Centre for Emergent Quantum Materials

Devices, Materials, and Light for a Quantum Future

The Centre for Emergent Quantum Materials (CEQM) is an NTU research centre exploring the expanding class of novel quantum materials and devices with unconventional quantum properties.

We host state-of-the-art crystal growth and materials characterization capabilities, which are employed in a highly collaborative environment. Our researchers comprise an interdisciplinary team of scientists spanning materials growers, transport experimentalists, engineers, spectroscopists, and theorists.

 

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News & Events

Creating High-Purity Jets of Light and Matter

NTU physicists have observed the polaritonic spin-Hall effect, in which hybrid light-matter particles split into two jets with different spins.

Professor Liu Zheng first winner of Apec science prize
Workshop Announcement

Quantum Geometric Advantage Workshop will be held at Nanyang Technological University, Singapore on 3-6 January 2023.
Electrons that flow like liquids pave the way for robust quantum computers

Strong interactions between electrons discovered at ultra-low temperatures close to the coldness of space bring less error prone quantum computers a step closer.
Mixing light and matter in 2D materials

Using a two-dimensional material, physicists can generate and control exciton polaritons, particles composed of light and matter, at ambient temperatures.
Light derails electrons through graphene

Researchers from ICFO in Barcelona, Columbia University, NTU in Singapore and NIMS in Japan, report in Science on experimentally achieving for the first time the bending of electrons in bilayer graphene with the use of light

Blending Superconductivity and Magnetism to Create New Quantum Particles

Polariton condensation can be realized in a perovskite lattice at room temperature.

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