Michael Carnohan, B.S., Physics - College of Charleston - Researcher

Michael Carnohan

B.S., Physics

College of Charleston

Researcher

Charleston, SC | United States

Main Specialties: Biology

Additional Specialties: Biomedical Physics

Michael Carnohan, B.S., Physics - College of Charleston - Researcher

Michael Carnohan

B.S., Physics
Introduction

Mike Carnohan graduated from the College of Charleston with a B.S. in Physics, with an emphasis in BioMedical Physics, in 2001. While attending the College of Charleston, he was a member of the national Physics honor society, Sigma Pi Sigma, and published several papers in the fields of applied optics & photonics. After his undergraduate studies, he studied Interactive Design at Trident Technical College, and worked as UX Designer for Accomplice Design in Charleston, SC before moving to San Diego, CA to work for a forward-thinking 501(c)3 software development company, Pangea Foundation. There he functioned as the operational lead of software development in the role Sr. Vice President of Product & Strategy, until 2013. He founded the mobile sharing startup, Neighbr, in late 2013, and served as the Director Of Operations of the A/V production company, HiFi5 Entertainment, from 2014 - 2016. In 2016, he joined Hair Science, a research and development pharmaceutical company, as the Director of Markets & Research. He currently lives in Santa Cruz, CA and works for Hair Science, and is the Founder and Lead Designer of the Santa Cruz-based apparel company, Alpha Thread.

Primary Affiliation: College of Charleston - Charleston, SC , United States

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View Michael Carnohan’s Resume / CV
Metrics

3

Publications

401

Profile Views

7

Reads

12

PubMed Central Citations

Education
Dec 2001
College of Charleston
B.S. Physics
Experience
Jun 2001
Barretts Esophagus Study
Researcher
May 2001
FastEEM Study
Researcher
Oct 2000
Tissue Phantom Study
Researcher
Sep 2000
Detector Geometry
Researcher

Publications

3Publications

7Reads

12PubMed Central Citations

Effects of fiber-optic probe design and probe-to-target distance on diffuse reflectance measurements of turbid media: an experimental and computational study at 337 nm.

Appl Opt 2004 May;43(14):2846-60

Biophotonics Research and Technology Development, Department of Surgery, Cedars-Sinai Medical Center, Los Angeles, California 90048, USA.

View Article
May 2004
7 Reads
12 PubMed Central Citations(source)
1.78 Impact Factor

Performance Evaluation of Fiber Optic Probes for Tissue Lifetime Fluorescence Spectroscopy

Proc. SPIE 4958, Advanced Biomedical and Clinical Diagnostic Systems, 43 (July 22, 2003)

Proceedings of the SPIE

The design of fiber-optic probes plays an important role in optical spectroscopic studies, including fluorescence spectroscopy of biological tissues. It can affect the light delivery and propagation into the tissue, the collection efficiency (total number of photons collected vs. total number of photons launched) and the origin of collected light. This in turn affects the signal to noise ratio (SNR) and the extend of tissue interrogation, thus influencing the diagnostic value of such techniques. Three specific fiber-optic probe designs were tested both experimentally and computationally via Monte Carlo simulations. In particular, the effects of probe architecture (single-fiber vs. two bifurcated multifiber probes), probe-to-target distance (PTD), and source-to-detector separation (SDS) were investigated on the collected diffuse reflectance of a Lambertian target and an agar-based tissue phantom. This study demonstrated that probe architecture, PTD, and SDS are closely intertwined and considerably affect the light collection efficiency, the extend of target illumination, and the origin of the collected reflected light. Our findings can be applied towards optimization of fiber-optic probe designs for quantitative fluorescence spectroscopy of diseased tissues.

View Article
July 2003
10 Reads

Experimental and computational studies of fiberoptic probes for in-vivo diagnostics

Lasers Surg Med, Surgical Applications 2003 Mar; 32(S15):50.

Lasers in Surgery and Medicine

Successful application of fiberoptically-based biologic spectroscopic techniques requires understanding of the interrelation between probe design, application geometry, and target optical properties. To this end, we conducted experimental and computational studies of the performance of three probe designs with various targets, as a function of the probe-to-target separation.

View Article
March 2003
5 Reads