Medicine & TechnologyMIT's ElectroVoxels are 3D-printed cube robots that can shape-shift when in outer space. Here's how electromagnetism made this technology possible.
A team of researchers at the Massachusetts Institute of Technology recently developed a new approach for extracting methane from the air with the use of an affordable, common clay type, usually used for cat litter.
Scientists recently developed a robot with the ability to locate an item that may have been missing for quite some time through the robotic arm attached to it.
MIT's World3 Model predicts that our society will collapse some time in the 21st century. A new update about the prediction shows that we are right on schedule.
Throughout the decades, a motional ground state can only be achieved using smaller-scale objects, but researchers at MIT have succeeded in obtaining the quantum state of a larger object.
Researchers from the Massachusetts Institute of Technology (MIT), together with robotics company Boston Dynamics, have deployed a four-legged mobile robot in a hospital to join in the fight against COVID-19.
A "tunable Heisenberg model" designed by physicists from MIT reveals the effect of magnetic forces at the quantum level, addressing the fundamental nature of magnetism and advancing the human understanding of one of the most common phenomena in nature.
Researchers from the Massachusetts Institute of Technology (MIT) and Boston Children's Hospital have found that physically crowding cells, or "squeezing" them, affects the rate at which they grow and develop.
MIT scientists have developed a new device that can manipulate a person's dreams while sleeping. This experimental dream incubation device aims to control dreams outside the dream itself during the first stage of sleep where the mind is trippy, loose, flexible, and divergent.