Live
- DK Shivakumar Blends Political Confidence With Divine Intervention In Karnataka By-Elections
- Tamil Nadu Law And Order Crisis: Opposition Intensifies Attack On DMK Government
- Kerala CM Vijayan Rallies MPs To Press Centre On Pending State Demands
- Ramoji Group Donates ₹30 Crore to Indian School of Business (ISB)
- Celebrating the power of thought
- President Droupadi Murmu Arrives in Hyderabad to Attend Koti Deepotsavam
- Border-Gavaskar Trophy 2024-25: Rohit Sharma to join Indian team midway of Perth Test, set to be available from second Ind vs Aus Test
- Scholarships For Students
- EFLU hosts talk on 75 years of the Indian Constitution
- Mohan Babu: Half a Century of Cinematic Brilliance and Unwavering Legacy
S. Korean scientists make 1st discovery of dark state of electrons in solids
A group of South Korean scientists has discovered the existence of dark states of electrons in a solid material for the first time in the world in a joint research project with scientists from the US, Britain, and Canada, the Science Ministry said on Monday.
Seoul : A group of South Korean scientists has discovered the existence of dark states of electrons in a solid material for the first time in the world in a joint research project with scientists from the US, Britain, and Canada, the Science Ministry said on Monday.
A research team, led by Professor Kim Keun-su at Yonsei University in Seoul, posted a paper titled "Dark States of Electrons in a Quantum System with Two Pairs of Sublattices" in Nature Physics, a prominent science journal, according to the Ministry of Science and ICT, Yonhap news agency reported.
A dark state refers to the state of an atom or molecule that cannot absorb or emit photons, and a dark state of electrons has been widely believed to be not able to exist in solids.
Kim's team found that electrons undetectable in the copper oxide of a high-temperature superconductor were in dark states while studying a quantum system with two pairs of sublattices.
"There are dark states of electrons in many materials around us," Kim said.
"Our next target is to solve problems related to high-temperature superconductivity, a long-standing conundrum in modern-day physics, based on our findings." -
High-temperature superconductors, materials with critical temperature, are considered to have the potential for creating innovations in the energy, transportation and medical industries as they can be easily cooled with liquid nitrogen.
