PPT-Frequency comb spectroscopy

Frequency combs evolutionary tree Overview Basic Features Frequency C ombs Applications Frequency Metrology Measuring Frequency Gaps Frequency Combs as Optical Synthesizers Time Domain Applicatons . Hall TW Hnsch for their contributions to the development of laserbased precision spectroscopy including the optical frequency comb technique Frequency Combs A revolution in measuring Nobel 2005 brPage 2br On Pulsed and Continuous wave lasers Conside Overview. Frequency Metrology. Measuring Frequency Gaps. Frequency Combs as Optical Synthesizers. Time Domain Applicatons . Stabilizing the Carrier Envelope Phase. Old and new Precision Spectroscopies. Hajime Inaba, Kaoru . Minoshima. , Atsushi . Onae. , and Feng-Lei Hong. National Metrology Institute of Japan (NMIJ),. National Institute of Advanced Industrial Science and Technology (AIST),. 1-1-1 Umezono, Tsukuba, 305-8563 Ibaraki, Japan. 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:. 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. 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 . 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, . 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. plasmons. and measurements of exoplanet atmospheres. By: Elizabeth Surovic. Outline. 1. Properties of frequency combs. 2. Surface plasmons. 3. Conversion of broadband light into surface plasmons. 4. Discovery of exoplanets. Hydrogen. . Deuterium. Arthur . Matveev. , Alexey . Grinin. , . Lothar . Maisenbacher. , Vitaly Andreev, Dylan Yost,. . Randolf. Pohl, Theodor W. . Hänsch. , Thomas . Udem. PRP 2018. Why Deuterium?. 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 .