This strange magnetism could power tomorrow’s AI
The researchers’ meticulous work has not only confirmed the existence of altermagnetism in RuO2 but also revealed a crucial factor in enhancing its performance: the precise control of its crystal…
The researchers’ meticulous work has not only confirmed the existence of altermagnetism in RuO2 but also revealed a crucial factor in enhancing its performance: the precise control of its crystal…
Equally as crucial as its diminutive size is the innovative manufacturing methodology employed for this device. Diverging from the reliance on bespoke, laboratory-bound equipment, the researchers have successfully adopted scalable…
At the heart of this transformative technology is its astonishingly small size, coupled with its capacity for extremely high-speed data transmission. The device, christened the Biological Interface System to Cortex…
The research team, led by Professor Aninda Sinha and his former PhD student Faizan Bhat, has discovered a startling connection between mathematical formulas for calculating $pi$ developed a century ago…
At the heart of this advancement lies the team’s focus on overcoming two significant hurdles that impede the generation of a reliable and consistent supply of single photons. These are…
Unlike the predominantly flat, two-dimensional (2D) chips that dominate the current technological landscape, this innovative prototype is designed with verticality in mind. Imagine a skyscraper where ultra-thin components are stacked…
The journey towards this groundbreaking achievement began with a deep understanding of the fundamental differences between classical and quantum computing. Conventional computers, the workhorses of our digital age, rely on…
For decades, the promise of quantum computers, machines capable of performing calculations millions of times faster than their conventional counterparts, has remained a tantalizing yet distant horizon. These revolutionary devices,…
In a groundbreaking achievement, researchers have successfully demonstrated an exponential and unconditional speedup of quantum computation over classical computers, marking a significant milestone in the quest for powerful quantum machines.…
In a groundbreaking achievement that promises to accelerate the development of reliable quantum computers, an international team of researchers has successfully simulated a specific type of error-corrected quantum computation, a…