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Schematic representation of the principle behind the experiment. A laser excites a crystal defect in a sheet of hBN, composed of boron atoms (in red) and nitrogen atoms (in blue). The emitted photons are separated from the reflected laser using a polariser. These photons, emitted under resonant excitation, have properties that are particularly favourable for quantum information.
Date du contenu
23.02.2026
News

Generation of indistinguishable photons by laser-controlled resonance of defects in a 2D material

Physicists have controlled the quantum state of a crystal defect artificially created in a material using a resonant laser. This approach has enabled them to generate indistinguishable photons, the…
Definition of a flip. The walker (represented by a green crocodile) is arriving at a site that has not yet been visited (shown in red), where it immediately consumes (for the n-th time) the food, shown in red on the right and blue on the left (sites where food has already been consumed appear in black). If the next food consumed is blue (to the left of the area already visited), a flip will have occurred; if it is red, it will not.
Date du contenu
13.02.2026
News

Expanding the territory explored: a single law to rule them all!

Flips describe the transition of a random walker from one edge of the territory he has already visited to the other. Despite their apparent complexity for walkers with memory, they obey a universal…
Date du contenu
12.02.2026
News

When quasicrystals meet the quantum Hall effect

This study shows that quasicrystals, although they do not have a repeating pattern, inherit the topological properties of the quantum Hall effect. Using the Fibonacci–Hall model, the researcher…
Schematic view of the modeling of coherent diffraction of a beam of hydrogen atoms through a sheet of graphene.
Date du contenu
05.02.2026
News

Hydrogen atoms reveal interactions at the atomic scale in graphene

Physicists have succeeded in observing diffraction patterns of unprecedented quality by passing fast hydrogen atoms through a sheet of graphene just one atom thick, an experimental and theoretical…
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