Nobel Prize in Physics goes to scientists who paved the way for quantum computing

Nobel Prize in Physics goes to scientists who paved the way for quantum computing


technology Quantum entanglement enables a range of futuristic technologies.

Quantum entanglement allows a variety of futuristic applied sciences.(Image credit score: Johan Jarnestad/ The Royal Swedish Academy of Sciences)

Three scientists who laid the groundwork for the understanding of the odd “entangling” habits of quantum particles have obtained the 2022 Nobel Prize in Physics. 

French physicist Alain Aspect, Austria’s Anton Zeilinger and American John Clauser had been honored for their experiments exploring the nature of entangled quantum particles

Defying the logic of our on a regular basis actuality, such particles behave like a single unit even when they’re far-off from one another. Engineers are at the moment engaged on harnessing this odd habits in a variety of revolutionary applied sciences, together with quantum computing and quantum cryptography, a supposedly unbreakable strategy of safe info coding.

The starting of quantum principle dates again to the nice physicists of the early twentieth century, together with Albert Einstein and Niels Bohr. But the era represented by the three new Nobel Prize laureates bridged the hole between principle and sensible experiments and purposes.

Related: 10 mind-boggling issues you must learn about quantum physics

“Quantum information science is a vibrant and rapidly developing field. It has a broad range of potential implications in areas such as secure information transfer, quantum computing and sensing technology,” Eva Olsson, a member of the Nobel Committee for Physics, stated in a news convention on Tuesday(Oct.4). “This year’s Nobel Prize in Physics honors the groundbreaking work and science of the central figures who took up the challenges and tackled them in laboratories.”

One of the most mature purposes of quantum expertise is quantum cryptography, which takes benefit of the proven fact that modifications made to one particle in an entangled system have an effect on the different. Encryption keys to secret messages can due to this fact be encoded into the quantum states of such particles. These keys will be exchanged between the events in the communication course of securely, as a result of any interception of the secret keys by a 3rd get together would inherently change the particles’ quantum state and render the keys invalid. 

Quantum key distribution by way of satellites was first demonstrated by China in 2016 as a part of its Quantum Experiments at Space Scale challenge. Countries throughout the world have since begun growing related applied sciences. 

Perhaps the most high-profile utility of entangled quantum particles is in the nascent subject of quantum computing. Quantum computer systems encode info into the quantum states of particles, which may lead to large leaps in the pace of knowledge processing. 

Scientists imagine that, as soon as up and operating, quantum computer systems will speed up drug analysis, materials science and lead to enhancements in local weather change modeling and climate forecasting, amongst different advantages.

“It has become increasingly clear that a new kind of quantum technology is emerging,” Anders Irbäck, chair of the Nobel Committee for Physics, stated in an announcement. “We can see that the laureates’ work with entangled states is of great importance, even beyond the fundamental questions about the interpretation of quantum mechanics.”

“This prize demonstrates the fundamental beauty of physics,” Penelope Lewis, the chief publishing officer of the American Institute of Physics’ publishing division, commented in an announcement. “With their pioneering experiments in quantum entanglement, Aspect, Clauser, and Zeilinger brought quantum mechanics out of its philosophical beginnings — dating back nearly a century — and into the present day. Their experiments laid the groundwork for incredible advances in quantum computing and cryptography, technologies with the potential to transform the modern world.”

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Tereza is a London-based science and expertise journalist, aspiring fiction author and newbie gymnast. Originally from Prague, the Czech Republic, she spent the first seven years of her profession working as a reporter, script-writer and presenter for numerous TV programmes of the Czech Public Service Television. She later took a profession break to pursue additional schooling and added a Master’s in Science from the International Space University, France, to her Bachelor’s in Journalism and Master’s in Cultural Anthropology from Prague’s Charles University. She labored as a reporter at the Engineering and Technology journal, freelanced for a variety of publications together with Live Science,, Professional Engineering, Via Satellite and Space News and served as a maternity cowl science editor at the European Space Agency.

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