In a discovery that could broaden access to next-generation biologic medicines and vaccines, researchers at the University of ...

At room temperature and above, the resistance of LK-99 remains at zero as far as the testing equipment is able to measure.

These materials exhibit no electrical resistance and expel a magnetic field, but because they typically only function at temperatures below -140 °C (-220 °F), they require expensive equipment to ...

To have been alive over the last five decades is to have seen superconductors progress from only possible at near-absolute-zero temperatures, to around the temperature of liquid nitrogen in the 198… ...

As Aynajian puts it, a room-temperature superconductor is quite literally “the next million-dollar question.” Mary Magnuson is an assistant science editor at The Conversation.

As the temperature increased, the light shifted in a way that showed the material was becoming more efficient at light emission. This efficient state reached its best point around room temperature.

There have been reports that South Korean researchers have made a practical regular atmospheric pressure room temperature superconductor using basic lab equipment. This would mean superconducting ...

However, researchers at ETH Zurich and TU Wein wondered if objects larger than atoms and molecules also displayed quantum properties. Oscillations in quantum states. In the everyd ...

LK99 is NOT a superconductor, not even at room temperatures (or at very low temperatures)," University of Maryland’s Condensed Matter Theory Center (CMTC) tweeted earlier this week.

Most people call that a room-temperature superconductor, but the reality is you really want an “ordinary temperature and pressure superconductor,” but that’s a mouthful.

So while a room-temperature superconductor would be an amazing discovery, we should meet the new claims with some skepticism. Bold claims The South Korean researchers say LK-99 can be made in a baking ...