Emerging Technologies in Computing
Exploring the frontier of computing from quantum systems to neuromorphic architectures.
The future of computation at the intersection of hardware and software.
At Yazhvin, we are developing groundbreaking solutions for next-gen computing systems. Our research covers quantum computing, neuromorphic systems, AI accelerators, and more, leveraging the power of emerging technologies to solve the most complex problems of today and tomorrow.
Core Research Areas in Advanced Computing
Quantum Computing Systems
Exploring quantum algorithms, error correction techniques, and quantum hardware to unlock new computing paradigms.
Neuromorphic Computing
Creating brain-inspired architectures using spiking neurons and memristors for energy-efficient, high-performance computation.
AI Hardware Accelerators
Designing specialized chips to speed up AI workloads, from deep learning to reinforcement learning, while optimizing for energy efficiency.
Photonic Computing
Harnessing light for faster, more efficient computation, pushing beyond the limitations of electronic circuits.
Edge Computing & IoT
Developing computing systems that bring processing closer to the data source, enabling real-time decision making at the edge.
Post-Moore’s Law Computing
Researching alternative computing models such as DNA computing, spintronics, and quantum-dot-based systems to overcome the limitations of silicon.
Join us in shaping the future of computation.
We are building the next generation of computing systems—collaborate with us to bring these technologies to life.