PPT-Precision Cavity-enhanced Dual-comb Spectroscopy:

Application to the Gas Metrology of CO 2 H 2 O and N 2 O Adam J Fleisher David A Long Joseph T Hodges Material Measurement Laboratory National Institute of Standards amp Technology.  . Dr.Kalpana Devi K.R., Dr. Francis G., Dr. Murali K., Dr. Madan R., Dr. . Subhapradha. , Dr . Geetha. S Nair,.  . MIOT hospitals, . Manapakkam. , Chennai. .. .  .  .  . ABSTRACT. Professor. Dr. HANS SCHUESSLER . By. . Ansam Jameel Talib. Molecular Physics Course. . . . History of Raman Scattering. 1923. . – Inelastic light . scattering . predicted by A. . Frequency combs – evolutionary tree. Overview. Basic Features: Frequency . C. ombs. Applications:. Frequency Metrology. Measuring Frequency Gaps. Frequency Combs as Optical Synthesizers. Time Domain Applicatons . 3. +. James N. Hodges. , Adam J. Perry, Brian M. . Siller. , Benjamin J. McCall. Outline. Motivation. Fundamental Physics. Astronomy. Instrument Description. Transition Frequency Results. Wavelength Calibration Testing. Daniel Lisak. Nicolaus Copernicus University, . Institute. of . Physics. , Toruń, Poland. Motivation. High-. accuracy. . unperturbed. . H. 2. , HD, D. 2. . transition. . frequencies. Testing. . and. K.S.E. Eikema. VU University Amsterdam. High-precision Ramsey-comb spectroscopy in the deep-ultraviolet for testing QED. PSAS conference 2016-05-25. Motivation/background. 2. Results from (. muonic. ν. 1. . ν. . 3. BAND OF ACETYLENE: . INTENSITY AND TRANSITION DIPOLE MOMENT. Kana . Iwakuni. ,. a,b,d. ,†. . Sho. . Okubo,. b,d. Koichi M. T. . Yamada,. b. Hajime . Inaba,. b,d. Atsushi . with a Dual-Comb Technique. Akiko . Nishiyama. a,b,c. , . Satoru . Yoshida. a,b. , Takuya . Hariki. a. , Yoshiaki . Nakajima. a,b. , Kaoru . Minoshima. a,b. a. . University of . Electro-Communications . ultra-low . noise frequency combs. W. Hänsel. 1. , Michele . Giunta. 1,2 . , K. Beha. 1. , A. Perry. 1. , R. . Holzwarth. . 1,2. Menlo Systems GmbH, Munich, Germany. Max-Planck Institute for Quantum Optics, . Electro-optic Frequency Combs. Adam J. Fleisher,. 1. . David A. Long,. 1. David F. Plusquellic,. 2. Joseph T. Hodges. 1. 1. Material Measurement Laboratory. National Institute of Standards & Technology. 12. th. International User Meeting on Cavity Enhanced Spectroscopy, 13 June, 2017. 1A12. Charles R. Markus. , Jefferson E. McCollum, Thomas S. Dieter, Philip A. . Kocheril. , and Benjamin J. McCall. PHYS 689 - Modern Atomic Physics. Presentation by:. Ruqayyah Askar. April 25, 2016. Outline. Ring-down with a continuous wave laser. Ring-down with a pulse train. Applications and conclusion. Experimental setup in our Lab.. | | 15.01.2015 1 s ensing Andreas Hugi | info@irsweep.com | | 15.01.2015 2 The QCL frequency comb Andreas Hugi | info@irsweep.com  A laser emitting many wavelengths at the same time.  Coveri Laura Sinclair. William Ames, Tyler Coffey, Kevin . Cossel. Jun Ye and Eric Cornell. Funding: NSF and the W.M. Keck Foundation. Advantages of Combining . Cavity-Enhanced Direct Frequency Comb Spectroscopy with .