The Net Advance of Physics:
QUANTUM GROUPS
QUANTUM GROUPOIDS and GROUPS:
General:
Tjin 91/11;
Jaganathan 2000/03;
An Invitation to Noncommutative Algebra
by Chelsea Walton [2018/08]
Lectures on quantum groups and Yang--Baxter equations
by A. P. Isaev [2022/06]
Type: SEMIGROUPS:
Quantum Semigroups: A Survey
by Yulia Kuznetsova [2018/06]
Type: COMPACT:
Maes and van Daele 98/03;
Lecture notes on the co-representation theory of the compact quantum group SUq(2)
by Olof Giselsson [2018/03]
Type: FREE:
Free Quantum Groups and Related Topics
by Teo Banica [2019/09]
Type: POINCARE:
Podles 98/08;
Aspects: FUSION CATEGORIES:
Lie Theory for Fusion Categories: A Research Primer
by Andrew Schopieray [2018/10]
Re: ATOMIC CLUSTERS:
Bonatsos et al. 2001/05;
Re: BETHE ANSATZ:
Faddeev 94/04;
Zinn-Justin (thesis) 98/10;
Re: BRAIDED GEOMETRY:
Majid 94/10;
Re: CONFORMAL FIELD THEORY:
Faddeev 94/04;
Re: DEFORMATION QUANTIZATION:
Sternheimer 98/09;
[q-hypergeometric] Orthogonal Polynomials in Mathematical Physics
by Chuan-Tsung Chan et al. [2017/12]
Re: DIFFERENTIAL GEOMETRY: NON-COMMUTATIVE:
Aschieri and Castellani 92/07;
Re: HOPF ALGEBRAS:
Nikshych and Vainerman 2000/06;
Re: KNOT AND LINK INVARIANTS:
Labastida 2001/07;
Re: MOLECULES:
Bonatsos et al. 2001/05;
Re: NUCLEAR STRUCTURE:
Bonatsos et al. 95/10;
Bonatsos et al. 2001/05;
Re: YANGIAN SYMMETRY:
Ge et al. 95/09;
THE NET ADVANCE OF PHYSICS