Research news
Physicists’ review paper on quantum transport could pave the way to improved energy management at the nanoscale
The insights from the review could lead to the innovation of novel materials and devices to manage and control transport at the nanoscale.
SUTD researchers develop a novel reconfigurable device that can bridge the gap between processor and memory
The device works both as a reconfigurable memory component and as a programmable shift register.
SUTD researchers developed phase-change key for new hardware security
A new type of reconfigurable, scalable, low power hardware security device with high resilience to AI attacks has been developed.
Improving urban growth models with fractional calculus
The mathematical tool accounts for complex systems where changes do not occur instantaneously, making it more suitable for studying cities.
SUTD researchers develop new strategies to teach computers to learn like humans do
A new type of code to realise an energy-efficient continual learning system has been recently designed by a team of researchers.
LEGO stacking of 2D materials brings us a step closer to ultracompact memory and spintronic tech
Different species of 2D materials can be ‘LEGO-stacked’ into a van der Waals heterostructure; SUTD scientists designed a novel functional 2D hybrid material for ultracompact memory and spintronic device applications.
SUTD researchers develop low-cost electroporation device that could expand global access to cancer drugs
SUTD developed a microsize-gap multiple-shot electroporation (M2E) device that could improve the effectiveness of delivering cancer drugs at a lower cost, globally.
Sparking new insights into dye chemistry
The SUTD-led study leverages systematic design and molecular engineering to develop brighter, more sensitive fluorophores used in detection probes and imaging labels.
Using Quantum Parrondo’s Random Walks for Encryption
SUTD has set out to apply concepts from quantum Parrondo’s paradox in search of a working protocol for semiclassical encryption.
SUTD researchers designed an ultralow power artificial synapse for next-generation AI systems
SUTD introduced a nanoscale deposit-only-metal-electrode fabrication process for artificial synapse for the first time.
