Quantum Optics and Photonics (English)
Free access
- New search for: Ezekiel, Shaoul
- New search for: Shahriar, Selim M.
- New search for: Smith, Stephen P.
- New search for: Grove, Timothy T.
- New search for: Sudarshanam, Venkatapuram S.
- New search for: Hemmer, Philip R.
- New search for: Prentiss, Mara G.
- New search for: Kierstead, John D.
- New search for: Donoghue, John J.
- New search for: Katz, Daniel P.
- New search for: Mervis, Juliet
- New search for: Ezekiel, Shaoul
- New search for: Shahriar, Selim M.
- New search for: Smith, Stephen P.
- New search for: Grove, Timothy T.
- New search for: Sudarshanam, Venkatapuram S.
- New search for: Hemmer, Philip R.
- New search for: Prentiss, Mara G.
- New search for: Kierstead, John D.
- New search for: Donoghue, John J.
- New search for: Katz, Daniel P.
- New search for: Mervis, Juliet
1995
- Report / Electronic Resource
-
Title:Quantum Optics and Photonics
-
Contributors:Ezekiel, Shaoul ( author ) / Shahriar, Selim M. ( author ) / Smith, Stephen P. ( author ) / Grove, Timothy T. ( author ) / Sudarshanam, Venkatapuram S. ( author ) / Hemmer, Philip R. ( author ) / Prentiss, Mara G. ( author ) / Kierstead, John D. ( author ) / Donoghue, John J. ( author ) / Katz, Daniel P. ( author )
-
Publisher:
-
Publication date:1995
-
Remarks:Contains table of contents for Part II, table of contents for Section 1 and reports on six research projects.
-
Type of media:Report
-
Type of material:Electronic Resource
-
Language:English
-
Keywords:Distributed Fiberoptic Sensor for Quench Detection in Superconducting Tokamak Magnets , Applications of Porous Glass Based Thick Holograms for Optical Data Storage , Evidence of Collective Atomic Recoil Lasing in a High-Density Sodium Atomic Beam , Quantum Optics , Applications of Porous Glass Based Thick Holograms for WDM Demultiplexing , Classical Noise Suppression in Distortion-Free Phase Conjugation Using Coherent Population Trapping , Unbounded Cooling Force in Traveling Waves Excitation of a Four-Level System , Quantum Photonics , Demonstration of an Optical Mass Flow Meter , Quantum Noise Suppression in Distortion-Free Phase Conjugation Using Coherent Population Trapping
-
Source: