Scientists build micromotors smaller than a human hair
For decades, the concept of microscopic gears and the engines they power has been a tantalizing prospect. Gears, ubiquitous in everything from the intricate mechanisms of antique clocks to the…
For decades, the concept of microscopic gears and the engines they power has been a tantalizing prospect. Gears, ubiquitous in everything from the intricate mechanisms of antique clocks to the…
For nearly two centuries, the scientific community has operated under the assumption that the Faraday Effect, a fundamental interaction observed when polarized light passes through a material situated within a…
Graphene, a material already hailed as a "miracle" for its extraordinary properties, continues to reveal its astonishing potential. This remarkable form of carbon, composed of a single layer of tightly…
Quantum computing, a revolutionary paradigm poised to tackle challenges far beyond the reach of even the most powerful traditional supercomputers, is no longer a distant dream but a rapidly advancing…
At the forefront of this transformative research are Tyler Cocker, an associate professor in the College of Natural Science, and Jose L. Mendoza-Cortes, an assistant professor in both the Colleges…
The sheer immensity of the Universe can be staggering to contemplate. Imagine the grandeur of a galaxy, a swirling metropolis of billions of stars, and then dwarf that by comparing…
The relentless pursuit of next-generation magnetic materials is driven by the inherent limitations of current technologies. Conventional ferromagnetic materials, the backbone of today’s magnetic memory, are susceptible to stray magnetic…
Just as crucial as its minuscule size is the revolutionary method employed in its fabrication. Eschewing the reliance on custom-built, often cumbersome, laboratory equipment, the researchers have ingeniously adopted scalable…
The remarkable promise of this revolutionary technology lies in its astonishingly small form factor, seamlessly integrated with an unparalleled ability to transmit vast amounts of data at extraordinary speeds. At…
The story begins with Ramanujan’s seminal work in 1914. Shortly before his departure from Madras for Cambridge, he published a groundbreaking paper that presented seventeen distinct formulas for computing π.…