Working in our group gives you theoretical skills in quantum computing with a focus on applying theory to state-of-the-art experimental platforms such as on-chip circuit quantum electrodynamics and semiconductor spin qubits. The expert knowledge and skills gained will be advantageous to the physicist looking to industry as well as academia.
Technology and screens have pervaded classrooms all over the world in the last two decades. Yet, research has now shown that digital devices do not necessarily improve educational outcomes. Rather, their use leads to other forms of harms such as attention loss. Today, big tech is now pushing for AI to be yet another transformative technology for education. Drawing from past experience, educators can afford to be more circumspect and cautious. Even as intentional use of AI can lead to better student outcomes, AI use has been linked to cognitive loss -- even cognitive surrender -- and the loss of critical thinking faculties as well as other brain changes that result in delusional spiraling. Research into AI in Education is more urgent than ever in this age.
Our research focus areas are expanding and we are looking for outstanding students looking to apply themselves to become excellent physicists and physics education researchers.
Prospective PhD students should apply directly to NTU School of Physical and Mathematical Sciences' graduate programme (link), and contact the PI.
For Quantum research, candidates should have a PhD in physics and experience with theoretical methods in quantum computing, quantum information and/or open quantum systems.
For Education research, candidates should have a PhD in education research and experience with qualitative and quantitative methods, with an interest in physics and mathematics education.
Candidates should possess a high degree of self-motivatation and provide a positive and collaborative attitude in a group setting.
Applicants should send a CV and cover letter directly to the PI.
There are usually undergraduate projects available. A good quantum mechanics foundation is essential and basic coding skills will be an advantage. In addition, I recommend undergraduate students to take up my course PH3406 Open Quantum Systems after the core Quantum Mechanics courses.
kohteckseng (at) ntu (dot) edu (dot) sg
21 Nanyang Link Singapore 637371
(SPMS-PAP-03-08)