Kapitza-Dirac Effect

Terms: Kapitza-Dirac Effect (162),

H. Batelaan - The Kapitza-Dirac Effect - Publications

Kapitza-Dirac diffraction without standing waves: diffraction without a grating?

Atom wave interferometry with gratings of light

Terms: standing wave of light (213), standing light wave (426), standing wave (305000), electron diffraction by light (41), standing light waves (208), gratings of light (120),

Terms: quantum electrodynamics (181000),

Boolean: intensity AND "energy density" (96900), "magnetic field" AND "energy density" (75000), power AND intensity (10300000), "vector potential" AND "laser intensity" (146),

Terms: square of the intensity (150), wave equation (426000), vector potential (88000), laser intensity (62700), interaction time (48900), laser beam width (284),

David Clarke - The Kapitza-Dirac Effect, An Approach from QED

Terms: bremsstrahlung (184000), single photon recoil (103), multiphoton (156000), multi-photon (55400), electron-light interaction (5), Compton effect (51800),

Terms: atom optics (58100), atomic waves (346), von Laue scattering (7), Bragg scattering (9670), reflective Bragg scattering (3), light crystals (5110), matter waves (59100), grating of light (35), laser field (46600), periodic laser field (2), matter interferometry (44),

Terms: Batelaan group (6), matter optics (673), Herman Batelaan (215),

Terms: Mach-Zehnder interferometer (25100), Sagnac effect (2520), electron interferometer (266), ion interferometer (4), molecular interferometry (61), electron matter optics (6),

Terms: ponderomotive potential (463), strong laser fields (1460), atomic polarizability (545), electron acceleration (37100), radiation pressure (116000), radiation pressure driven interferometers (3), quantized light fields (66), light field (127000), light fields (38600), laser cooling (120000),

Observation of the Kapitza-Dirac Effect

Terms: standing wave ratio (51800),

Dylan Manna - Atom-Optic Bragg Scattering

Dong-Sheng Guo - Kapitza-Dirac effect

University of Arizona - Quantum Optics - Pierre Meystre