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Researchers promote the creation of solar cells with simulated lunar dust
Lunar regolith is emerging as a vital resource for generating electricity in future space missions.
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Northwestern researchers achieve carbon capture with affordable and easily scalable materials
The team of scientists suggests that pilot tests in real-world environments will allow for the evaluation of both the performance and the complete life cycle of…
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CERN reveals plans for a particle collider much larger than the LHC
The new collider is proposed as the solution for studying particles such as dark matter.
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Scientists create new technique to reuse rubber waste
Tire recycling will allow the production of epoxy resins.
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The CO₂UP project converts biomass waste into high-value chemicals
This project aims to expand the pilot plant's capacity and explore the possibility of integrating it into larger-scale industrial facilities.
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Researchers announce first uranium-based rechargeable battery assembly
This new technology promises greater energy storage and greater integration capacity with renewable energy sources.
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The Relativistic Heavy Ion Collider begins its twenty-fifth and final scientific run.
As RHIC completes its operational cycle, the data collected during this final run will be critical for future discoveries.
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KIT and Sunfire advance production of carbon-free synthetic fuels in Kopernikus P2X project
By implementing the Fischer-Tropsch method, efficient production of synthetic kerosene is achieved on an industrial scale.
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New molten salt monitoring method paves the way for advanced reactors
For the first time, ORNL scientists have been able to monitor chemical changes in molten salt in real time.
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The SolidScore pilot project successfully produces hydrogen and methane from solid biomass.
The project partners hope to continue their research to achieve more favorable results in the future.
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QUADCOIL: A computer code that could transform stellarator design and reduce costs
QUADCOIL completes calculations in 10 seconds that other programs take between 20 minutes and several hours to complete.
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Scientists develop self-repairing asphalt with artificial intelligence and biomass
Self-healing asphalt promises to transform roads with more sustainable and cost-effective solutions.