Materials Science

Scientists develop a novel hydrogel material that directs mechanical energy effectively, potentially revolutionizing energy use.

Tragic implosion of OceanGate’s Titan submersible, with a carbon-fiber hull, raises concerns about its ability to withstand deep-sea pressures.

MIT engineers develop superabsorbent hydrogel infused with lithium chloride for efficient water harvesting in deserts and improved air conditioning.

Revolutionary UVA-led study challenges established beliefs about associative polymers, offering new insights into their molecular behavior.

Chemists find weaker bonds make polymers 10x stronger. Breakthrough for longer-lasting tires & reduced microplastic waste. MIT & Duke study.

MIT physicists discover a new mechanism for superconductivity in iron selenide, challenging conventional understanding and opening doors to unconventional superconductors.

Innovative gadget, C-PVEH, converts environmental vibrations to electricity, offering a promising solution for powering IoT devices.

Discover how water’s presence within biological materials unveils a new class of matter called hydration solids, reshaping scientific understanding.

MIT researchers develop a computational method inspired by kirigami, enabling transformation of 2D shapes, offering innovative solutions for engineering challenges.

Triplex Origami: a groundbreaking DNA folding method developed by Aarhus University, holds promise in gene therapy and nanotechnology.