Physicists at NTU SPMS have shown how information can be encoded robustly using electron spins in perovskite nanocrystals, forming a potential replacement for conventional electronics.
Putting a New Spin on Digital Bits
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Why Science@NTU? – School Spotlight: School of Physical and Mathematical Sciences
Still pondering if you should accept that programme offer from NTU College of Science? In this series, we shine a spotlight on the Schools of the College of Science and find out how they present their students with a meaningful and fun learning experience studying Science@NTU! Today, we shall look at the School of Physical and Mathematical Sciences.
Seeing the Light of Superlattice Materials
In an experimental breakthrough, moiré superlattice materials have been shown to host exotic electronic states that can be controlled electrically.
Why Science@NTU? – Meet Dyah Nafisah!
Still pondering if you should accept that programme offer from NTU College of Science? We meet a few CoS students who share their exciting and fulfilling experience studying Science@NTU! Next, we have Dyah Nafisah from the School of Physical and Mathematical Sciences.
Electrons Through The Looking Glass
Researchers have developed new materials called higher-fold chiral semimetals, with unusual properties coming from the intrinsic chirality or “handedness” of their electrons.
A new approach to stabilise perovskite solar cells without lead
Efficient, stable and eco-friendly perovskite solar cells may be on the horizon, thanks to an innovation spearheaded by NTU Singapore scientists. Solar cells made from perovskite, a material that is able to harvest sunlight and convert it to electricity, hold great...
‘Donut Transitions’ Give a New Way For Atoms to Radiate
NTU researchers predict that a new kind of quantum jump in atoms, called a toroidal transition, can lead to unexpected forms of light emission.
Electron Liquids on the Cutting Edge
A team led by Assistant Professor Bent Weber uses state-of-the-art microscopy techniques to study and control one-dimensional electron fluids, with the aim of creating robust quantum computers.
Mathematical AI Methods Supercharge the Search for Perovskite Materials
New artificial intelligence techniques are applied to the design of perovskite materials, predicting their properties with unprecedented accuracy and efficiency.
Discovering a New Topological Material: the 3D Chern Insulator
NTU researchers have realized a long-elusive phase of matter, the 3D Chern insulator, using a photonic metamaterial. We discuss this breakthrough with SPMS PhD student Liu Guigeng.