- Artemis II in 2026: the "Apollo 8" moment, a roughly 10-day crewed lunar flyby that tests Orion's life support, navigation and comms in deep space
- The public face: a bold plan to return astronauts to the lunar surface and establish a lasting presence, framed as a new "Golden Age" of exploration
In the Apollo era, the rules were brutally simple: whoever landed first, won. Today, Artemis lets the U.S.
Conventional lithium-ion batteries typically use graphite anodes, which can limit fast-charging performance and create safety risks through lithium plating on the anode surface at high charge rates.
Michigan State University researcher Stephen DiKerby and colleagues used the XRISM space telescope to measure X rays from a giant molecular cloud close to the galactic center.
Such outbursts of dissent are rare in China, where authorities act swiftly to stamp out civil disobedience both on the ground and online, though monitors say localised protests appear to be increasing.
Over the last decade, SFI Professor David Wolpert has led work on the thermodynamic costs of computation, focusing on the physical limits that govern how much energy information processing must consume.
The researchers show that small inaccuracies in quantum processors can linger, evolve and correlate across different computational steps, creating a form of temporal memory that standard error models do not capture.
McClelland distinguishes between consciousness in general and sentience, the form of consciousness that involves positive and negative experiences such as pleasure and suffering.
The study "Pathways at the Iberian crossroads: Dynamic modelling of the Middle-Upper Paleolithic Transition," led by Professor Yaping Shao from the Institute…
That picture has now changed with real time observations of the supernova SN 2022esa, which captured the collapse of a massive star leading to a supernova and the formation of a black hole.
To account for this, standard quantum theory assumes that when a quantum system interacts with a measuring device or an observer, its wavefunction suddenly collapses into a single, definite state.
"If mandated by our customers, we would support a two-factor solution and are committed to playing a leading role," Faury told a news conference.
That view shifted in 2024 when Igor Pikovski, assistant professor at Stevens Institute of Technology, and collaborators reported work in Nature Communications showing that graviton detection is possible using modern quantum technologies.
The research team used the National Science Foundation's Very Large Array radio telescope in New Mexico to monitor faint radio emission from the supernova for about 18 months after the explosion.
The opening sequences guide viewers through the Milky Way, diving into colourful emission nebulae and dense star forming clouds where young stars are still embedded in gas and dust.
