ASX-listed Everest Metals Corporation (EMC) is aiming to lead Australia’s entry into the rubidium sector by leveraging its new membership in the US Defence Industrial Base Consortium (DIBC ...

In a new study cited by SCMP, the ISL researchers revealed that they were able to produce rubidium chloride at 99.9% purity of from potassium chloride material containing just 0.001% rubidium.

Chinese scientists have achieved a breakthrough in the commercial extraction of the critical metal rubidium directly from salt lake brine, potentially slashing dependence on imports – mostly ...

The race for high-efficiency, low-cost solar is heating up, as scientists discovered a potential way to improve one of the most promising solar cell materials: perovskite. According to the École ...

Researchers in Australia recovered rubidium with a 91% efficiency from rock samples using a new technology distinct from conventional methods. The technique involves crushing the rock samples ...

Indium selenide (InSe), a next-generation 2D semiconductor nanomaterial, has seen attention for its superior electron mobility compared to silicon semiconductors and a saturation speed more than ...

Everest Metals delivers rubidium resource of 3.6Mt at 0.22% rubidium and 0.07% Li2O for Mt Edon Resource includes a world-class, high-grade zone of 1.3Mt at 0.33% rubidium and 0.07% Li2O ...

Special Report: Initial results from extraction test works at Everest Metals’ Mt Edon project in WA’s Mid-West region have uncovered ~85% rubidium. Excitement is building at Everest Metals ...

Rubidium is a soft, highly reactive silvery-white metal in the alkali group. The global rubidium market is expected to witness significant growth due to factors such as increasing demand for ...

The LANES lab's 2D device is made of graphene and indium selenide. Image Credit: ©Alain Herzog Quantum computations require quantum bits (qubits) to be cooled to millikelvin temperatures (near -273 ...

Scientists in China built for the first time a four-terminal tandem perovskite cell with a 17.88%-efficient top perovskite device and a 7.85%-efficient bottom antimony selenide bottom cell. The ...

The team successfully applied this method to the entire wafer, maintaining chemical stability and high crystallinity in both types of tin selenide thin films. Lead author Sungyeon Kim emphasized the ...