NIST researchers have made progress in applying quantum physics to biological materials, potentially revolutionizing medical imaging. They sent entangled photons through chicken and milk samples, with some surviving the journey with their quantum properties intact. This could lead to more sensitive biological imaging techniques for studying living cells and tissues.
Virtual reality is being used by NIST researchers to test emergency communication technologies for first responders in dangerous environments. By simulating real-world scenarios, they can ensure new technologies are reliable when lives are at stake, without putting people in harm’s way.
NIST and international partners are working on a new framework to predict the lifespan of metal components made using additive manufacturing techniques. This could help manufacturers gain confidence in these advanced manufacturing methods, which offer benefits like lighter materials and reduced waste.
Keywords: Entanglement, Additive manufacturing, Biomedical imaging, Virtual reality, Nonclassical light
