Explore how structure governs material performance—from atomic arrangements to hierarchical systems—and discover insights essential for developing stronger, lighter, and more efficient materials across natural systems, metallic glasses, and beyond: spr.ly/63327BEhOnD

Integrating quantum machine learning and deep learning for the classification of cardiovascular diseases @philsophmag.bsky.social @tandfresearch.bsky.social www.tandfonline.com/doi/full/10....

Integrating quantum machine learning and deep learning for the classification of cardiovascular diseases

Quantum computing is fast-growing and progressive technology that provides the best results in various domains – including healthcare. In this paper, the Quantum Machine Learning (QML) algorithms, ...

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Some of physics' most fascinating discoveries—like relativity and particle collisions—seem impossibly abstract until you realize they're secretly powering breakthroughs that touch our lives in unexpected and inspiring ways.🙌 Discover how physicists impact our daily life: spr.ly/6005BEoKTU

Could you spot a forgery? 🎨🖌️ In a major breakthrough, French researchers have developed the first purely non-invasive technique using surface #morphology to authenticate paintings 👉 spr.ly/63326BEW7fy #MuseumStudies #ArtHistorians

#Superconductivity, discovered over a century ago, is a captivating phenomenon influencing quantum computing and fusion reactors. Researchers are actively exploring its mysteries, particularly the pursuit of room-temperature superconductors and their uses. 👀 Learn more:: spr.ly/6004BEW00O

The strange science of superconductivity

This article explores the strange science of superconductivity, highlighting a quantum state that seems to defy the normal rules of matter.

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Are we there yet❓A solution to the quantum time of arrival problem In this interview, we learn more about the field of mathematical physics, the quantum time of arrival problem and how mathematical probability theory provides a compelling solution to the problem. Read through: spr.ly/6003BElja9

Are we there yet? A solution to the quantum time of arrival problem

In this interview, Maik Reddiger shares how mathematical probability theory can be used to investigate the quantum time of arrival problem.

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For over 225 years, we have been a cornerstone of scientific publishing, recognized as the world’s oldest continuously published interdisciplinary scientific journal. Swipe through the carousel to explore our incredible history: spr.ly/63326BEZkWG

Since 1798, we’ve been at the forefront of publishing groundbreaking research that shapes our world. And, as science evolves, so do we.🙌 Our new digital hub is a step in this journey, offering a platform to explore exciting research and fresh perspectives. Learn more: spr.ly/6006BEkTsi