Quantum Vacuum Modes as a Probe
Abstract
The research plans detailed in this proposal explore a new approach to information transmission based on exploiting quantum vacuum noise as a resource. Conventional optical systems require the coordinated exchange of light to transmit information. In contrast, our transformative approach will utilize modulated quantum vacuum noise in a suitably arranged optical system to achieve this same task. Remarkably this approach will enable the imaging of objects that never interact with the laser beam used for imaging. In this proposal the physics governing measurement via quantum vacuum noise will be elucidated. The potential to modulate both the amplitude and/or phase properties of the quantum vacuum will be determined. New theoretical insights into the quantum noise properties of photodetection will be formulated. At the conclusion of this program, the newfound understanding and control of the quantum vacuum will enable completely new approaches to noninvasive imaging and communication. A second thread to the current proposal is to engage students and underrepresented individuals in both the University of Rochester community and the Rochester community at-large by sharing the excitement of quantum optics and conveying the potentially disruptive impact of quantum optical technologies.
Document Details
- Document Type
- DoD Grant Award
- Publication Date
- Feb 25, 2019
- Source ID
- W911NF1610162
Entities
People
- Anthony Vamivakas
Organizations
- Army Contracting Command
- United States Army
- University of Rochester