XENON1T is an experiment created to detect dark matter and hypothetical particles. Recently registered unexplainable events.
Was developed a high efficiency photodetector based in quantum dots.
Continuing the visit to CERN. This second and last part is about the permanent exhibition of Microcosm and the guided tour.
I was in Geneva, Switzerland, and I visited the European Organization for Nuclear Research (CERN). This site shows permanent exhibition for visitors.
Engineers from University of New South Wales (UNSW), in Kensington, Australia, created artificial atoms in silicon chips to increase stability in quantum computers.
Some solids lose all resistance to electrical current in certain conditions. This is the superconductivity phenomenon and today’s subject.
Quantum radar has been demonstrated in Institute of Science and Technology Austria. Uses entangled photons in microwave frequency.
Has been built a ‘time machine’ which sends electrons fractions of second to the past.
Electrons and holes in a semiconductor act like a particle, are a newly discovered quasiparticle called collexon.
What the quantum computer can do, the classical can’t, or takes too long to the task? In this post, we will see the applications of quantum computers. This post is…