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#quantumscience

1 post1 participant0 posts today
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MPI for Gravitational Physics

The United Nations has proclaimed 2025 the International Year of Quantum Science and Technology (IYQ).

At the @mpi_grav and the Institute for Gravitational Physics at @unihannover quantum mechanics has always played a major role in both experiment and theory.

We have put together a page for you that showcases our research related to quantum physics, associated press releases, relevant articles in yearbooks of the @maxplanckgesellschaft and, later during the year, current events.

Enjoy browsing 📖 aei.mpg.de/iyq2025

Logo of the International Year of Quantum Science and Technology. On a white background on the right, there's the writing “International Year of Quantum Science and Technology”, on the left is a line forming a closed loop which changes color multiple times along its length.
#IYQ#IYQ2025#QuantumYear
Public
Scientific Frontline

In a milestone that brings #quantum #computing tangibly closer to large-scale practical use, scientists at Oxford University’s Department of Physics have demonstrated the first instance of distributed quantum computing.
#QuantumScience #ComputerScience #Physics #sflorg
sflorg.com/2025/02/qs02062501.

www.sflorg.comFirst distributed quantum algorithm brings quantum supercomputers closerThe breakthrough addresses quantum’s ‘scalability problem
Public
MPI for Gravitational Physics

The United Nations has proclaimed 2025 the International Year of Quantum Science and Technology (IYQ).

At the @mpi_grav and the Institute for Gravitational Physics at @unihannover quantum mechanics has always played a major role in both experiment and theory.

We have put together a page for you that showcases our research related to quantum physics, associated press releases, relevant articles in yearbooks of the @maxplanckgesellschaft and, later during the year, current events.

Enjoy browsing: aei.mpg.de/iyq2025

Logo of the International Year of Quantum Science and Technology. On a white background on the right, theres the writing “International Year of Quantum Science and Technology”, on the left is a line forming a closed loop which changes color multiple times along its length.
#IYQ#IYQ2025#QuantumYear
Public
Stephen Sekula

Please share this pair of opportunities!

From SNOLAB's LinkedIn account:

#SNOLAB is hiring for two Research Scientist positions to join the groundbreaking science taking place 2 km underground! The ideal candidates will have a concentration in either #LowBackgroundScience or #QuantumScience.

Apply by January 31st, 2025. For more information, view the full job posting:

snolab.ca/wp-content/uploads/2

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Universität Innsbruck

Quantum sensor technology promises even more precise measurements of physical quantities. A team led by Christian Roos at the University of Innsbruck has now compared the signals of up to 91 quantum sensors with each other and thus successfully eliminated the noise caused by interactions with the environment.

Correlation spectroscopy can be used to increase the precision of sensor networks.

➡️ uibk.ac.at/en/newsroom/2024/ne

#quantum #QuantumScience
@fwf @ERC_Research

illustration with an atomic cloud consisting of 91 particles, a schematic ion trap in the background
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Universität Innsbruck

Neutron stars exhibit a peculiar behavior known as a “glitch”, where the star suddenly speeds up its spin.

A collaboration between quantum physicists and astrophysicists has achieved a significant breakthrough in understanding neutron star glitches. They were able to numerically simulate this enigmatic cosmic phenomenon with ultracold dipolar atoms.

➡️ uibk.ac.at/en/newsroom/2023/un

Supported by @fwf
Illustration: Elena Poli
#astrophysics #QuantumScience #neutronstar #science #physics

Ultracold quantum gases made of dipolar atoms form an ideal platform for simulating mechanisms inside neutron stars.
Public
Universität Innsbruck

Innsbruck Scientists led by Peter Zoller have developed a new tool for measuring #entanglement in many-body systems and demonstrated it in experiments.

The method enables the study of previously inaccessible physical phenomena and could contribute to a better understanding of quantum materials.

The work has now been published in @Nature

➡️ uibk.ac.at/en/newsroom/2023/qu
➡️ nature.com/articles/s41586-023

@fwf
#quantum #physics #nature #research #QuantumScience

The temperature profiles obtained by the researchers show that particles that interact strongly with the environment are “hot” (red) and those that interact little are “cold” (blue). Entanglement is therefore large where the interaction between particles is strong. Credit: Helene Hainzer
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