Rice University company details from EPDT Magazine

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Guide To Suppliers

Rice University

P.O. Box 1892
Houston
Texas
77251-1892
USA

Web : http://www.rice.edu/

Article archive for Rice University;

- Beating the heat in electronics: new flexible insulator offers high strength & superior thermal conduction (16/05/2019)
  
  A nanocomposite invented at Rice University's Brown School of Engineering promises to be a superior high-temperature dielectric material for flexible electronics, energy storage & electric devices.
- Rice University tech will power first fully-programmable wireless network (10/04/2018)
  
  Researchers will help create the world's first fully programmable and observable wireless communications network in Salt Lake City as part of a national effort to prepare for the future – when virtually everything will demand wireless data.
- How doped nanomaterials could cut fuel cell costs (10/01/2018)
  
  Research indicates that effective, less costly replacements for expensive platinum in fuel cells are nitrogen-doped carbon nanotubes or modified graphene nanoribbons.
- Breakthrough in deep learning (14/06/2017)
  
  Adapting a technique for rapid data lookup, scientists have discovered a way to slash the amount of computation required for deep learning.
- Tiny wires change behaviour at nanoscale (02/09/2011)
  
  Thin gold wires often used in high-end electronic applications are flexible as well as conductive, but those qualities don't necessarily apply to the same wires at the nanoscale.
- Indium-free transparent flexible electrodes (02/08/2011)
  
  Flexible, transparent electronics are closer to reality with the creation of graphene-based electrodes at Rice University.

Guide To Suppliers

Rice University

P.O. Box 1892HoustonTexas77251-1892USA

Beating the heat in electronics: new flexible insulator offers high strength & superior thermal conduction (16/05/2019)

Rice University tech will power first fully-programmable wireless network (10/04/2018)

How doped nanomaterials could cut fuel cell costs (10/01/2018)

Breakthrough in deep learning (14/06/2017)

Tiny wires change behaviour at nanoscale (02/09/2011)

Indium-free transparent flexible electrodes (02/08/2011)

P.O. Box 1892
Houston
Texas
77251-1892
USA