A new study by mit scientists sheds light on the survival of life during the global icing known as “Snowball Land.” An exploration of modern lakes of melted ice in Antarctica reveals how similar oases on the surface of the ice could have served as key sanctuaries for early eukaryotes, our ancient ancestors.
Mit scientists have found that fluid between cells, not just their internal structure, determines whether a tissue is flexible or rigid. This fundamental discovery changes the understanding of tissue mechanics and opens new avenues for research and treatment of aging, cancer and other diseases.
Mit engineers have devised an innovative device that produces clean drinking water from atmospheric moisture and has also been tested in the arid conditions of Death Valley. The technology uses hydrogel and solar energy, without the need for electricity.
Researchers at mit have developed a revolutionary method for simulating elastic and soft objects that solves the problems of instability in 3D animation. With the discovery of a hidden mathematical structure, their approach ensures physically accurate and reliable animations, opening up new possibilities for video games and industrial design.
Engineers from Massachusetts Institute of Technology (MIT) have introduced a revolutionary 3D printing method. The new technique uses a special resin that creates solid objects under UV light, and under visible light, it forms supports that dissolve easily. This achieves faster production of complex structures, a drastic reduction in waste, and the possibility of recycling the support material
MIT engineers have presented an innovative process for obtaining hydrogen from recycled aluminum and seawater, reducing CO2 emissions to just 1.45 kg per kg of hydrogen. This sustainable method, comparable to other green technologies, promises a revolution in clean energy, using readily available resources and producing useful boehmite