Scientists have developed an innovative approach to improve all-solid-state lithium batteries. This new method involves using a unique material that eliminates the need for extra…
View More Game-Changing Advances in All-Solid-State Lithium Battery Technology
Information is stored by the depth-dependent direction of magnetization in the domain walls, which are located between the cylinder domains and their surroundings. This magnetization…
View More Revolutionizing Data Storage: How 3D Metamaterials and Tiny Magnetic Bubbles Could Change Everything
A new model from Swansea and Åbo Akademi universities improves thin-film solar cell efficiency. It addresses the limitations of the traditional Shockley diode equation, optimizing…
View More Challenging the Norm: New Solar Cell Model Surpasses 80-Year-Old Equation
Structured light technology, enhanced by spatial dimensions and machine intelligence, boosts information transmission and detection. Researchers have achieved significant advancements in data encoding and transmission,…
View More How Structured Light and AI Are Shaping the Future of Communication
A breakthrough in spintronics has been achieved by modifying LEDs to control electron spin using a new chiral material, enabling more efficient data processing and…
View More “Miracle” Filter Turns Store-Bought LEDs Into Spintronic Devices
Researchers at the Princeton Plasma Physics Laboratory have developed a machine learning program to detect plasmoids in outer space, which could significantly improve our understanding…
View More Hunting Cosmic Blobs: New AI Program Unveils Elusive Plasmoids
A new metasurface developed by Caltech can split a light beam into several channels, enhancing wireless communication and data transmission capabilities at optical frequencies, with…
View More Unlocking the Power of Light With Advanced Metasurfaces for High-Speed Wireless Communication
Researchers at Rice University, led by James Tour, have developed a revolutionary method to recycle lithium-ion batteries, essential for reducing environmental impact as battery usage,…
View More 98% Recovery – Scientists Develop New and Improved Battery Recycling Method
The University of Minnesota researchers have introduced a hardware innovation called CRAM, reducing AI energy use by up to 2,500 times by processing data within…
View More Advanced Hardware Device Slashes AI Energy Consumption by 1000x
The device uses panels of adsorbent material made from aluminum fumarate to snag water molecules. Credit: Dan Hixson Utah engineers, funded by the Army, have…
View More First-of-Its-Kind Device Extracts Water From Thin Air