A novel approach to entangle high-dimensional quantum systems. In the realm of computing, information is usually perceived as being represented by a binary system of ones and zeros. However, in our everyday lives, we use a decimal system consisting of ten digits to represent numbers. For instance,
: “The challenge for qudit-based quantum computers has been to efficiently create entanglement between the high-dimensional information carriers.”the team at the University of Innsbruck now reports, how two qudits can be fully entangled with each other with unprecedented performance, paving the way for more efficient and powerful quantum computers.
Crucial to any calculation on a quantum computer is quantum entanglement. Entanglement is one of the unique quantum features that underpin the potential for quantum to greatly outperform classical computers in certain tasks. Yet, exploiting this potential requires the generation of robust and accurate higher-dimensional entanglement.The researchers at the University of Innsbruck were now able to fully entangle two qudits, each encoded in up to 5 states of individual Calcium ions.
, rather than limiting them to work with qubits.” Many of today’s most challenging problems, in fields as diverse as chemistry, physics, or optimization, can benefit from this more natural language of quantum computing. Reference: “Native qudit entanglement in a trapped ion quantum processor” by Pavel Hrmo, Benjamin Wilhelm, Lukas Gerster, Martin W. van Mourik, Marcus Huber, Rainer Blatt, Philipp Schindler, Thomas Monz and Martin Ringbauer, 19 April 2023,
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