STATS ChipPAC, headquartered in Singapore, has achieved a milestone with shipments exceeding one billion copper wirebond units. Major drivers that contributed to this achievement are the company’s well-established high volume manufacturing capabilities and the engineering focus on the development of copper wire technology for a wide range of advanced, leaded and multi-die laminate packages.
AKHAN Technologies and Argonne National Laboratory’s Center for Nanoscale Materials (CNM) have teamed up for the complete characterization of the innovative Miraj Diamond materials and devices.
Diversified manufacturing company, EDAC Technologies has purchased EBTEC, a company that provides sophisticated fabrication solutions and precision manufacturing processes to power generation, aerospace, medical, semiconductor and industrial customers. In 2011, EBTEC had $12.6 million sales.
An artificial leaf is developed by scientists from the Photovoltaic and Optoelectronic Devices group at the Universitat Jaume I using semiconductor materials. The technology has been named as artificial photosynthesis and it has the ability to produce hydrogen in water using merely sunlight.
MarketsandMarkets has released a new research report titled ‘Quantum Dots (QD) Market - Global Forecast & Analysis (2012 - 2022).’
UTECH Solar, a wafer manufacturer based in Taiwan, has placed two orders worth $8 million in total with GT Advanced Technologies.
BT Imaging, a provider of luminescence-based inspection and quality control systems for use in the photovoltaic production industry, has unveiled a suite of production tools that allows photovoltaic wafer manufacturers to communicate and work efficiently with cell manufacturers to achieve the optimal cell efficiency.
Nanoco Group, which develops and produces nanomaterials such as cadmium-free quantum dots, has announced the successful production of a batch of 1 kg green cadmium-free quantum dots for a key company based in Japan, generating $2million in revenues for Nanoco.
A research team from the University of California, Riverside Bourns College of Engineering has developed a cooling technique using graphene multilayers to remove heat from gallium nitride, a semiconductor material utilized in various applications ranging from electric cars to traffic lights.
A research team led by Sandra Rosenthal from the Vanderbilt University has discovered a way to improve white-light quantum dots’ fluorescent efficiency up to 45%, a more than 10-fold increase from an initial level of 3%.
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