Several students from the School of Physical and Mathematical Sciences have received academic prizes in recognition of their exceptional grades , outstanding final-year projects, and other accomplishments. Here are the winners from Class of 2022.
Several students from the School of Physical and Mathematical Sciences have received academic prizes in recognition of their exceptional grades , outstanding final-year projects, and other accomplishments. Here are the winners from Class of 2022.
Using nanostructured perovskite materials, scientists have created optical devices with greatly enhanced ability to absorb or emit chiral light.
Using a two-dimensional material, physicists can generate and control exciton polaritons, particles composed of light and matter, at ambient temperatures.
Using numerical simulations, two physicists have explained some long-standing anomalies in the behaviour of sound waves in disordered materials.
In this series, Science@NTU gets to know the 2021 CoS valedictorians. They give a quick overview of their time in CoS, and also offer a few words of advice on staying positive during these uncertain times. Finally, we have Lee Shu Hui from the School of Physical and...
The School of Physical and Mathematical Sciences warmly congratulates the Class of 2021. Every year, academic prizes are awarded to outstanding graduate students from different disciplines. Here are the winners for this year: Graduate College Research Excellence Award...
In May2021, a team of four undergraduate students represented NTU and Singapore in PLANCKS, an international physics competition for undergraduate and masters students. After a 36-hour problem-solving marathon, the team placed 21st out of 50 participating teams worldwide.
Atomically thin materials known as quantum spin Hall insulators have unusual properties that can be used to create error-resistant quantum computers. Nanyang Assistant Professor Bent Weber and Dr Michael Lodge survey the development of this exciting research field.
Physicists have created a hybrid material in which superconductivity and magnetism interact, which could be used to create a new type of quantum computer.