Staple-Shaped Particles Create Reversible Strong Materials
Scientists developed a material from staple-shaped particles that can quickly become strong or fall apart, offering potential for recyclable construction and robotics.
Scientists developed a material from staple-shaped particles that can quickly become strong or fall apart, offering potential for recyclable construction and robotics.
Scientists have created a new material from staple-shaped particles that can quickly become strong or fall apart, offering potential for recyclable construction and robotics.
Scientists discovered that rice grains weaken under rapid compression but strengthen under slow pressure, leading to a new smart material for robotics and protective gear.
Viral videos of humanoid robots performing complex tasks may overstate their real-world capabilities, often relying on controlled environments or human teleoperation.
Texas A&M University researchers are developing methods for lunar construction using regolith to support NASA's plans for a permanent Moon settlement, focusing on cost-effective, resource-based building.
A remotely operated robot is exploring France's deepest shipwreck, a 16th-century merchant vessel, to retrieve artifacts and gather data on historical trade routes.
Tesla reported a profitable first quarter in 2026 with a net income of $477 million, driven by increased automotive and services revenue.