientific publications has become a tool that is used in the evaluation of a researcher's work; especially in the face of an ever-increasing production volume. Despite the acknowledged shortcomings of citation analysis and the ongoing debate on the meaning of citations, citations are still primarily viewed as endorsements and as indicators of the influence of the cited reference, regardless of the context of the citation. However, only recently has attention been given to the connection between contextual information and the success of citing and cited papers, primarily because of the lack of extensive databases that cover both types of metadata. Read More

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http://dx.doi.org/10.1038/s41562-019-0585-7DOI Listing