Quantum, Nuclear and Particle Physics
Study an English-taught physics degree in Sofia focused on quantum science, nuclear physics, and particle physics. Build strong foundations in mathematics and physics, then progress into modern topics and practical laboratory work in a research-oriented environment.
Quantum, Nuclear and Particle Physics is a full-time physics degree that starts with solid fundamentals in mathematics and classical physics, then moves into quantum mechanics and the physics of nuclei and particles. The program blends theory with practical work students develop analytical skills, learn modern experimental methods, and gain experience with lab-based measurement and data analysis, preparing for research pathways and advanced study in physics and related high-tech fields.
Why Students Choose Quantum Physics
Quantum, Nuclear & Particle Physics at Sofia University
This program is delivered by Sofia University’s Faculty of Physics and follows a structured bachelor curriculum taught in English. It is designed for students who want a modern physics path that bridges fundamentals with advanced quantum and nuclear/particle themes, supported by practical training and strong academic progression toward research or further specialization.
Choose Where to Study Quantum Physics
Available in Sofia • Sofia University
Quick Comparison (What Usually Matters Most)
This program is hosted in Sofia and taught in English. Your focus should be: your math/physics readiness, your interest in quantum and modern physics, and whether you want a research-driven university environment for the next stage of study.
- Duration: 4 Years (8 Semesters)
- Degree Type: Bachelor's Degree
- Practical Training: Laboratory work + measurement/data skills + research-style projects
What You’ll Study
Math & Physics Core
- Calculus, linear algebra, classical physics, problem-solving foundations
Quantum Foundations
- Quantum concepts, wave functions, operators, core quantum reasoning
Nuclear Physics Basics
- Nuclear structure, radiation basics, interactions, applied nuclear concepts
Particle Physics Basics
- Particles and forces, modern models, accelerator and detector principles
Lab & Data Skills
- Measurements, instrumentation basics, analysis, reporting, teamwork practice
