PsiQuanTech
The Strategic Ecosystem
INNOVATE - COLLABORATE - TRANSFORM
Join Us in Building India’s Quantum Future
If ten talented, passionate, and purpose-driven youngsters are willing to set aside their self-centred interest and unite with us in building India’s quantum future, together we can position India among the global leaders in quantum technologies and also strive towards achievements worthy of the world’s highest scientific recognition, including a Nobel Prize.
WE ARE SEARCHING FOR SUCH PASSIONATE AND DEDICATED YOUNG MINDS TO JOIN OUR 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)
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Objective
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Targeted Performance
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Technique used
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Atomic-Beam Microwave Clock
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Fractional frequency uncertainty <5 x 10-12 @1s of integration.
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Rb-87 atomic beam, coherent population trapping (CPT), and microwave atomic transition
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Chip-scale Vapor Cell Atomic Microwave Clock
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Fractional frequency uncertainty <5 x 10-10 @1s of integration.
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Rb-87 atomic vapor cell, CPT, and microwave atomic transition.
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Vapor Cell Scalar Atomic Magnetometer
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Scalar sensitivity of 15 fT @ 1Hz measurement bandwidth.
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Rb-87 atomic vapor-cell and AC (Mx mode) signal detection.
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Vapor Cell Atomic NMR Gyroscope
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Rotation sensitivity of <5 x 10-7 (rad/s)/√Hz.
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Atomic vapor-cell and co-magnetometry.
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Vapor Cell Atomic Optical Clock
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Fractional frequency uncertainty of <6x 10-14 @1s of integration.
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Rb-87 atomic vapor cell, micro-resonator frequency comb, and optical atomic transition.
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To Contribute To India A World-Class Quantum Technologies Company And A Nobel Prize
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