#qauntum

[edgeperspectives]

Connecting Distant Qubits Just Brought Distributed Quantum Computing Closer

Quantum computers could change the world, but first we need to work out how to build ones that are big enough to live up to this potential. A new breakthrough in the ability to connect distant qubits could show a way forward

[xrpvibe]

XRP Price Recovery , Ripple Goes To Washington , EMP , IMF And Qauntum source

[edgeperspectives]

'Giant atoms' enable quantum processing and communication in one

MIT researchers have introduced a quantum computing architecture that can perform low-error quantum computations while also rapidly sharing quantum information between processors. The work represents a key advance toward a complete quantum computing platform.

Researchers have introduced a quantum computing architecture that performs low-error quantum computations while also rapidly sharing quantum information between processors by constructing "giant atoms" from superconducting quantum bits

[tetryonics]

  Tetryonic geometry - pointing the way to Kepler's Orbital Mechanics

[tetryonics]

          Maths is to Science as Latin was to Religion in the 15th century

[rkrehn-blog-blog]

Quantum Discord Computing More Efficient Than Quantum Entanglement

(Phys.org) -- Scientists have taken a quantum leap forward towards future computing after discovering that ‘background interference’ in quantum-level measurements, may be the very thing they need to unlock the potential of quantum computing.

In a paper published in today’s Nature Physics, researchers from The Australian National University, The National University of Singapore (NUS) and The University of Queensland, suggest that this interference – quantum discord – may be what will make a future quantum computer tick.

“Up until a few years ago, researchers thought that realising quantum technologies would mean harnessing the most difficult-to-tame properties of the quantum world – the phenomenon known as ‘entanglement’.

“But in the past few years, scientists have discovered examples of technologies that seem to work without entanglement, which has left us with the puzzle of where the quantum power comes from,” said Professor Ping Koy Lam of the ANU College of Physical and Mathematical Sciences.

Click for larger version

“Our research has identified that quantum discord, a more robust and easy-to-access phenomenon than entanglement, can also deliver quantum advantage,” said Mile Gu, a Research Fellow at the Centre for Quantum Technologies at NUS.

The team in Singapore discovered a direct link between quantum power and quantum discord.

“We’ve shown that quantum discord is a resource that we can tap with the right quantum tools,” said Dr Gu.

[Read more]

[themanifoldcuriosity-blog]