It’s Back: Researchers Say They’ve Replicated LK-99 Room Temperature Superconductor Experiment https://thequantuminsider.com/?p=2360041 #Research #coppersubstituted_lead_apatite #CSLA #LK99 #roomtemperature_superconductor #Superconducting #superconductor #quantumdaily Insider Brief A team of researchers report the replication experiments suggest a copper-substituted lead apatite (CSLA) may serve as a candidate for room-temperature superconductivity. Last year, replication efforts on a similar r

The Conversation: Hopes Fade For ‘Room Temperature Superconductor’ LK-99, But Quantum Zero-Resistance Research Continues https://thequantuminsider.com/?p=2357977 #Research #LK99 #quantum_state_at_room_temperature #roomtemperature_superconductor #superconductor #quantumdaily Insider Brief Studies release by the researchers behind LK-99 sparked a crash effort from researchers around the world to understand the material and reproduce the results. The partial levitation of LK-99 seems to be caused

How Would Room-Temperature Superconductors Change Quantum Computing? https://thequantuminsider.com/?p=2357711 #Research #accessibility #applications #integration #photonic #Quantum_Computing_Hardware #roomtemperature_superconductor #Superconducting #superconducting_quantum_computer #quantumdaily With news that a South Korean research team created a superconducting material — LK-99 — that reportedly operates at room temperature and at ambient-pressure, the scientific world — and even the mainstr

Another Day, Another Room-Temperature Superconductor https://thequantuminsider.com/?p=2357416 #Research #PQR #roomtemperature_superconductor #superconductor #Taj_Quantum #Type_II #quantumdaily Insider Brief A blockchain company reports that their patent application for a superconductor was approved. These systems would enable highly efficient and lossless electrical conductivity without the need for expensive and energy-consuming cooling systems. Room-temperature superconductors would certainly