Researchers at Penn State are proving that nature's most powerful electrical discharges can be replicated and studied on a miniature, lab-controlled scale.

The specs it's put forward are extraordinary: 400 watt-hours of energy density (roughly double today's lithium-ion cells), a five-minute charge time, an operating range of -30C to 100C (-22F to 212F), ...

VTT's second independent test shows Donut Lab's solid-state cell delivered 110% capacity at 80°C and survived 100°C discharge, but key claims remain unproven.

Since announcing earlier this year that it was on the cusp of a major battery breakthrough, Finnish startup Donut Lab has faced a lot of questions, and plenty of skepticism, about its production-ready ...

Welcome to the ABI Animus Lab Tutorials repository! This project is a comprehensive collection of tutorials and examples designed for bioengineering simulations, supporting Python, C++, VItA, VTK, ...

Follow this physics lab tutorial to learn how to plot electric field and electric potential. Step-by-step instructions make it easy to understand the concepts, visualize results, and apply theory to ...

Faster charging, greater durability, cheaper production, more energy density, and improved safety. Donut Lab unveiled a production-ready solid-state EV battery at CES 2026 that recharges fully in five ...

Solidigm announced today (October 7) the launch of its new AI Central Lab, creating the industry's highest-performance and highest-density storage testing cluster tailored for current AI workloads.

The From Labs to Lives Blog connects everyday topics with UC Davis research. Each post is reviewed by our experts, ensuring you always get useful information you can trust. Bone density isn’t just ...

According to Chris Olah on Twitter, a new tutorial video provides a valuable synthesis of AI advancements across various research labs, offering practical insights into how different teams approach ...