Ben Luey, MS., Staff Scientist:
Mr. Luey has experience in experimental laser cooling and atom trapping. He has designed and built external-cavity diode-lasers, ultra-high vacuum systems, and the thermo-opto-mechanical structures used in laser stabilization and atom trapping. While a graduate student in the labs of Dana Anderson at JILA he designed the atom-chips used to trap and manipulate atoms, and ran these atom trapping experiments. As a staff scientist at Vescent, Mr. Luey has played a pivotal role in the development of our D2-series atom trapping DBR lasers and control electronics.
Juan Pino, Ph.D., Staff Scientist:
Juan Pino joins us from JILA, where he recently earned his Ph.D. under Dr. Eric Cornell and Dr. Deborah Jin. Juan’s Ph.D. work focused on novel, shot-noise limited measurement techniques of Bose-Einstein condensates. While at JILA Dr. Pino developed a strong background in optics, modeling, electronics, and the design and construction of cold-atom experiments. Recently Juan has been applying the lessons he learned at JILA to the non-mechanical designs being incorporated into the next-generation of Vescent products.
Joseph Gamble, Lead Mechanical Engineer
Joe takes on any design job from an RFID-secured coffee pot to the most stable fiber-coupled laser design we have produced.
Mike Ziemkiewicz, Ph.D., Staff Scientist
Mike earned his Ph.D. under Dr. David Nesbitt at JILA before completing a postdoc at UC Berkeley. He has worked extensively with different photonics systems and has done experiments, using light produced by infrared, ultraviolet, and X-ray lasers. Most of this work has involved using lasers to dynamically control and observe physical process occurring on fast timescales ranging from femtoseconds to nanoseconds. He also has extensive experience with developing algorithms for simulation, control, and analysis of complex scientific and technical problems.
Mark Yeo, Ph.D., Staff Scientist
Mark Yeo earned his Ph.D. under Dr. Jun Ye at JILA. For his graduate work, Mark worked on the laser cooling and magneto-optical trapping of dipolar molecules. While at JILA, Mark gained expertise in a wide range of laser systems including frequency combs, dye lasers and ECDL systems as well as developing a strong grounding in servo systems, electronics and designing cold AMO experiments.