In this advancing era of technology and innovation, semiconductor development has exploded, enabling researchers to develop cutting-edge, ultra-low-power, and high-speed integrated circuits. However, this scaling progress ...

As environmental concerns rise, the industry faces pressure to reduce energy consumption. Research has been going on to design energy-efficient designs, particularly in low-power, high-performance applications. Flip-flops ...

As CMOS technology continues to scale, integrated circuits are increasingly susceptible to radiation-induced disruptions, necessitating resilient yet efficient hardening techniques. Conventional radiation-hardened flip-flops ...

The human brain has a complex network of nerve fibers, particularly in the white matter regions. This nerve fiber network forms the basis of connectivity within brain regions and to the other parts of the body. Traditional ...

Virtual Reality (VR), with its immersive and interactive qualities, is increasingly recognized for its potential to transform education. Unlocking this transformative potential requires the principled design and sustainable ...

The increasing demand for live online classes, especially in remote and underserved areas, underscores the importance of providing a seamless and high-quality experience to support effective learning. These real-time, ...

Tables are the most common form of structured data found in documents. Proper interpretation of such raw tabular data by computer systems remains an open challenge. We take a deep dive into document intelligence - which ...

The semiconductor industry has been driven by digital computation using binary digits, following Moore’s law for over half a century. However, the demands of emerging applications like artificial intelligence (AI), cloud ...

G-protein-coupled receptors (GPCRs) are vital pharmaceutical targets, with more than one-third of FDA-approved drugs influencing their function. While central to cellular signaling and drug development, GPCR research is ...