PsiQuanTech
The Strategic Ecosystem
Join Us in Building India’s Quantum Future
If ten talented, passionate, and purpose-driven youngsters are willing to set aside self-interest and join hands with us to build a stronger India, together we can lead the nation to the forefront of quantum technologies—and strive for achievements worthy of a Nobel Prize.
We are looking for such exceptional young minds to join us in this mission.
WHO WE ARE
We Are building India's world-class Quantum technologies company
Our mission is to contribute to India, a world-class Quantum Technologies company and a Nobel Prize by testing a new interpretation of quantum mechanics viz., nonlocal-hopping particle interpretation (NPI) which is nothing but the Advaitha Vedanta but at the level of matter.
TECHNOLOGY & RESEARCH
Core Technology and Research Roadmap
We specialize in high-precision hardware that bridges theoretical physics with industrial-grade execution, developing technologies that translate fundamental quantum principles into practical instruments, systems, and applications.
Quantum Control Electronics
Currently we are building prototypes of the following devices/instruments:
An integrated Laser Diode current and temperature (using Thermo-Electric Cooler) controller.
It is based on an array of Silicon photodiodes and uses avalanche effect. This is necessary to extract quantum information
It is an FPGA-based device used to separate quantum light from classical light through second order g2-correlation measurement.
Quantum Optics and Quantum Computing Educational Toolkit
Currently we are building this toolkit for UG/PG student’s quantum technologies laboratories.
Industrial Length/ Diameter Measuring Device
Currently we are building a prototype of a device to measure length/diameter (targeted precision +/- 0.01mm) of industrial components, using Laser/LED camera and telecentric measurement technique. And we intend to enhance the precision further using correlated quantum light (entangled-photons/squeezed-light).
Atomic Timing & Sensing
(Next-Phase Projects)
|
Objective
|
Targeted Performance
|
Technique used
|
|---|---|---|
|
Atomic-Beam Microwave Clock
|
Fractional frequency uncertainty <5 x 10-12 @1s of integration.
|
Rb-87 atomic beam, coherent population trapping (CPT), and microwave atomic transition
|
|
Chip-scale Vapor Cell Atomic Microwave Clock
|
Fractional frequency uncertainty <5 x 10-10 @1s of integration.
|
Rb-87 atomic vapor cell, CPT, and microwave atomic transition.
|
|
Vapor Cell Scalar Atomic Magnetometer
|
Scalar sensitivity of 15 fT @ 1Hz measurement bandwidth.
|
Rb-87 atomic vapor-cell and AC (Mx mode) signal detection.
|
|
Vapor Cell Atomic NMR Gyroscope
|
Rotation sensitivity of <5 x 10-7 (rad/s)/√Hz.
|
Atomic vapor-cell and co-magnetometry.
|
|
Vapor Cell Atomic Optical Clock
|
Fractional frequency uncertainty of <6x 10-14 @1s of integration.
|
Rb-87 atomic vapor cell, micro-resonator frequency comb, and optical atomic transition.
|
To Contribute To India A World-Class Quantum Technologies Company And A Nobel Prize
Quick Links
Contact Info
Copyright © 2026 PsiQuantech | Powered by PSI Quantech