PPT-Cavity-Enhanced Direct Frequency Comb Velocity Modulation Spectroscopy

Laura Sinclair William Ames Tyler Coffey Kevin Cossel Jun Ye and Eric Cornell Funding NSF and the WM Keck Foundation Advantages of Combining CavityEnhanced Direct Frequency Comb Spectroscopy with . Overview. Frequency Metrology. Measuring Frequency Gaps. Frequency Combs as Optical Synthesizers. Time Domain Applicatons . Stabilizing the Carrier Envelope Phase. Old and new Precision Spectroscopies. interferometry. Steven van den Berg. International Colloquium . Observatoire. de Haute Provence . 23-27 September 2013. Outline. . 2. Introduction to VSL. Introduction to the frequency comb. Distance determination based on:. 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 . D.A. Long. , A.J. Fleisher, D.F . Plusquellic. , J.T. Hodges. National Institute of Standards and Technology. time. T. carrier frequency (. f. c. ). comb teeth. frequency. Combs from chirped waveforms. 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, . Mary L. Rad. , Monique M. . Mezher. and Kevin K. Lehmann. University of Virginia, Charlottesville, VA. Benjamin M. Gaston. Case Western Reserve University, Cleveland, OH. Introduction. http://www.nobelprize.org/nobel_prizes/medicine/laureates/1998/illpres/. 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. 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 & 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. Hydrogen. . Deuterium. Arthur . Matveev. , Alexey . Grinin. , . Lothar . Maisenbacher. , Vitaly Andreev, Dylan Yost,. . Randolf. Pohl, Theodor W. . Hänsch. , Thomas . Udem. PRP 2018. Why Deuterium?.