Can anti-aging research help future memory devices?

Nothing is forever, but is it possible to slow down inescapable decay? An inquiry into the delay of deterioration of quantum memory devices and formation of black holes explained with intuitive analogies from everyday life.

Inevitably, large stars at the end of their life collapse under the gigantic force of gravity, turning into black holes. We could cunningly ask if there is a way to delay this process; postpone the death of the star. While investigating "anti-aging therapy" of large stars, researchers at the Center for the Theoretical Physics of the Universe, within the Institute for Basic Science (IBS) conceptualized an ideal material that could store data for an exceptionallylonger time than current short-lived devices, bringing new hints for future quantum memory technologies.