Our research translates work from the lab bench at IIT Delhi into a quantum software stack built in India. The National Quantum Mission of the Government of India sets the horizon.
01
Software designed to run on classical hardware today and on quantum machines as they mature. We are building compilers, simulators and runtime layers so that teams can write quantum-ready software now and run it on quantum hardware as it becomes available.
02
Tools that bring quantum methods into machine learning workflows, designed to work alongside the frameworks teams already use. Hybrid kernels, variational training and quantum-aware optimisation primitives designed to plug into existing pipelines.
03
A simulation layer for quantum sensors used in timing and navigation. Modelling noise, drift and entanglement budgets so that sensor designs can be checked before hardware is built.
04
Computational discovery pipelines for materials used in quantum hardware, designed to combine first principles methods, tensor networks and machine learned potentials in one workflow.
05
Cross domain quantum methods for biology, finance, energy, logistics, and any sector where computation is the bottleneck. Each application is planned as a reproducible benchmark first, then a product.
Simulation of quantum sensing, timing and secure communication for defence research.
Trajectory, sensor and materials modelling for space programmes and new space companies.
Chemistry, optimisation and materials problems in pharma, energy, finance and manufacturing, starting with scoping studies. Examples include quantum chemistry for drug discovery, portfolio optimisation and logistics routing.
Research collaboration with universities and research institutes, starting from the INTRINSIC Lab, IIT Delhi, with open benchmarks and shared datasets as they are released.
The stack builds on research from the INTRINSIC Lab at the Centre for SeNSE, IIT Delhi. Research collaborations are welcome at research@rslquantum.com or through the collaboration form.
