Advancements in plasma instability studies are crucial for nuclear fusion, leveraging experimental methods and AI to optimize plasma confinement and efficiency.
By Ilamaran Sivarajah
13 May 2025
TOI-270 d, a unique exoplanet in the radius gap, offers insights into planetary formation and evolution within a multi-planet system around an M-dwarf star.
By Susha Cheriyedath
9 May 2025
The optical black hole device offers a novel approach to studying black holes, advancing the understanding of light behavior and its practical applications.
In this interview, Scott Genin reveals how quantum computing enhances materials simulations, tackling key bottlenecks and future strategies for scalability.
By Louis Castel
2 May 2025
New research challenges the meteorite hypothesis, suggesting Earth's water originated from native hydrogen in the solar nebula, not just asteroid impacts.
Research on jet formation highlights quantum entanglement's impact, linking entanglement entropy to hadron distribution in proton-proton collisions at the LHC.
By Samudrapom Dam
25 Apr 2025
AI is reshaping space exploration, enabling autonomous navigation, enhancing data analysis, and improving mission planning and safety.
By Reginald Davey
22 Apr 2025
Focused on quantum positioning and navigation, the QEPNT Hub aims to create robust technologies that ensure security and efficiency in GNSS-denied environments.
By Louis Castel
18 Apr 2025
Investigating gravitational influences on qubits uncovers decoherence challenges and potential for enhancing quantum technologies and fundamental research.
Carbon's unique quantum properties enable sustainable computing, offering energy-efficient qubits and advanced nanostructures for next-gen technologies.
By Atif Suhail
11 Apr 2025