Tag: #mit

MIT Develops Breakthrough 3D-Printable Aluminum Alloy

A new 3D-printable aluminum alloy by MIT is five times stronger than conventional types, revolutionizing aerospace and automotive industries.

#materials, #3dprinting, #aluminumalloy, #mit, #innovation

MIT Engineers Develop Revolutionary 3D-Printable Aluminum Alloy

MIT engineers create a 3D-printable alloy five times stronger than standard aluminum, offering breakthroughs in aerospace and automotive industries.

#mit, #3dprinting, #aluminumalloy, #materialsscience

MIT Researchers Develop Groundbreaking Circulatronics for Non-Invasive Neurological Treatment

MIT's circulatronics offer non-invasive brain treatments, targeting conditions like Alzheimer's without surgery. Ethical questions arise.

#science, #neurological, #circulatronics, #MIT, #neuromodulation

MIT Unveils TX-GAIN: A Supercomputer to Revolutionize AI Research

MIT's new TX-GAIN supercomputer sets a new standard in AI research, offering groundbreaking capabilities in biodefense and cybersecurity.

#AI, #supercomputing, #MIT, #biodefense, #cybersecurity

MIT's Lincoln Laboratory Unveils TX-GAIN: The Most Powerful AI Supercomputer in U.S. Academia

MIT reveals TX-GAIN, a groundbreaking AI supercomputer, to advance research in biodefense, materials discovery, and cybersecurity.

#mit, #aitechnology, #supercomputing, #biodefense

MIT Engineers Develop Innovative Bubble System to Improve Bioreactor Efficiency

MIT unveils a breakthrough bubble system to tackle cell adhesion in bioreactors, boosting biomanufacturing and biofuel efficiency.

#mit, #bioreactors, #innovation, #biomanufacturing

MIT Physicists Double Precision of Atomic Clocks with 'Global Phase Spectroscopy'

MIT's new technique cuts quantum noise, doubling atomic clock precision, promising advancements in GPS, telecom, and physics research.

#MIT, #atomicclocks, #quantumnoise, #timekeeping, #technology

MIT Researchers Unveil Breakthrough in Energy-Storing Carbon Concrete

MIT's enhanced carbon concrete, ec³, achieves tenfold energy density increase, enabling energy storage in structural elements.

#mit, #energy, #storage, #concrete, #innovation