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Holst Centre and imec develop thin-film hybrid oxide-organic microprocessor
Boston Semi Equipment creates industry's largest independent ATE organization
Printed, flexible, and organic electronics will account for 18% of wearable athletics sensors in 2024
Compact vibration harvester power supply with highest efficiency opens door to “Fix-and-Forget” sensor nodes
Boston Semi Equipment expands sales and service organization
James C. Morgan announces $1,000,000 “Challenge Grant” for high tech industry workforce development
Printed, flexible, and organic electronics: A growing opportunity
Georgia Tech research develops physics-based spintronic interconnect modeling for beyond-CMOS computing
Imec achieves record 8.4 percent conversion efficiency in fullerene-free organic solar cell
The cyborgs era has started
ASU, Georgia Tech create breakthrough for solar cell efficiency
A new photoresist technology for organic semiconductors enabling submicron patterns
Toward a truly white organic LED
Imec and Holst Centre unveil fully-organic imager
ISORG and Plastic Logic co-develop the world’s first image sensor on plastic
Printed, flexible and organic electronics sees 15.2% CAGR over the next decade
Morgan Advanced Materials joins SEMATECH to develop process solutions
NikkoIA SAS announces production of new organic image sensors
Georgia Tech’s research on improving energy storage
Agilent Technologies commits $90 million gift of software to Georgia Institute of Technology
Fraunhofer IAP opens pilot line for organic electronics
Flex, printed & organic electronics could save money in healthcare
AIXTRON tool supports OTFT, OLED, other organic electronics manufacturing
Panasonic reorgs R&D; along medium-, long-term roadmaps
Polyera prints n-type organic semiconductors for flexible displays
Cypress secures credit from Morgan-Stanley-led group for acquisitions, other purposes
MIT team models electronic behavior of OLEDs and other organic electronics
ASMPT integrates European business with SIPLACE organization
Organic complementary logic aim of 2 European research projects
Interposer consortium ready to expand at Georgia Tech PRC
MEMS and microelectronics undergo contactless delamination tests at Georgia Tech
Georgia Tech targets thin 3D packaging with new consortium
Georgia Tech increases interposer development work
Elpida begins reorganization in Tokyo court: Analysts weigh in
European collaboration to develop organic and large-area electronics
Will Samsung reorganize LCD and AMOLED display units?
International Solid-State Circuits preview: imec's wireless sensor, organic electronics work
Georgia Tech produces 130um 3D organic semiconductor package
Georgia Institute of Technology, PARC + Thin Film Electronics, Western Michigan University win FLEXIs for flexible electronics advances
Tokyo Electron (TEL) establishes organic EL and FPD departments, eliminates MEMS dev
Organic printed electronics roadmap recognizes market entry
Large organic semiconductors developed at Wake Forest
Georgia Tech strain-gated nanowires clear hurdle to NEMS development
Organic Electronics Workshop, Day 3: OLEDs, OTFTs, OPV, and futile resistance
Organic Electronics Workshop, Day 2: Pushing organic PV performance
Organic Electronics Workshop: TFTs, FETs, and a seeing microphone
NEMS/MEMS built by heated AFM, nanolithography patterning at Georgia Tech
Novel organic semiconductors from SmartKem best amorphous silicon
Printed, organic, flexible electronics forecast through 2021