In 2023, AI LLM and ChatGPT were the top buzzwords, reflecting the evolving interplay between AI and big data. Concurrently, a breakthrough in overcoming the…
View More Beyond the Limit: Chinese Scientists Have Broken the Optical Diffraction Limit Barrier
UCR’s Charles Cai and a newly installed 20-gallon CELF reactor that will be used in the scale-up project. Credit: Stan Lim / UCR In the…
View More From Dream to Reality: Low-Cost, Carbon-Neutral Biofuels Are Finally Possible
A breakthrough in optical communication, researchers have introduced a compact indium phosphide-based coherent driver modulator (CDM) that surpasses existing transmission speeds and capacities. This innovation…
View More Breaking Barriers: New Data Speed Record Set on Optical Fiber
Illustration of redox gating for carrier manipulation and electric field control of the electronic state. The green threads represent functional molecules for redox gating, and…
View More Unlocking the Future of Microelectronics With Argonne’s Redox Gating Breakthrough
For the first time, MIT chemists have mapped out in detail how proton-coupled electron transfers happen at the surface of an electrode. Their results could…
View More MIT Unveils the Dance of Protons: Pioneering Energy’s New Era
Microelectronic devices are integral to modern life, with transistors as their core, enabling significant technological advances. Researchers now face the challenge of creating new microelectronics…
View More Science Simplified: What Is Microelectronics?
Leveraging light to control electronic properties, Columbia Engineering’s new single-molecule devices with direct metal-metal contacts mark a significant advancement in molecular electronics, promising enhanced miniaturization…
View More Columbia Engineers Develop Light-Controlled Molecular Devices
This illustration shows electric current being pumped into platinum (the bottom slab), which results in the creation of an electron spin current that switches the…
View More MIT’s Electron Spin Magic Sparks Computing Evolution
An AI model developed by the Beckman Institute enables precise medical diagnoses with visual maps for explanation, enhancing doctor-patient communication and facilitating early disease detection.…
View More X Marks the Spot: AI’s Treasure Maps Lead to Early Disease Detection
The 3D-printed DeSimone lab logo, featuring a buckyball geometry, demonstrates the r2rCLIP system’s ability to produce complex, non-moldable shapes with micron-scale features. Credit: DeSimone Research…
View More Stanford’s Revolutionary 3D Printing Unleashes Millions of Microscale Marvels