#news #newstoday #tech #technews #latestnews #techupdates #newsupdates An unexpected shape formed when a graduate student accidentally blended oil, water and nickel. Scientists discovered that the shape-recovering liquid defied the laws of thermodynamics. Instead of minimising the interfacial area and turning into a sphere, the mixture of liquid took the shape…
#news #newstoday #topnews #newsupdates #trendingnews #topstories #headlines An international team of astronomers on Wednesday unveiled the most compelling evidence to date that dark energy — a mysterious phenomenon pushing our universe to expand ever faster — is not a constant force of nature but one that ebbs and flows through…
#news #newstoday #topnews #newsupdates #trendingnews #topstories #headlines Two NASA missions will have to wait longer for a launch aboard a single rocket. Both aim to unravel mysteries about the universe — one by peering far from Earth, the other by looking closer to home. SpaceX on Saturday night announced on…
#news #newstoday #topnews #newsupdates #trendingnews #topstories #headlines At the end of January, the keepers of the Doomsday Clock announced that the world was 89 seconds to midnight, a metaphor for our proximity to extinction. That’s one second closer than we were for the past two years, and the nearest the…
#news #newstoday #tech #technews #latestnews #techupdates #newsupdates The mechanics of hula hooping have been analysed by researchers, uncovering how body shapes and motions influence the ability to keep a hoop spinning against gravity. Insights from the study have raised intriguing questions about body dynamics, energy efficiency, and potential engineering applications….
#news #newstoday #tech #technews #latestnews #techupdates #newsupdates Physicists are finalising the Jiangmen Underground Neutrino Observatory (JUNO), a facility designed to unravel the mysteries surrounding neutrinos, subatomic particles with no electric charge and minimal mass. Scheduled to commence data collection in summer 2025, the observatory aims to identify the heaviest among…
A significant breakthrough in atomic physics occurred with the development of the first nuclear clock. This clock, based on the thorium-229 nucleus, has achieved a level of precision that could help test whether the fundamental constants of physics change over time. This remarkable advancement was achieved by a research team…
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