A breakthrough in stabilizing nanocrystals introduces a low-cost, energy-efficient light source for consumer electronic devices, detectors and medical imaging.
For over past couple decades, manipulating materials at the nanoscale to develop efficient catalysts for various applications, including water treatment, has been the gold standard in the field. But a new study goes even smaller - down to a single atom,
The miniaturization of microelectronic sensor technology, microelectronic robots or intravascular implants is progressing rapidly. However, it also poses major challenges for research. One of the biggest is the development of tiny but efficient energy storage devices that enable the operation of autonomously working microsystems—in more and more smaller areas of the human body for example.
These pillars need to be supported as a collective effort, said EDB senior vice president for semiconductors Terrence Gan. There are five research pillars for Singapore's long-term microelectronics development goals,
Singapore Business Review on MSN.com: 2021-08-25 - MEMS business
