Particle Physics Online Training

The Particle Physics Online Training provides a rigorous and comprehensive introduction to the foundational concepts and applications of modern particle physics. Covering everything from the structure of atomic nuclei to the theoretical framework of the Standard Model, this course is tailored for students, researchers, and science enthusiasts seeking a deeper understanding of matter at its most fundamental level.

The curriculum explores elementary particles, particle accelerators, radiation detection, and nuclear interactions through a methodical, module-based approach. Students will gain insight into the quantum behavior of particles, investigate forces acting within atomic nuclei, and understand how cutting-edge experiments shape our current understanding of the universe. This online training bridges theoretical principles and experimental techniques, offering learners both conceptual depth and applied knowledge in the realm of high-energy physics.

Learning Outcomes

1. Understand the properties and interactions of elementary particles clearly.
2. Analyze nuclear processes, structures, and reaction mechanisms effectively.
3. Explore the functionality and types of particle accelerators used globally.
4. Identify various radiation detection techniques in particle experiments.
5. Comprehend the framework and limitations of the Standard Model.
6. Integrate theoretical knowledge through assignments and scientific application.

Course Link : Particle Physics Online Training

Course Overview

Module-01: Introduction to Particle Physics

• Explore the history, scope, and goals of particle physics.

Module-02: Elementary Particles

• Study fermions, bosons, leptons, quarks, and their interactions.

Module-03: The Nucleus

• Examine nuclear structure, binding energy, and nuclear stability.

Module-04: Nuclear Physics

• Investigate fission, fusion, decay processes, and nuclear reactions.

Module-05: Particle Accelerators

• Learn about cyclotrons, synchrotrons, and linear accelerators in practice.

Module-06: Radiation Detectors

• Analyze Geiger counters, scintillation, and semiconductor-based detectors.

Module-07: The Standard Model

• Understand quantum fields, gauge bosons, and fundamental force unification.

Assignment

• Apply theoretical knowledge to practical assessment tasks.

Disclaimer:

This is an online course with pre-recorded lessons. You will get access to the course within 48 hours after your enrolment.