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A semiconducting material that switches between glass and crystalline states at lower temperatures than conventional inorganic semiconductors

A semiconducting material that switches between glass and crystalline states at lower temperatures than conventional inorganic semiconductors

Unmet Need In recent times, different forms of inorganic glasses have emerged that are distinct from what human civilization has been using for more than 5,000 years. Due to the advent of such glasses, a…

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All dielectric absorber for improved real-time imaging in the terahertz spectrum

All dielectric absorber for improved real-time imaging in the terahertz spectrum

Value Proposition Discoveries over the past decades have unveiled unique characteristics of the far-infrared or terahertz (THz) spectrum spanning from 0.3 THz to 10 THz, including non-ionization of biological materials, easy penetration into dielectric and…

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Method of synthesizing carbon nanotubes with enhanced electron field emission properties

Method of synthesizing carbon nanotubes with enhanced electron field emission properties

Value Proposition Carbon nanotubes are cylindrical large molecules that possess exceptional thermal, mechanical, and electrical properties. Comparing with conventional electron emission materials, carbon nanotubes have been shown to be excellent electron field emitters, making them…

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