About QRDLab
A Quantum Research and Development Initiative
QRDLab is an Industry-first initiative originated in Kolkata, India to promote quantum research, education and consulting in multiple areas of Quantum Computing. Primary objective will be to pursue high end research in several areas of quantum-inspired software to simulate various real life problems. QRDLab will aim to collaborate with independent researchers and academic institutions to accelerate quantum research. The effort includes translating nascent research ideas and advancing entire Quantum Computing technology stack in India.
Inspired by Prof. (Dr.) Subhansu Bandyopadhyay sir to put potential impact on research and education to facilitate the path of projecting India as one of the core hubs of emerging technologies in near-term future, a pool of researchers, spawned out primarily from University of Calcutta, have made a vision to bulid up a quantum ecosystem through an Industry-Academia collaborative venture.
Our Knowledge Partners & Research Collaborators
University of Calcutta
India Internet Foundation
Quantum Research
Research activities of QRDLab in knowledge partnership with the University of Calcutta work on a collaborative basis with universities and academic institutions across the globe to contribute to the quantum computing domain and provide a quantum ecosystem for researchers, developers, and industry personnel to map real-world hard problems in quantum setting.
-
Devising novel quantum algorithms based on QAA, QFT, Quantum Walk Approach
-
Fault-tolerant quantum logic synthesis
-
Algorithms for combinatorial optimization problems
-
Physical design aware quantum circuit synthesis
-
Developing full-entropy Quantum Random Number Generators (QRNGs)
-
Quantum-based hybrid cryptographic solutions
-
Exploring Quantum-key Distributions (QKD)
-
Devising Quantum-Safe cryptographic approaches
-
Developing classical-quantum hybrid ML solutions
-
Exploring quantum perceptron models
-
Exploring quantum applications on ML like Quantum Support Vector Machines (QSVMs), Quantum Principal Component Analysis (QPCA), feature topology and others