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A nanoparticle is placed in contact with a plasmonic wave (a light wave confined to the surface of a metal). In this illustration, the wave is represented by undulations similar to those observed on the surface of a liquid.
Date du contenu
28.05.2025
News

It's now possible to make matter vibrate on a nanometric scale using a magnetic field!

Researchers have shown the possibility to control the transfer of magnetic energy from light to matter by means of localised plasmons, waves of light on the surface of a metal that allow fine control…
View of a G centre in which the central atom jumps from one site to another. The carbon atoms appear in black, the interstitial silicon atom in violet and the other silicon atoms in the crystal in blue.
Date du contenu
26.05.2025
News

A nanoscopic casino roulette wheel in silicon !

A team of physicists has succeeded in highlighting the movement of a single atom in a silicon crystal, capable of jumping, under laser excitation, between several positions in a fluorescent defect.
Atomic force microscope for high-resolution visualization of biological sample surfaces.
Date du contenu
21.05.2025
News

When a soft mattress levitates the sleeper…

In a recent work, researchers show that particles entrained in a flow close to a deformable wall undergo a force that moves them slightly away from it, an important result for the general…
Destructions provoquées par le séisme de Spitak (Arménie), le 7 Décembre 1988.
Date du contenu
15.05.2025
News

Decreasing aftershocks: time was not the good metronome!

By studying laboratory microearthquakes generated in sheared granular stacks, researchers have shown that earthquake physics is universally described if total fault deformation replaces time as the…

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