A*STAR Institute of Microelectronics (A*STAR IME)

A metasurface whose optical properties change in response to electricity provides precise control over the reflection and transmission of radiation

Advanced display technologies based on nanostructures could be mass manufactured by introducing existing techniques from the semiconductor electronics industry

An ultracompact laser has been made using nanoscale semiconductor columns

A flexible,
low-cost technique could lead to the mass production of microelectromechanical
systems for use in a range of applications

A layer of diamond can prevent high-power electronic devices from overheating

Resistive random-access memory that avoids an initial forming process improves fabrication methods and reliability

A sensor node processor for networked sensor applications achieves ultra-low power consumption by using ultra-low voltage operation, hardware acceleration and cognitive sensing techniques

Novel photonic structures can act as tiny and highly accurate sensors of temperature and humidity

On-the-spot diagnosis of certain cancers and other diseases is closer to
becoming a reality thanks to a sensitive biosensor

A highly reliable urine test has
been developed for the early detection of a common type of bladder cancer

Depositing different materials on top of bulk silicon wafers enables three-dimensional opto-electric integration

Efficient broadband antireflection coatings improve terahertz optics for applications in sensing and imaging