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  • Cal Poly Researchers Advance Quantum Computing Through Flux-Switching Floquet Engineering and Time-Dependent Magnetic Fields
Advanced Materials Science

Cal Poly Researchers Advance Quantum Computing Through Flux-Switching Floquet Engineering and Time-Dependent Magnetic Fields

Nila Kartika Wati May 20, 2026 0

The landscape of modern physics is undergoing a significant shift as researchers move from observing quantum phenomena to actively engineering…

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Advanced Materials Science

Quantum breakthrough could revolutionize teleportation and computing

Nila Kartika Wati May 13, 2026 0

The landscape of quantum mechanics has long been defined by the enigmatic phenomenon of entanglement, a state where particles become…

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Advanced Materials Science

Finnish Researchers Link Quantum Time Crystal to External System for First Time in Breakthrough for Quantum Computing and Sensing

Nila Kartika Wati May 13, 2026 0

Researchers at Aalto University’s Department of Applied Physics have achieved a landmark advancement in quantum mechanics by successfully connecting a…

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Advanced Materials Science

Chiral Phonons Breakthrough Paves Way for Highly Efficient Orbitronic Computing Devices Using Sustainable Materials

Nila Kartika Wati May 9, 2026 0

The rapid escalation of global computing demands has pushed traditional silicon-based architecture toward its physical limits, particularly regarding energy consumption…

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Advanced Materials Science

Cal Poly Physics Researchers Unveil Flux-Switching Floquet Engineering to Create Stable New Quantum States for Future Computing Applications

Nila Kartika Wati May 5, 2026 0

The global landscape of data processing is currently on the precipice of a paradigm shift, driven by the rapid evolution…

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Advanced Materials Science

Giant Superatoms Offer a Breakthrough in the Pursuit of Scalable and Stable Quantum Computing Systems

Nila Kartika Wati Apr 21, 2026 0

Researchers at Chalmers University of Technology in Sweden have unveiled a pioneering theoretical framework for quantum systems that utilizes "giant…

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Advanced Materials Science

Breakthrough in Orbitronics Utilizing Chiral Phonons Paves the Way for Non-Magnetic High-Efficiency Computing

Nila Kartika Wati Apr 21, 2026 0

As global computing demands escalate at an exponential rate, the limitations of traditional silicon-based semi-conductors have become increasingly apparent, prompting…

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Advanced Materials Science

Chalmers University of Technology Researchers Unveil Giant Superatoms as a Breakthrough Framework for Scalable and Stable Quantum Computing Systems

Nila Kartika Wati Apr 13, 2026 0

In a significant advancement for the field of quantum information science, researchers at Chalmers University of Technology in Sweden have…

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Posts pagination

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