Qualified students should have a strong preparation in applied mathematics. In particular, familiarity with the following topics is expected:
At RPI, these topics are covered in MATH 6800 (Computational Linear Algebra) and MATP 6610 (Computational Optimization).
A solid background in coding is also essential. Students are expected to complete CSCI 1100 (Computer Science I) and CSCI 1200 (Data Structures), or have equivalent experience.
In addition, students should have a strong foundation in quantum theory and modern quantum many-body systems, including:
At RPI, these topics are taught in PHYS 6510 (Quantum Mechanics I) and MATH 6890 (Mathematical Foundations of Modern Quantum Many-Body Theory).
If you want to learn more about the group's research or are interested in joining the team send me an email!| Name | Role | Department | University |
|---|---|---|---|
| Kangbo Li | Postdoctoral Scholar | Mathematics | RPI |
| Jerry Huang | Postdoctoral Scholar (co-mentored with Stefan T. Radev) | Mathematics/Cognitive Science | RPI |
| Chanaka Mapa Mudiyanselage | Graduate student | Mathematics | RPI |
| Muhammad Talha Aziz | Graduate student | Mathematics | RPI |
| Alex Weiss | Undergraduate student | Physics | RPI |
| Paul Bruzzi | Undergraduate student | Computer Science | RPI |
| Luka Petervarsy | Undergraduate student | Computer Science | RPI |
| Name | Role | Department | University | Time |
|---|---|---|---|---|
| Ibrahim Abdulazeez | Graduate student | Mathematics | RPI | Summer '24 - Spring '25 |
| Francis Appiah | Graduate student | Mathematics | RPI | Summer '24 |
| Gabriel Loza | Undergraduate student | Mathematics | RPI | Fall '24 |