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The UK's spherical tokamak MAST Upgrade has simultaneously suppressed ELM instabilities—which damage fusion reactor walls—using four independent methods, while recording its highest-ever plasma pressure. The results feed directly into the design of STEP, the UK's prototype fusion reactor targeted for operation in 2040, though extrapolation to ITER scale remains unverified.
An MIT research team has developed "encapsulation epitaxy," a technique for growing a monolayer superconductor within the sub-1-nm gap between graphene and a substrate, achieving an air-stable $\text{NbSe}_2$ thin film over one inch in size. This offers an atomic-scale solution to the area problem that has hindered miniaturization of superconducting quantum circuits.
AWS's Daniel R. Simon has proposed a quantum polynomial-time solution to DCP in a preprint. Any spillover to lattice problems depends on proof verification and resource estimates for standard parameters.
Stanford researchers used the AI model Evo 2 to design bacteriophage genomes, producing 16 functional viruses. Some surpassed the killing power of natural strains and overcame bacterial resistance, demonstrating in a study published in Science that the era of genome design has opened beyond protein design.
TAE has signed a future helium-3 supply agreement with Black Moon Energy. However, lunar exploration and mass production remain unproven, leaving a gap in both timing and technical verification with the 2031 plan for 50 MWe power generation.
The lithium-air battery boasts an energy density up to 10 times that of conventional lithium-ion batteries. A new catalyst has been developed that overcomes the charge/discharge overpotential barrier—long the obstacle to commercialization—without using precious metals. By overturning a half-century-old assumption about surface area and instead engineering interfaces at the molecular level, oxygen vacancies are opening the door to the future of next-generation mobility.
First predicted theoretically in 2003 but never observed experimentally, the anomalous tunneling effect in BECs has now been detected indirectly for the first time by theoretical researchers using the cloud experiment platform Oqtant. The team confirmed a distinctive trend—lower-energy collective excitation modes being less affected by potential barriers—and published the results as a peer-reviewed paper.
A Caltech-developed amorphous silicon metasurface achieves 74-femtosecond beam steering by resonantly amplifying the optical Kerr effect. This light control, roughly 100 billion times faster than liquid-crystal SLMs, could become a foundational technology for all-optical computing.
SpaceX's Falcon 9 upper stage 2025-010D appears to have impacted the Moon, with ground-based spectroscopy detecting sodium and lithium ejecta. Direct crater measurements remain unconfirmed, leaving post-impact LRO imagery as the key focus for verification.
NUS has developed a reactor that rapidly heats only a metal filament, much like an incandescent light bulb, and applied it to ammonia decomposition, polyolefin decomposition, and methane conversion. The design separates high-temperature activation from low-temperature product control, but continuous operation and lifetime verification remain necessary for industrialization.
