Pioneering the Future of Computing
Our cutting-edge research drives breakthrough innovations in semiconductor technology, pushing the boundaries of what's possible in computing and electronics.
Research Focus Areas
Our research spans multiple domains, from fundamental materials science to advanced computing architectures and emerging technologies.
Developing quantum processors and error correction algorithms for next-generation computing systems.
- • Superconducting qubit fabrication
- • Quantum error correction codes
- • Hybrid quantum-classical systems
Brain-inspired computing architectures that mimic neural networks for ultra-efficient AI processing.
- • Spiking neural network chips
- • Memristive devices
- • Edge AI acceleration
Novel semiconductor materials and nanostructures for enhanced performance and new functionalities.
- • 2D material integration
- • Wide bandgap semiconductors
- • Perovskite electronics
Light-based computing systems for ultra-fast data processing and communication applications.
- • Silicon photonic processors
- • Optical neural networks
- • Integrated photonic circuits
Environmentally friendly semiconductor technologies and circular economy approaches.
- • Biodegradable electronics
- • Energy harvesting systems
- • Recycling technologies
Ultra-low power AI processors and intelligent sensor systems for IoT applications.
- • Always-on AI chips
- • Sensor fusion algorithms
- • Federated learning hardware
Research Partnerships
We collaborate with leading universities, research institutions, and industry partners to accelerate innovation and knowledge sharing.
Academic Collaborations
Indian Institute of Science (IISc)
Joint research on quantum computing and advanced materials
MIT - Massachusetts Institute of Technology
Collaborative program on neuromorphic computing architectures
Stanford University
Research partnership on photonic computing systems
Industry Partnerships
Global Foundries Alliance
Advanced process development and manufacturing optimization
Automotive OEM Consortium
Next-generation automotive semiconductor development
Cloud Computing Partners
AI accelerator development for data center applications
Recent Publications
Our research contributions to the global semiconductor community through peer-reviewed publications and conference presentations.
"Quantum-Classical Hybrid Computing Architecture for Optimization Problems"
Dr. Priya Sharma, Dr. Rajesh Kumar, et al. - A novel approach to combining quantum and classical processing units for enhanced computational efficiency.
"Ultra-Low Power Neuromorphic Processor for Edge AI Applications"
Arjun Patel, Dr. Meera Reddy, et al. - Design and implementation of a brain-inspired processor achieving 1000x power efficiency improvement.
"2D Material Integration in Advanced CMOS Technology Nodes"
Research Team - Breakthrough integration of graphene and transition metal dichalcogenides in sub-5nm semiconductor processes.
State-of-the-Art Research Facilities
Our research centers are equipped with cutting-edge instrumentation and cleanroom facilities to support breakthrough discoveries.
Join Our Research Mission
Be part of groundbreaking research that shapes the future of semiconductor technology. Explore collaboration opportunities and research positions.