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In a groundbreaking operation in London, doctors used AI to spot key parts of the brain in real time, helping them remove a tumor without affecting up the patient's vision. This shows that AI is starting to shift from just research to actually being used in real-life medical procedures.

Proteins do not exist in a vacuum; they are dynamic, highly social ensembles whose shapes shift dynamically in response to their cellular environment. While isolating them in a laboratory setting has traditional value, their true behavior within a living organism is driven by an intricate dance with ligands, hormones, and peptides. Historically, capturing this fluid reality was an insurmountable computational bottleneck. Today, the massive leap from traditional CPUs to advan

The leap from an academic prototype to a commercially viable medical device is notoriously difficult. Countless promising technologies languish in R&D labs, never reaching the patients who need them most. A new $6 million initiative led by Harvard University and Boston University aims to break that cycle, prioritizing the rapid commercialization of lightweight, affordable assistive robotics with AI. Backed by the Massachusetts Technology Collaborative, this joint project is a