Materials Science

  1. Materials Science

    Printing scheme could yield 3-D photonic crystals

    An innovative printing scheme makes three-dimensional crystal structures that could be used to control the flow of light.

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  2. Materials Science

    Polymer could improve natural gas purification

    A new polymer membrane that efficiently separates carbon dioxide from methane could greatly ease the processing of natural gas.

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  3. Materials Science

    Feet of clay, but superstrong

    Gluing together nanoscale clay particles with a simple adhesive creates a strong but flexible material.

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  4. Materials Science

    Shocking Sheets: Power paper packs a punch

    Ultrathin sheets made from cellulose and carbon nanotubes could serve as flexible, versatile batteries.

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  5. Materials Science

    Pliable carbon

    The layers of carbon atoms that form graphite can be assembled into strong but flexible "graphene paper."

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  6. Materials Science

    Crinkle wrinkle

    Wrinkles reveal a thin film's thickness and elasticity.

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  7. Materials Science

    Gecko adhesive gets added mussel

    A new adhesive that borrows tricks from the gecko and the mussel can stick and detach repeatedly and works even when wet.

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  8. Materials Science

    Sop Story: New porous gel soaks up heavy metal

    A new porous gel efficiently removes mercury from contaminated water and may also have the ability to catalyze chemical reactions such as those that generate hydrogen for fuel.

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  9. Materials Science

    Crystal matchmaker

    Nonperiodic structures called quasicrystals can act as interfaces between different crystal structures that would ordinarily not stick to each other.

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  10. Materials Science

    Allergy Nanomedicine: Buckyballs dampen response of cells that trigger allergic reactions

    Drugs based on soccer ball–shaped carbon molecules could one day help fight allergies.

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  11. Materials Science

    Needling Cells: Stem cells could take their cues from silicon nanowires

    Scientists have grown mouse stem cells on a bed of silicon nano-needles, hoping that they will be able to guide the cells' development through electrical stimulation.

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  12. Materials Science

    Heal thyself—again and again

    A new self-healing material can repeatedly repair damage at the same spot.

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