Australian researchers have achieved a historic breakthrough in the field of quantum computing. They have successfully demonstrated superconductivity at exceptionally high temperatures, opening up revolutionary possibilities for the development of faster and more efficient quantum computers. This achievement could ultimately change the landscape o

A radical advance in quantum computing has been achieved with the development of a novel methodology for error correction. This ingenious breakthrough has the potential to eliminate the major obstacle hindering the widespread adoption of quantum computers: their susceptibility to interference. The new system leverages the principles of entanglement