Sam is a communicator of all things physics, from black holes to nature-inspired technology. He is also a regular contributor for online magazines including Physics World, Scientia, and Research Outreach.
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Ice plumes could reveal signs of life on Europa and Enceladus
A new study shows how we could study the icy plumes of Europa and Enceladus without damaging any complex organic molecules in the process.
Bioengineered protein could enhance memory
Memory-related conditions are notoriously hard to treat, but there may be a way to boost recall in the brain.
New 3D printing technique creates life-like robots
A new 3D-printing technique, vision-controlled-jetting, can be used to create a robotic hand, complete with bones, ligaments, and tendons.
How physics models could improve NBA teams’ performance
Density functional theory, a model used to study quantum-entangled particles, has surprising relevance on the basketball court.
“Hydrogel” drugs could suppress HIV with minimal treatments
An injectable solution that self-assembles into a hydrogel to deliver 6 weeks of anti-ARV drugs could make managing HIV less of a burden.
New AI algorithm transforms 2D photos into 3D maps
A new method named MonoXiver uses AI to build up reliable 3D maps of a camera’s surroundings based only on 2D photos.
Termite mounds inspire climate-friendly air conditioning
The intricate designs of termite mounds show how to maintain a comfortable climate, without using any power.
Mutant tomato could save crops around the world
A mutant tomato breed, known to botanists for decades, is highly resilient against blossom-end rot, a notorious plant disease.
New workout sensor tells you when you’re at risk of heat stroke
A wearable that alerts users when they're at risk of heat stroke could be a game changer for health monitoring, if it can become commercial.
3D-printed “superalloy” could make power plants more efficient
The material is both stronger and lighter than those used to make conventional turbines.