Materials Science and Quantum Materials PhD positions at NJIT
6072
Requirements:
Applicants should have a bachelor's or master's degree in physics, chemistry, materials science, or a related field. They should have an interest and enthusiasm for fundamental scientific research, be proactive and team-oriented. Interested students are encouraged to send their resumes and transcripts to .
Additional Information:
The annual stipend for Ph.D. students at the New Jersey Institute of Technology is $46,000.
Introduction to Yang Lab: Our lab is supported by NSF CAREER Award and DOE grants. Our group studies the collective quantum behavior in crystalline materials using neutron scattering and high magnetic fields (up to ~65 T). Our lab has crystal growth facilities, a low-temperature (1.6 K, 9 T) vibrating sample magnetometer, basic physical property characterization, X-ray single crystal diffractometer, and X-ray Laue machine (~1-million dollar lab). Experiments are also conducted at the neutron sources (e.g., Oak Ridge National Lab and ANSTO in Australia), and the National High Magnetic Field Laboratory. We have published more than 60 papers in journals, including Nature Materials, Nature Communications, Nano Letters, Science Advances, Advanced Science, npj Quantum Materials, and Physical Review Letters.
补充内容 (2025-08-19 00:18 +08:00):
Interested students are encouraged to send their resumes and transcripts to "[email protected]".
Applicants should have a bachelor's or master's degree in physics, chemistry, materials science, or a related field. They should have an interest and enthusiasm for fundamental scientific research, be proactive and team-oriented. Interested students are encouraged to send their resumes and transcripts to .
Additional Information:
The annual stipend for Ph.D. students at the New Jersey Institute of Technology is $46,000.
Introduction to Yang Lab: Our lab is supported by NSF CAREER Award and DOE grants. Our group studies the collective quantum behavior in crystalline materials using neutron scattering and high magnetic fields (up to ~65 T). Our lab has crystal growth facilities, a low-temperature (1.6 K, 9 T) vibrating sample magnetometer, basic physical property characterization, X-ray single crystal diffractometer, and X-ray Laue machine (~1-million dollar lab). Experiments are also conducted at the neutron sources (e.g., Oak Ridge National Lab and ANSTO in Australia), and the National High Magnetic Field Laboratory. We have published more than 60 papers in journals, including Nature Materials, Nature Communications, Nano Letters, Science Advances, Advanced Science, npj Quantum Materials, and Physical Review Letters.
补充内容 (2025-08-19 00:18 +08:00):
Interested students are encouraged to send their resumes and transcripts to "[email protected]".
