⚙️ Computational Design of 2D Materials CU Boulder’s tool designs ultra-thin metal alloys—mixes of metals like iron and nickel for strength or durability—before they’re made. It predicts winners for batteries, electronics, or shields, skipping lab delays. A big leap, with real

🚀 Graphene Laser Propulsion (Johns Hopkins) Imagine launching a spacecraft with nothing but light. Laser hits graphene, moves object without fuel. This technology uses a laser pulse to strike a piece of ultra-light graphene foam, producing enough force to propel a small

This satellite system moves without using fuel. MIT developed a technique that allows small satellites to maintain precise formation using electromagnetic forces rather than traditional thrusters. The system creates controlled magnetic fields that attract or repel the

Scientists figured out how to 3D-print a strong but super-lightweight foam. • Made by mixing tiny hollow balls into plastic *Like adding air bubbles to make something float. • This could make cars, planes, and boats much lighter while using less material. Made by U

Problem: Solar energy is useless at night or on cloudy days without good storage. Solution: UC Davis’ “heat battery” stores solar heat efficiently using advanced phase change materials. Potential: Ideal for factories or buildings to cut heating costs. Licensing available. DM me

Recycling plastic has just been invented. Tested on a small scale, the National Energy Technology Laboratory created a method that heats a mix of plastics with a microwave. Highlights: - The result is a byproduct of hydrogen and pure carbon. - The method is cost effective. -

🌱 One Filter, Two Problems Solved NETL created a flexible sheet that sucks CO₂ right from polluted air and pulls heavy metals out of contaminated water—at the same time. Simple, reusable, and low-cost. Huge business opportunity in cleaning industries worldwide. DM for info.

NASA unveiled a new "car" that moves in all directions with a wheel and joystick.

Princeton turns solar flares into rocket fuel. Their new thruster uses magnetic explosions—exactly how the sun accelerates plasma—to push spacecraft faster and farther, opening Mars and beyond.