QSciTresearch

Exploring Quantum

with
QSciTresearch.org

Group of Quantum Innovators Engineering Future Horizons

Qubits

Quantum Sensor

Quantum
Solar Cell

Quantum Simulator

Brain-Inspired Devices

Innovating Quantum: Engineering Future Horizons

At QSciT Research, we envision a future where the convergence of quantum technology and brain-inspired innovation transforms the entire landscape of human experience.

QSciT Research is dedicated to advancing the frontier of quantum computing by developing CMOS-compatible room temperature qubits. Our mission is to model and fabricate quantum computers that can operate efficiently within existing semiconductor infrastructures.
Our research works encompass utilization of quantum technology for solar energy harvesting, enhanced sensing and information processing tasks.
By leveraging advanced materials and innovative device design, we aim to model and fabricate cutting-edge neural architectures that emulate the efficiency and intelligence of the human brain.

QSciT Research strives to lead the way in creating a smarter and faster, but also more connected world where the possibilities are as boundless as the human imagination.

Product

Virtual quantum devices and quantum-enhanced sensors

Service

Expert consultancy for simulating on demand quantum devices

Technology

Solar cells, memory devices & quantum bio-sensor

Research & Innovation

CMOS compatible room-temperature Entangled Qubit

Products

Check our Products

QuESO^e

A cutting-edge NEGF Simulator offering precise and intuitive design, analysis, and optimization for nanoscale & quantum electronic devices.

QuESO^s

An advanced device Simulator for unique design and analysis of quantum-enhanced sensors.

QuESO^o

A state-of-the-art optoelectronics Simulator enabling seamless design and analysis of advanced photonic and optoelectronic systems.

QuESO^|Ψ⟩

A novel Qubit Simulator designed for accurate and efficient modeling of quantum computing devices and their performance.

Senza

An innovative Bio-Sensor package delivering precise, real-time monitoring of bio-specimens & pathogens for advanced healthcare applications.

QSC^E30

A quantum structures-based Solar Cell offering 30% efficiency.

Innovate with QSciT Research

Explore the frontier of quantum technology with QSciT Research. Dive into our cutting-edge products, services, and research in quantum devices and computing. Transform your future today.

Discover More

Technology

Check our Technology

All
Simulator
Solar cell
Qubit

Nanowire FET

Schematic of state-of-the-art Gate-all-around Nanowire Field-Effect-Transistor

Solar cell

Fabricated stand-alone Ge-Nanowire MOS Solar cell

Entangled Qubits

Fabricated array of Quantum Dots for Entangled Qubits

Transistor Current

Drain current vs. Drain Voltage and Gate Voltage simulated by QuESO(e)

VTQD Array

Fabricated array of Ge-Nanowire MOS devices

Quantum Dot Array

Fabricated array of Quantum Dots with various spacing

LDOS

Local density of states in nanowire channel simulated by QuESO(e) showing energy sub-bands

Photogeneration

Simulated photogeneration rate in Nanowire MOS Solar cell

Bloch Sphere

Simulated Bloch sphere of Qubit

Phonon Scattering

Simulated electron-phonon scattering rate within the channel of a Nanowire Field-Effect-Transistor

Qubit

Schematic of Nanowire Double-Quantum-Dot Qubit and Bloch sphere simulated by QuESO(|Ψ⟩)

Solar Cell

Schematic of vertical Nanowire MOS Solar Cell and Photogeneration rates simulated by QuESO(o)

Debapriya Chakraborty

Founder, MD & Ceo

The value of an idea is priceless.

Murchhana Panda

Chief Operating Officer

Entrepreneurship is nothing but to break the state-of-the-art.

Pruthvi Shetty

Business Development Manager

I don't want to predict the future, I want to to create it.

Akshata M Anand

Business Development Manager

Innovation is endless, so is business.

Dr. Basudev Nag Chowdhury

Head of Research & Innovation, QSciT Research

To search for the unknown on the basis of known.