Institute of Materials Research and Engineering (IMRE)

Microstructures made of adjoining semiconductor disks could lead to powerful nanoscale sensors

A model that predicts real-world behaviors of insulator interfaces makes designing ‘nano-electronic’ materials significantly simpler

Information within the bonds of molecules known as super benzene oligomers pave the way for new types of quantum computers

A theoretical and numerical study of graphene sheets reveals a property that may lead to novel opto-electric devices and circuits

A method that boosts the contrast of high-resolution optical images has the potential to enable lithography at the nanoscale

The temperature-controlled alignment of tiny crystals could help harness their collective properties for nanotechnology applications

Glucose–amine rings turn star-shaped fluorescent dyes into powerful probes for imaging cancer cells in three dimensions

A thin film made of graphene and a charge-inducing polymer shows promise as a replacement for transparent electrical conductors in displays

Gold nanocluster arrays developed at A*STAR are well suited for commercial applications of a high-performance sensing technique

A method is now available to produce non-aggregating semiconducting particles in water

Inexpensive hybrid metal and oxide nanostructures prove to be a catalyst that enhance sunlight-powered hydrogen production

A method for printing color images of ultimate resolution has been developed at the A*STAR Institute of Materials Research and Engineering