Physicists Decode Universe Piano Notes to Reveal Hidden Particles
New theoretical frameworks and material breakthroughs this week are bridging the gap between the Standard Model and undiscovered high-energy physics through precision data analysis.
New theoretical frameworks and material breakthroughs this week are bridging the gap between the Standard Model and undiscovered high-energy physics through precision data analysis.
As federal home health payments face billion-dollar reductions, 63 million family caregivers are stepping into the gap, trading their own financial security and health to sustain aging relatives.
Mass poisonings in government schools and critical infrastructure gaps highlight the urgent need for accountability and market-driven transparency in public health systems.
The U.S. House of Representatives approved a short-term funding bill to avert a shutdown while separately advancing a $95 billion budget package focused on national security, agriculture, and election integrity.
Federal regulators ramp up enforcement as Salmonella risks in eggs and illegal pesticide use in California threaten the integrity of the American food supply.
With 100 days until the midterms, President Trump’s legislative agenda faces a critical bottleneck in the Senate as tensions rise over the SAVE America Act and emergency military funding.
Researchers at Heidelberg University have unified two competing models of quantum impurity physics, resolving a 58-year-old puzzle regarding how single particles move through dense quantum environments known as Fermi seas.
Researchers at NYU and Caltech have developed a mathematical algorithm to identify undiscovered high-energy particles by analyzing low-energy data from the Large Hadron Collider like musical notes.
All four major LHC experiments have confirmed that oxygen and neon collisions create quark-gluon plasma, the extreme state of matter from the early universe.