Subhasish Dutta Gupta - Hyderabad, IN Girish S. Agarwal - Stillwater OK, US
Assignee:
The Board of Regents for Oklahoma State University - Stillwater OK The University of Hyderabad - Hyderabad
International Classification:
G02B 1/10
US Classification:
359586, 359587
Abstract:
An antireflective coating is disclosed having at least one layer of a first material with a first index of refraction and a first thickness, the first index of refraction and first thickness substantially conforming to a refractive index profile matching a reflectionless potential.
Sub-Wavelength Imaging And Irradiation With Entangled Particles
Joachim Von Zanthier - Munich, DE Christoph Thiel - Furth, DE Enrique Solano - Munich, DE Thierry Bastin - Ougree, BE Girish S. Agarwal - Stillwater OK, US
International Classification:
G01T 1/20
US Classification:
2504922
Abstract:
A method and apparatus for using one particle out of N particles for irradiating or investigating a target are provided. A radiation source with N incoherent emitters emits a radiation, and particles of said radiation are detected by using at least N−1 detectors located at N−1 different positions. A discriminator is adapted for identifying particle detection events on at least N−1 detectors within a predetermined time period from other particle detection events.
Sub-Wavelength Imaging And Irradiation With Entangled Particles
JOACHIM VON ZANTHIER - MUNICH, DE CHRISTOPH THIEL - FUERTH, DE ENRIQUE SOLANO - MUNICH, DE THIERRY BASTIN - OUGREE, BE GIRISH S. AGARWAL - STILLWATER OK, US
International Classification:
G21G 5/00 G01N 23/00
US Classification:
2504921, 250306, 250307
Abstract:
A method and apparatus for using one particle out of N particles for irradiating or investigating a target are provided. A radiation source with N incoherent emitters emits a radiation, and particles of said radiation are detected by using at least N−1 detectors located at N−1 different positions. A discriminator is adapted for identifying particle detection events on at least N−1 detectors within a predetermined time period from other particle detection events.