Programme/Approved Electives for 2026/27
None
Available as a Free Standing Elective
No
Nuclear physics is a key component in decarbonising our energy generation and is literally at the heart of stellar astrophysics. You will extend the ideas developed in quantum and atomic physics to understand the components and composition of atomic nuclei, nuclear stability, fusion, fission and radioactive decay. You will then apply those concepts to the generation of nuclear power, both here on Earth and at the centres of the Sun and other stars.
Aims
This module aims to enable students to describe and explain key concepts in nuclear and particle physics, provide them with the problem solving skills (including setting out problems and their solutions, using approximations, putting words into equations and vice versa) required to address questions in nuclear and particle physics and carry out related numerical calculations (mathematical and computational skills).
Intended Learning Outcomes
describe, explain and apply qualitatively and quantitatively concepts and phenomena in nuclear and particle physics: 1,2solve problems by performing mathematical and numerical calculations relevant to nuclear and particle physics: 1,2analyse problems and apply nuclear theory to solve new problems in the context of these disciplines independently.: 1,2
48 Active Learning Hours:24 hours of lectures 24 hours physics practicalsIndependent Study Hours: 2.5 hours examination;24 hours assessed problem-solving exercises;75.5 hours of examination revision and private study.
Description of Module Assessment
1: Exam weighted 70%Unseen written examinationA 2.5-hour exam worth 100 marks consisting of 8-10 compulsory short questions (equally weighted and adding to 40%) and 3-4 long questions of which students chose 2 questions (equally weighted and adding to 60%).
2: Problem Sheets weighted 30%Problem-solving worksheets and activitiesA selection of in-class and independent-study tasks and worksheets to be completed at specific times during the academic year, pertaining to the material covered until that point. Equivalent to ~ 2000 words combined