Unlocking the Mysteries of Entanglement: A Look at the Nuclear Neighboring Lanthanide Atom GHZ Experiment
Recently, scientists from the National Institute of Standards and Technology (NIST) have made a groundbreaking discovery - the first quantum entanglement between two nuclear spins of neighboring lanthanide atoms! This discovery is a major milestone in quantum computing and could lead to new ways of processing information. The experiment, which was created by NIST scientists, involved two nuclei of lanthanide atoms that were placed near each other in a strong magnetic field. The experiment, based on the Greenberger-Horne-Zeilinger (GHZ) theorem, showed that the two nuclei were entangled, meaning that the spins of the two atoms were connected and could not be described independently. This research is a crucial step towards creating a quantum computer that can operate on a much larger scale than current computers, with faster processing speeds and more accurate information.
source: Phys.org