The company, led by University of WisconsinPlatteville chemistry professor Jim Hamilton and chief executive officer Philip Jackson, has patentpending technology that could transform electronics, optics and materials science. It also demonstrates the value to our economy of supporting researchers as they move these technologies from the lab to the marketplace, said Tom Still, president of the Wisconsin Technology Council, which presented the contest this week at the Wisconsin Entrepreneurs Conference in Milwaukee..

Possible uses of graphene range from television screens that are no thicker than poster, to computer chips, batteries, sensors, solar cells and medical devices. Electrons travel times faster in graphene oneatomthick sheets of carbon that form in an incredibly strong lattice than in silicon. It also demonstrates the value to our economy of supporting researchers as they move these technologies from the lab to the marketplace, said Tom Still, president of the Wisconsin Technology Council, which presented the contest this week at the Wisconsin Entrepreneurs Conference in Milwaukee..

Electrons travel times faster in graphene oneatomthick sheets of carbon that form in an incredibly strong lattice than in silicon. It also demonstrates the value to our economy of supporting researchers as they move these technologies from the lab to the marketplace, said Tom Still, president of the Wisconsin Technology Council, which presented the contest this week at the Wisconsin Entrepreneurs Conference in Milwaukee.. Graphene Solutions proves that gamechanging technologies are being produced on UW System campuses as well as the UWMadison. Graphene Solutions was the winner in the Wisconsin Governors Business Plan Contest.

Graphene Solutions proves that gamechanging technologies are being produced on UW System campuses as well as the UWMadison. The company, led by University of WisconsinPlatteville chemistry professor Jim Hamilton and chief executive officer Philip Jackson, has patentpending technology that could transform electronics, optics and materials science. Philip Streich, student who takes classes at Platteville and online through Stanford University, is coinventor of the firms platform for dissolving carbon nanotubes, graphene nanosheets and other materials so they can be purified and spread in layer one atom thick.

Philip Streich, student who takes classes at Platteville and online through Stanford University, is coinventor of the firms platform for dissolving carbon nanotubes, graphene nanosheets and other materials so they can be purified and spread in layer one atom thick. Possible uses of graphene range from television screens that are no thicker than poster, to computer chips, batteries, sensors, solar cells and medical devices. The company, led by University of WisconsinPlatteville chemistry professor Jim Hamilton and chief executive officer Philip Jackson, has patentpending technology that could transform electronics, optics and materials science.