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CursusScientists have developed a method that allows large quantum systems to be observed for more than a day without distorting their properties. This new approach opens up possibilities for non-invasive studies of materials and precise spectroscopy.
CursusScientists have developed a method to change the magnetic polarity of materials using a focused laser without heating. This technology paves the way for the creation of adaptive electronic circuits and high-precision sensors directly on a chip.
CursusJapanese researchers have experimentally demonstrated for the first time that the Kondo effect can not only suppress but also enhance the magnetic properties of a material, depending on the magnitude of the spin. This discovery opens up new possibilities for controlling quantum states and developing materials for quantum technologies.
CursusScientists have discovered a way to combine magnetic and electric forces in computing technology using magnons, which could lead to the development of faster and more energy-efficient computers. This research opens up new possibilities for creating chips that directly link magnetic and electric systems.
CursusUNSW engineers have achieved a breakthrough in quantum computing by enabling isolated atomic nuclei to interact at the scale of modern microchips. This paves the way for building scalable quantum computers using existing technologies.