Uncategorized

  1. Earth

    Dino-dooming asteroid impact created a chilling sulfur cloud

    The Chicxulub impact spewed more sulfur than previously believed.

    By
  2. Earth

    Wind may be driving the melting of East Antarctica’s largest glacier

    Winds may be helping warm ocean waters speed up the melting of East Antarctica’s largest glacier.

    By
  3. Astronomy

    The way hungry young stars suck in food keeps most X-rays in, too

    The columns of plasma that feed growing stars develop an extra layer that keeps X-rays in.

    By
  4. Animals

    Great praise for categories, and seeing beyond them

    Acting Editor in Chief Elizabeth Quill discusses classification and some of the challenges of putting species in categorical boxes.

    By
  5. Health & Medicine

    Readers intrigued by ancient animals’ bones

    Readers had questions about gut bacteria, woolly rhino ribs and ancient horses hooves.

    By
  6. Life

    Defining ‘species’ is a fuzzy art

    Here's why scientists still don't agree on what a species is.

    By
  7. Animals

    This sea slug makes its prey do half the food catching

    Nudibranchs’ stolen meals blur classic predator-prey levels.

    By
  8. Astronomy

    Hot, rocky exoplanets are the scorched cores of former gas giants

    Hot, rocky exoplanets are probably the scorched cores of former gas giants, so astronomers shouldn’t trust them for information about true Earth twins.

    By
  9. Science & Society

    Trauma surgeon studies gun violence stats — and was one

    Joseph Sakran is trying to help counter the U.S. epidemic of gun violence with data.

    By
  10. Life

    Hybrids reveal the barriers to successful mating between species

    Scientists don’t understand the process of speciation, but hybrids can reveal the genes that keep species apart.

    By
  11. Animals

    Scary as they are, few vampires have a backbone

    Researchers speculate on why there are so few vampires among vertebrates.

    By
  12. Physics

    Photons are caught behaving like superconducting electrons

    Light particles, or photons, swap energy like electrons in a superconductor.

    By