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Paul Scherrer Institute

Monopoles of orbital angular momentum (OAM) are a tantalising prospect for orbitronics because OAM is uniform in all directions. This would mean that information flows could be generated in any direction. (Image Paul Scherrer Institute / Monika Bletry)

Orbitronics Breakthrough: Scientists Discover Orbital Angular Momentum Monopoles in New Materials

Categories Physics & Mathematics, Technology
Even the «eternal ice» on the Grand Combin is not made to last forever. Visible at the upper right of the photo is the drilling camp of the 2020 Ice Memory expedition led by PSI researcher Theo Jenk.

Glacier melting destroys important climate data archive

Categories Earth, Energy & Environment
Within a dense system some terbium ions form pair states. Because of their unique properties, these pairs are blind to the single terbium ions nearby that would cause them to lose their quantum information. Protected from their messy environment, they can act as qubits with surprisingly long coherence lifetimes.

Solid-state qubits: Forget about being clean, embrace mess

Categories Physics & Mathematics
Artsy black and white photo of an airliner. Pixabay

Air Traffic Must Be Reduced to Achieve Climate-Neutral Aviation

Categories Earth, Energy & Environment, Technology
A microstructure created by a 3D printer: the innovative refractive structure developed by PSI scientists and which combined with a diffractive element, results in an achromatic X-ray lens, is almost a millimetre long (or high, as shown in the photo). Turned on its end, it resembles a miniature rocket. It was created by a 3D printer using a special type of polymer. This image of the structure was captured using a scanning electron microscope.

Novel X-ray lens facilitates glimpse into the nanoworld

Categories Physics & Mathematics, Technology

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