superposition

Infographic explaining the "Schrodinger's Cat" thought experiment. Illustration: depositphotos.com

Schrödinger's cat is heating up: A revolution in the concept of temperature in quantum physics

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Scientists have succeeded in producing quantum superposition states even at high temperatures, breaking the myth that only cold allows quantum phenomena to exist.
Comparison of the experimental measurement (above) and the theoretical simulation (below)

Scientists have discovered unexpected behavior in pairs of CO₂ molecules after ionization

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An international team of scientists has made a surprising discovery in the field of molecular physics, revealing unexpected symmetry breaking dynamics in carbon dioxide dimers after ionization. The study, published in Nature Communications, provides new insights on
Individual pentene molecules (yellow) on the insulating layer (blue). Right: electrons with parallel spins (small arrows) flow from the tip of the tungsten (top) to the molecule (bottom). Credit: ETH Zurich / Ashwarya Vishwakarma and Stefan Kobarik

Scientists have developed a new method of controlling quantum states using magnetic qubits

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Spin-polarized currents can also be used to control the quantum states of individual electronic spins. The results of the research, published in the scientific journal Science, may be used in various technologies in the future, for example in the control of my condition
Quantum computing. Illustration: depositphotos.com

Quantum flow circuits

Researchers have built a component that amplifies quantum signals that can be used to upgrade quantum computing capabilities
The relevant image created describes the revolution in the field of quantum computers by maintaining quantum coherence at room temperature, presenting a chromophore within an organometallic framework, and emphasizing the innovation and potential of quantum computing and sensing technologies. The image was created by DALEE artificial intelligence software

Breakthrough in quantum computers: qubits are stable at room temperature

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achieved a significant breakthrough in the field of quantum computers, by maintaining quantum coherence at room temperature. Quantum coherence describes the ability of a quantum system to maintain a well-defined state over time,
Photo: Tel Aviv University spokesperson

Scientific discovery: researchers have seen phenomena from quantum mechanics in the movement of pendulums

The new system makes it possible to observe the phenomena that occur inside special "topological" materials by photographing the movement of pendulums using a normal camera
Electron transition in solid matter. Courtesy of Prof. Nirit Dudovich, Weizmann Institute

New light on solid state: How fast flashes of light might change the properties of solid matter?

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A real picture of a group of atoms (in a gaseous state), where each atom is in both the upper group and the lower group, at the same time. The color is not real and represents the density of atoms. Photo: Shimon Makloof

Physicists at Ben-Gurion University made the atom be in two different places at the same time

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