Emily Conover

Physics, Senior Writer, Science News

Physics writer Emily Conover loves physics for its ability to reveal the secret rules about how stuff works, from tiny atoms to the vast cosmos. Before becoming a science journalist, she studied physics at the University of Chicago. There, she investigated the weird ways of tiny particles called neutrinos. She has previously written for the Milwaukee Journal Sentinel, Science Magazine and the American Physical Society. She is a two-time winner of the D.C. Science Writers’ Association Newsbrief award.

All Stories by Emily Conover

  1. Physics

    Famous physics cat now alive, dead and in two boxes at once

    Splitting Erwin Schrödinger’s famous — and fictitious — cat between two boxes brings scientists one step closer to building quantum computers from microwaves.

  2. Climate

    Zapping clouds with lasers could alter Earth’s climate

    Scientists zapped ice crystals in a lab. They were exploring whether this approach might be used to break those crystals in clouds — potentially as a way to cool Earth’s fever.

  3. Chemistry

    The newest elements finally have names

    Nihonium? Tennessine? These aren’t body parts or medicines. They’re among the names just given to the four newest superheavy elements.

  4. Physics

    Spinning black holes may ‘sing’ during a collision

    The massive black hole in the movie Interstellar would create a unique gravity-wave signal when gobbling a smaller partner.

  5. Physics

    Possibility of strange new particle surprises physicists

    Last winter, physicists at the Large Hadron Collider detected hints of a particle beyond their wildest dreams. Soon they may learn if it’s real.

  6. Chemistry

    Dwarf galaxy spawned heavy elements

    A study of nine stars in the dwarf galaxy Reticulum II found heavy elements. They had been produced after a violent stellar event sparked a chemical chain reaction.

  7. Physics

    Sunlight + gold = steaming water (no boiling needed)

    Nano-gold is the new black, at least when it comes to absorbing heat. When tiny gold particles get together, they become energy super-absorbers — turning them black.