Physics Subject Session June 2015
Welcome ‘Physics is the only real science, the rest is just stamp collecting’ Ernest Rutherford
Why Newcastle? Physics started here in 1871 World leading research From fundamental concepts to application Strong links with engineering and industry Vibrant city Centrally located campus Low cost of living
Physics Our aim : To facilitate your transition in to a highly skilled physicist, combining strong academic foundations with the practical and analytical skills to shape the future; for the benefit of everyone
Physics The most fundamental of the natural sciences Encompassing a study of the basic ingredients of all forms of matter Starting at the quantum level, enabling the creation of new materials and paradigm shifting electronic devices; Challenging us with the discoveries of modern astrophysics and cosmology
Physics at Newcastle: Structure Thematic strands run through the programme - introductory; principles; advanced Significant laboratory content in stages 1 & 2 Individual and group projects based in research groups in stages 3 & 4. Course now officially recognised by the Institute of Physics
Physics at Newcastle: Teaching There are normally 2 lectures a week for each taught module. Plus weekly laboratory sessions Problem sessions and drop-in sessions for each module, and bi-weekly tutorials Lecturers have an ‘open door’ policy, or office hours Minimum contact hours per week
Physics at Newcastle: Assessment Exams-typically 90% of each module mark Coursework for formative and summative assessment Problem sessions and drop-in sessions for each module, and bi-weekly tutorials Degree classification is based on the second and third year marks weighted 1:3 (1:3:3 MPhys)
Physics at Newcastle: Modules Stage 1 Dynamics Introductory Astrophysics Introductory Electromagnetism + Materials Introductory Quantum Mechanics Vibrations and Waves Introductory Algebra Introductory Calculus Differential Equations Laboratory Physics
Physics at Newcastle: Modules Stage 1 Dynamics Introductory Astrophysics Introductory Electromagnetism + Materials Introductory Quantum Mechanics Vibrations and Waves Introductory Algebra Introductory Calculus Differential Equations Laboratory Physics
Physics at Newcastle: Modules Stage 2 Quantum Mechanics Electromagnetism Thermodynamics Statistical Mechanics Materials and Solid State Introduction to Vector Calculus Semiconductor Devices Methods for Differential Equations Optics Laboratory Physics
Physics at Newcastle: Modules Stage 3 Compulsory (BSc) Quantum Mechanics 3 Classical Mechanics 3 Relativity and Cosmology Materials and Solid State 3 Atoms and Nuclei Electronic Devices GROUP PROJECT PROJECT
Physics at Newcastle: Modules Stage 3 Options Numerical and Computer Modelling Variational Methods Measurement and Instrumentation Introduction to Fluids Electromagnetism 3 Astrophysics
Physics at Newcastle: Modules Stage 4 MPHYS Research Topics in Theoretical Physics Quantum Modelling of Molecules and Solids General Relativity Partial Differential Equations Electronic Device Fabrication Photonics EXTENDED PROJECT EXTENDED PROJECT+INDUSTRIAL PLACEMENT
Physics at Newcastle: Research Materials based research
Physics at Newcastle: Research Cosmology and Astronomy
Physics at Newcastle: Support Mentor : Current student; a friendly face in year 1 Personal Tutor : Helps with academic or personal issues Senior Tutor and DPD : Make sure everyone is cared for Physics Administrator : Helps with forms and procedures
Physics at Newcastle: Facilities Newly refurbished dedicated experimental laboratories, numerical modelling specific computing and dedicated study space. £2million investment during 2014 Projects based in research groups using world leading facilities and capabilities, including semiconductor physics, computational modelling, dynamics, cosmology and quantum theory
Physics at Newcastle: Facilities
Physics at Newcastle: Staff
Physics at Newcastle
Physics at Newcastle: Employability
Employment by sector
Physics at Newcastle: Scholarships
Physics at Newcastle: Contacts