Physicist Calculates Star Trek’s Picard Maneuver Would Be Even More Effective in Reality
A physicist’s analysis of the Star Trek: The Next Generation trick suggests the tactic would work better outside the fictional universe.
Space, physics, materials, and general research.
A physicist’s analysis of the Star Trek: The Next Generation trick suggests the tactic would work better outside the fictional universe.
Mineral dust can trigger marine halogen chemistry that destroys tropospheric ozone, an overlooked process with implications for air quality, crops, and climate.
The discovery of Adenomera varcena underscores how much Amazonian biodiversity remains undocumented as threats to the region intensify.
A new gravity-based technique lets scientists estimate how much water is locked inside rocky, debris-covered glaciers like Utah's Timpanogos.
A new analysis shows that two basic atmospheric factors explain weak and contradictory global wind energy dissipation trends under climate change.
Astronomers have confirmed a Jupiter-size world still forming, a discovery that challenges leading theories of giant-planet formation.
Even a couple of minutes of walking or stretching each hour could improve memory and attention span.
New Scientist reports that plug-in solar panels are now legal in Britain, yet unresolved safety risks continue to temper their appeal.
Reactive carbon emissions from the land surface may be significantly undercounted, with implications for climate and ecosystem models.
New simulations suggest Venus's slow rotation would cause a moon to spiral inward and collide with the planet.
Climate warming is expanding tropical storm footprints and extending their lifetimes, boosting total rainfall even as peak intensity stays flat.
Ars Technica reports that the Atlantic hurricane season is about to reach a record calm not seen in 175 years, but warns that the quiet may carry a price.
The Pentagon has publicly acknowledged deploying on-orbit weapons for the first time, signaling a new phase in space-based defense.
A new solar-powered desalination method removes salt as a solid, eliminating harmful brine and enabling mineral recovery.
Researchers have adapted quantum chemistry tools to calculate the Kondo effect from a material's true atomic structure, not simplified models.
New modeling suggests that neutrinos changing identity inside a dying star can carry away enough energy to make the core collapse directly into a black hole.
New XRISM observations show supermassive black hole winds drive turbulence across 300,000 light-years, far beyond their host galaxy.
New Horizons data offer the first evidence that liquid nitrogen has recently flowed across Pluto, pointing to an active, dynamic world.