Jessica Gorman

All Stories by Jessica Gorman

  1. Materials Science

    Material mimics mother-of-pearl in form and substance

    A new synthetic material is so strong and tough that it might one day be used to construct artificial bones or even auto parts.

  2. Materials Science

    Super Fibers: Nanotubes make tough threads

    New fibers made from carbon nanotubes and a polymer appear tougher than any other known synthetic or natural material.

  3. Materials Science

    Convenient hydrogen storage?

    A new porous material of metal and organic molecular parts may prove useful for storing hydrogen fuel.

  4. Chemistry

    Danger Detection

    Analytical chemists are exploring ways to improve chemical and biological weapons detection.

  5. Chemistry

    Multiple Motions: Applied electrons make molecules vibrate and move

    A new technique enables scientists to choreograph individual molecules to vibrate, break bonds, and move on a surface in specified ways.

  6. Chemistry

    Detecting Lead: Sensor changes color for toxic metal

    A new sensor using gold nanoparticles and tailor-made DNA strands offers simple and reliable detection of lead in paint.

  7. Chemistry

    Diamond in the rough

    Researchers have found a collection of previously undiscovered diamondlike compounds in oil.

  8. Materials Science

    Zeolites get an organic makeover

    Scientists can now incorporate organic groups into the framework of zeolites, a kind of inorganic crystal.

  9. Chemistry

    Drug smugglers leave cellular tracks

    Imaging reveals where some experimental nanoscale capsules ferry drugs when they enter cells.

  10. Chemistry

    Plastic Electric

    Scientists are finding new ways to improve the molecular order and electrical conductivity of a commercially important conducting plastic.

  11. Materials Science

    Nanofluid Flow: Detergents may benefit from new insight

    Fluids containing nanoscale particles spread and readily lift oil droplets off a surface.

  12. Chemistry

    Nanoscale Networks: Superlong nanotubes can form a grid

    Researchers have made extraordinarily long carbon nanotubes and aligned them to create tiny transistors and sensors for detecting chemical and biological agents.