Particles (Nuclear physics) - Mathematical models.

The Lund model / by: (Language materials, printed)

Field theoretical tools for polymer and particle physics by: (Language materials, printed)

Noncommutative geometry and particle physics by: (Electronic resources)

Models for physics of the very small and very large by: (Electronic resources)

An introduction to non-abelian discrete symmetries for particle physicists by: (Electronic resources)

Monte Carlo N-particle simulations for nuclear detection and safeguards = an examples-based guide for students and practitioners / by: (Electronic resources)

Polymers- Mathematical models.

Elementary Particles, Quantum Field Theory.

Symmetry (Mathematics)

Group Theory and Generalizations.

Monte Carlo method.

Nuclear Energy.

Computational Physics and Simulations.

Algebraic Geometry.

Security Science and Technology.

Environmental Monitoring.

Mathematical physics.

Noncommutative differential geometry.

Mathematical Methods in Physics.

Mathematics.

Cosmology.

Quark-gluon interactions- Mathematical models.

Mathematical Physics.

Particles (Nuclear physics)- Mathematical models.

Physics.

Theoretical, Mathematical and Computational Physics.

Non-Abelian groups.

Nuclear Physics.

Waste Management/Waste Technology.