Undergraduate Projects:
I used to subscribed to the myth that no undergraduate could do meaningful research in theoretical subjects. Here is some personal evidence to the contrary:
" One-loop structure of higher rank Wilson loops in AdS/CFT "
Alberto Faraggi (Chile U., Catolica), James T. Liu, Leopoldo A. Pando Zayas (Michigan U., MCTP), Guojun Zhang (Hefei, CUST). Sep 10, 2014. 4 pp.
Published in Phys.Lett. B740 (2015) 218-221
" Small Treatise on Spin-3/2 Fields and their Dual Spectral Functions "
James T. Liu, Leopoldo A. Pando Zayas (Michigan U., MCTP), Zhenbin Yang (Hefei, CUST). Dec 30, 2013. 38 pp.
Published in JHEP 1402 (2014) 095
" On Resolutions of Cosmological Singularities in Higher-Spin Gravity "
Benjamin Burrington (Troy U.), Leopoldo A. Pando Zayas, Nicholas Rombes (Michigan U., MCTP). Sep 4, 2013. 25 pp.
" Charged Boson Stars in AdS and a Zero Temperature Phase Transition "
Sanle Hu (Hefei, CUST), James T. Liu, Leopoldo A. Pando Zayas (Michigan U., MCTP). Sep 2012. 5 pp.
Also in August, 2015 I advised two diploma students at ICTP, Italy:
Armel Kamenyero (Matrix Models Techniques and Localization)
and
Jewel Ghosh (One-loop Corrections in Holography).
Teaching:
W14 Phys 653 Renormalization Group: a modern Course
W13 Phys 460 Quantum Mechanics II
F12 Phys 435 Gravitational Physics
F12 Phys 535 General Relativity
W12 Phys 406 Statistics and thermal Physics
F11 Phys 406 Statistics and thermal Physics
W11 Phys 646 String Theory
F10 Phys 435 Gravitational Physics
W09 Phys 460 Quantum Mechanics II
F08 Phys 435 Gravitational Physics
W08 Phys 646 String Theory
F07 Phys 435 Gravitational Physics
W07 Phys 506 Electricity and Magnetism II
F06 Phys 505 Electricity and Magnetism I
W06 Phys 453 Quantum Mechanics
W05 Phys 453 Quantum Mechanics
F04 Phys 435 Gravitational Physics
W04 Phys 453 Quantum Mechanics
F03 Phys 635 General Relativity
W03 Phys 240 Introduction to Electricity and Magnetism
F01 Phys 240 Introduction to Electricity and Magnetism
|
