But a MZM exists in a vortex, a tornado-like swirl of electrons in the topological defects of a superconducting material. Research to date has insisted that such vortices can only be generated by ...

Our customer-facing platforms and websites (including Cambridge.org, Cambridge Core, Higher Education from Cambridge University Press, Cambridge Open Engage, Cambridge Advance Online) are running as ...

The video making the rounds online challenges our understanding of physics and takes us to a world where gravity seems ...

For nearly 30 years, scientists have theorized that such a vortex should be possible within the realm of electromagnetism. In ...

This electromagnetic “vortex cannon” produces skyrmion topological structures that might be employed for information encoding or for probing the dynamics of light–matter interactions, according to its ...

“This is the first time that we’re seeing a patchiness inside of the Great Red Spot at these wavelengths, indicating ...

Vortex rings are pretty cool, and electromagnetism even cooler. Now, a team of physicists have found a way to combine the two ...

20世纪物理学的发展一度得益于数学工具的应用，而数学一直在独自前行。直到20世纪后半叶，弦论直接推动了数学的发展，数学与物理学齐头并进，就像回到了科学的早期时代。无人否定数学能作为物理学进步的基础，但反过来，为什么物理学也能创造新数学？秘籍可能在现实 ...

Artificial intelligence applications are experiencing a boom and expected to be mainstream technologies in the near future.