Nuclear fusion research at the University of Washington has lead to a source of extreme ultra-violet(EUV)for lithography. EUV lithography at 13.5nm is one of the techniques proposed to continue'Moore's Law'below 10nm,replacing 193nm light ...
Tags: EUV, EUV sources, silicon, manufacture microchips
New Dresden Fraunhofer for OLED and solar R&D 04 Jul 2012 Research and development spin out of Fraunhofer IPMS to focus on "in-demand" OLED display and solar cell technologies. OLEDs are tested at COMEDD in an integrating sphere. A new ...
Tags: OLED
Photonics researcher wins€1M Krupp prize 04 Jul 2012 Christian Koos'work focuses on hybrid integration methods to combine silicon waveguides with organic materials. Prize-winner:Christian Koos'work focuses on hybrid integration ...
Tags: Electrical, Optical Circuits, Electronics, Microchips
US market for Conductive Polymers is projected to reach US$1.6 bln by the year 2017, as per Global Industry Analyst. Growth will be primarily driven by expanding new applications in advanced organic light emitting diode screens, sensor ...
Tags: market view
The cost of solar cells and microchips has nowhere to go but down because of a supply glut for the commodity they’re made from, a brittle charcoal-colored semiconductor baked in ovens at 600 degrees centigrade. Polysilicon has plunged ...
Tags: Market View, solar
The cost of solar cells and microchips has nowhere to go but down because of a supply glut for the commodity they’re made from, a brittle charcoal-colored semiconductor baked in ovens at 600 degrees centigrade. Polysilicon has ...
Tags: solar