What is the current state of research on room temperature superconductors?
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Research on room temperature superconductors has made significant progress in recent years. The discovery of high-Tc superconductivity in H3S and LaH10 at high pressure has led to the search for compressed hydrides as potential room temperature superconductors . In particular, the recent achievement of room temperature superconductivity at 288 K in carbonaceous sulfur hydride has been a groundbreaking development . These advancements have sparked a race to find room temperature superconductors in compressed superhydrides, with several hydrogen-based superconductors, such as ScH12, MgH12, ZrH12, HfH12, and LuH12, showing potential for high Tc above 300 K . The current state of research involves exploring different hydrogen structural motifs, bonding features, electronic structures, and electron-phonon coupling in various types of hydrogen-based superconductors . The aim is to overcome theoretical and experimental obstacles and develop strategies for the synthesis and discovery of fully exploitable room temperature superconductors .
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25 Jan 2022 7 Citations | The current state of research on room temperature superconductors is focused on compressed superhydrides, such as carbonaceous sulfur hydride, which achieved room-temperature superconductivity at 288 K under high pressure. |
4 Citations | The current state of research on room temperature superconductors is discussed in the paper, which aims to provide a snapshot of the current status and identify obstacles and future strategies for realizing fully exploitable room temperature superconductors. |
6 Citations | The current state of research on room temperature superconductors is focused on compressed superhydrides, such as carbonaceous sulfur hydride, which achieved room-temperature superconductivity at 288 K under high pressure. |
06 Feb 2023 | The current state of research on room temperature superconductors is focused on compressed hydrides with conventional phonon-mediated superconductivity, such as H3S and LaH10. The paper predicts the potential for room temperature superconductivity in ScH12 and other dodecahydrides. |
| The current state of research on room temperature superconductors is focused on compressed hydrides with conventional phonon-mediated superconductivity, such as H3S and LaH10. The paper predicts the potential for room temperature superconductivity in ScH12 and other similar compounds. |
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