Harvard and Princeton teams map all neural connections in fruit fly central nervous system, advancing understanding of how brains process information.

Webb resolves mystery of luminous objects from early universe, showing they are rapidly-growing black holes, not unexpected objects.

New research reveals millions of exoplanets could form in extreme environments near black holes, challenging planet formation theories.

Researchers found ancient marine mammal cemetery spanning hundreds of miles, offering insights into whale ecology and paleontology.

Nancy Grace Roman Space Telescope will map universe at infrared wavelengths with precision previously impossible, launching this fall.

High-resolution observations show supernova remnant shockwave still propagating hundreds of years post-explosion, revealing stellar dynamics.

Canadian study shows oil and gas damage to northern peatlands causes far greater methane release than previously predicted.

NUS study shows overly strict parenting may drive dishonesty in children, contradicting assumptions about punishment and morality.

Infrared observations reveal galactic center structure and activity with clarity surpassing radio telescope images.

Record-breaking detection of natural space laser from early universe opens new frontier for radio astronomy.

Three-year study challenges aging assumptions, showing brain health can improve at any age with mental training.

Reanalysis of controversial study shows previous claims against dark energy were methodologically flawed; acceleration stands.

Newly completed evolutionary family tree shows millipedes were among Earth's earliest land animals, nearly 460 million years ago.

Dog Aging Project reveals lifespan biomarkers common to both species, enabling comparative aging research.

Genome analysis of Pacific populations reveals interbreeding with mysterious Denisovans enhanced immune responses.

Study finds antibody-based tests fail to detect small gluten amounts in barley beer that could trigger celiac disease.

Researchers developed method to convert waste plant fiber into nylon precursors, potentially transforming polymer production.

Osaka and Fraunhofer research shows impurities enhance surface properties, challenging materials engineering assumptions.