The Second Quantum Revolution is unfolding now, exploiting the enormous advancements in our ability to detect and manipulate single quantum objects. The Quantum Flagship is driving this revolution in Europe.
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The detection of an external single nuclear spin in a noisy spin environment opens up new possibilities for future quantum technologies.
Two different studies published in Nature-affiliated journals by CiViQ’s consortium partner Stefano Pirandola, from University of York, and colleagues, prove further advancement in the field of quantum communications, by overcoming limitations that condition the fully integration of these systems into classical telecom networks.
A study recently published in Science reports on diamond anvil cells being able to highlight the novel magnetic and superconducting properties that certain materials acquire when compressing matter at pressures that can exceed one million atmospheres. A team of researchers have developed a novel method to detect such properties under these extreme conditions.
Quantum Technologies make use of our ability to detect and manipulate single quantum objects, such as atoms, photons or electrons.
Video by Helmholtz Association of German Research Centers, CC-BY 4.0
Whenever you use a navigation system, you rely on precise timing of atomic clocks, that are on board of every GPS satellite.
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Exploiting fundamental principles of nature, we can achieve the most secure form of communication, resilient against eaves-dropping.
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Miniature magnetic quantum sensors can measure brain activity for medical diagnosis or for controlling devices by thought.
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Future quantum computers could be able to determine the best routes of all cars in a city simultaneously to reduce traffic jams.
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For example, they will help to understand the catalytic process in fertilizer production and thus reduce its energy consumption.
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One of Europe’s largest research and innovation initiatives bringing together scientists and engineers from academia and industry, as well as future users of Quantum Technologies.
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