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researcher

R. Jha

4 papers hereh-index 426.8k citations178 works total

Matching runs newest-first, so older work may not be attached to this profile yet.

author position
  • last author4

Across the 4 of 4 papers where every author was matched, so the position is known.

fields
  • physics.optics3
  • physics.ins-det1
same name
  • R. Jha — 73 papers, h 22
  • R. Jha — 18 papers, h 6
  • R. Jha — 15 papers, h 30
  • R. Jha — 7 papers, h 9
  • R. Jha — 6 papers, h 7
  • R. Jha — 4 papers, h 5

Either other researchers who publish under this name, or the same person where the external sources have not merged their records.

identity via Semantic Scholar / OpenAlex

activity
20202022
collaborators

4 papers

physics.optics2022

Plasmonic Dimers Enhanced Polarized Single Photon Coupled to Optical Nanowire

Subrat Sahu, Harsh Mishra, Rajan Jha

We propose a system for guiding plasmon-enhanced polarized single photons into optical nanowire (ONW) guided modes. It is shown that spontaneous emission properties of quantum emit…

physics.optics2021

Asymmetric Diamond Emitters for Unidirectional Photon Coupling

Satyajit Murmu, Avijit Kumar, Rajan Jha

The demand of single photon coupling to optical systems requires a suitable interface between negatively charged Nitrogen Vacancy (NV-) emitters in diamond to waveguides or optical…

physics.ins-det2021

Multipoint Monitoring of Instantaneous Amplitude, Frequency, Phase and Sequence of Vibrations Using Concatenated Modal Interferometers

Kalipada Chatterjee, Venugopal Arumuru, Dhananjay Patil +1

Concatenated modal interferometers based multipoint sensing system for detection of instantaneous amplitude, frequency, and phase of mechanical vibrations is proposed and demonstra…

physics.optics2020

Tilted Nanofiber Bragg Grating as an efficient photon collector from single quantum emitters: A new avenue

Subrat Sahu, Rajan Jha

We report a new gateway to enhance the sponatnesous emission rate of single quantum emitters by introducing a cavity in tilted nanofiber Bragg grating (TNFBG). We found that light…

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