US, China are betting millions on the promise of this newish field, but the real-world potential remains a mystery.
Julian Voss-Andreae's work takes the human body and twists it through the lens of quantum physics. With a direct focus on the wave-particle duality, his scul...
Dal 18 al 23 ottobre è in programma la settima edizione di QUANTUM Science&Innovation Week, festival promosso dalla Città di Gardone Val Trompia in collaborazione con l’I.I.S. “C. Beretta”, Officina Liberty, CSMT Polo Tecnologico di Brescia e Amici della biblioteca. All'interno del Festival - mercoledì 20 e giovedì 21 ottobre - anche gli eventi di
10 Mind-Bending Concepts from Quantum Physics That Resonate with Spirituality In a universe where the very fabric of reality dances between the tangible and the enigmatic, quantum physics and spirituality find unexpected harmony. Imagine a world where particles exist in multiple places at once, where observation alters existence, and where connections transcend the physical realm. ... Read more
October 5, 2017—A team led by Cory Dean, assistant professor of physics at Columbia University, and James Hone, Wang Fong-Jen Professor of Mechanical Engineering at Columbia Engineering, has definitively observed an intensely studied anomaly in condensed matter physics—the even-denominator fractional quantum Hall (FQH) state—via transport measurement in bilayer graphene. The study is published online today in Science.
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Explore the cutting-edge world of quantum computing with this realistic portrayal of advanced technology. Featuring a futuristic lab, glowing qubits, and a dedicated scientist, this image captures the essence of innovation and possibilities in quantum science. Perfect for tech enthusiasts and forward-thinkers!
A quantum computer came up with better answers to a physics problem than a conventional supercomputer.
Video The Symmetry of Time ~ Two light sphere distorting the symmetry of spacetime Within our Universe we see patterns of a beautiful symme...
Video on Quantum Mechanics the problem of infinities in QED ~ The coupling constant 137 cannot be explained and the problem of infinity can ...
The Psychology of Quantum Physics: Unveiling the Mysteries of the Mind and the Universe Quantum physics, often regarded as one of the most perplexing and awe-inspiring branches of science, has revolutionised our understanding of the fundamental nature of reality. However, when delving deeper into the realm of quantum physics,intriguing connections emerge between this intricate scientific field and the enigmatic workings of the human mind. #Psychology #Quantum #QuantumPhysics ...less
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Quantum Field Theory
(Phys.org) —Optical transistors and switches are fundamental in both classical and quantum optical information processing. A key objective in optics research is determining and developing the structural and performance limits of such all-optical devices, in which a single gate photon modifies the transmission or phase accumulation of multiple source photons – a feature necessitating strong interaction between individual photons. While significant progress has been made – especially in cavity QED experiments, which use resonators to enhance interaction between photons, confined in a reflective enclosure, and natural or artificial atoms – the goal is to achieve high optical gain and high efficiency using a free-space – that is, cavity-free – approach. Recently, scientists at Universität Stuttgart, Germany demonstrated a free-space single-photon transistor based on two-color Rydberg interaction, which they say could lead to a high optical gain, high efficiency optical transistor through further improvements. (In a Rydberg atom a single electron is excited to a state with a large principal quantum number, meaning that it has high potential energy.) Moreover, the researchers state that the finding may lead to advances in quantum information processing, condensed matter physics, single step multi-photon entanglement, and other important areas.
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A blog about physics and mathematics.
The field of topological photonics, specialized in the development of a class of materials known as photonic topological insulators, has advanced considerably over the past few decades. Photonic topological insulators have many promising qualities, including the ability to control the flow of classic light.
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In the world of materials science, sometimes main discoveries can be found in unexpected places. While working on the resistivity of a type of delafossite—PdCoO2—researchers at EPFL's Laboratory of Quantum Materials discovered that the electrons in their sample did not behave entirely as expected. When a magnetic field was applied, the electrons retained signatures of their wave-like nature, which could be observed even under relatively high temperature conditions and appeared in relatively large sizes. These surprising results, obtained in collaboration with several research institutions, could prove useful, for example in the quest for quantum computing. The research will be published today in the prestigious journal Science.
