Queen Mary, University of London Department of Physics Undergraduate Studies
www.ph.qmul.ac.uk
Contents
Introduction Queen Mary, University of London Studying at the Department of Physics Degree programmes
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Entry requirements The Science and Engineering Foundation Programme Departmental facilities and support Graduate opportunities
• BSc/MSci Physics (F300/F303) Frequently Asked Questions
• BSc/MSci Astrophysics (F526/F523) • BSc/MSci Theoretical Physics (F340/F323) • BSc/MSci Physics with Particle Physics (F392/F393) Modules in the Department of Physics
Next steps Living in London
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The information given in this brochure is correct at the time of going to press. The College reserves the right to modify or cancel any statement in it and accepts no responsibility for the consequences of any such changes.
Introduction
The Physics Department at Queen Mary maintains a long tradition of excellence in research in groundbreaking fields, combined with a commitment to maintaining the highest standards of student education, giving our graduates the best possible preparation for their chosen careers. Research in the Department is focussed in research centres in high-energy particle physics, condensed matter physics and theoretical physics. In addition we have very close teaching and research links with the Astronomy Unit in the School of Mathematical Sciences. All of these groups contribute to teaching on our degree programmes, which cover the key areas of Physics, Particle Physics, Astrophysics and Theoretical Physics, all at BSc or MSci level. In the following section you will find detailed descriptions of the programmes we offer, which are all accredited by the Institute of Physics. Opportunities for Study Abroad are also available in all programmes. The reputation of the department and College is reflected in the prestigious Shanghai Jiatong university rankings which placed the department 8th in the UK and also by The Guardian which ranked the department 7th in the UK. In the UK Government’s latest Research Assessment Exercise the College was placed 11th (The Guardian). We have dedicated support staff, covering all academic and pastoral areas, to help and advise you during your time at university. Studying at university is an opportunity and a challenge, and can be a very rewarding experience both intellectually and personally. We are committed to helping you to benefit as much as possible during your time with us.
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We also offer financial support, with a generous scholarships programme that awards ÂŁ3000 per annum to high achieving students. I encourage you to read more about our scholarships on page 18. You will be taught by academics active in ground-breaking fundamental research and by the end of your degree will have attained not only knowledge of modern physics, but high level analytical, problem-solving and research skills. These will open up continuing career opportunities across a spectrum from postgraduate research to diverse careers in business. In addition to undergraduate modules during the academic year, we provide opportunities for paid summer research internships within our research centres, as well as in a range of other universities, plus a wide variety of paid summer employer placements. Our Department is a partner in the South East Physics Network (www.sepnet.ac.uk), which supports many of these initiatives. More than half of our students are from outside London, and the rest spread across all areas of Greater London. Students may choose to live at home, or in shared accommodation according to need. Queen
Mary is a genuine campus university, and many students take advantage of the accommodation in our award-winning Student Village, which has over 1200 rooms. Here all undergraduates have access to numerous cafes and restaurants, the Students’ Union, with a wide variety of clubs and events, the new QMotion gym, as well as study areas and library facilities equipped with computers or wireless access. You can read more about the facilities on campus and in the department on page 18. Our reputation is built on the quality of our graduates, and whatever their choice of degree programme, career aims, or other interests, our graduates have reported high levels of satisfaction with our teaching and support, and have gone on to build successful careers in many professions. Should you enrol at Queen Mary I have every confidence that you would join them.
Professor William J Spence Head of Department
Queen Mary, University of London London’s only campus-based university
One of the UK’s leading research-focused universities, Queen Mary, University of London is an inspiring place to work and study Among the three largest of the colleges of the University of London, Queen Mary's 3,000 staff deliver world class degree programmes and research across a wide range of subjects in Humanities, Social Sciences and Laws, in Medicine and Dentistry and in Science and Engineering. With a budget of over £220 million per annum and a yearly economic impact on the UK economy of over £600 million, Queen Mary offers a vibrant and intellectually stimulating environment to its 15,000 students.
As a member of the 1994 Group of researchfocused universities, Queen Mary has made a strategic commitment to the highest quality of research. Indeed, we believe that a vibrant research environment means that our students have access to the world's leading experts in their chosen subjects. We have invested in this principle through a systematic programme of recruiting to Queen Mary the best academic staff in their disciplines from around the world. We are interested in academics at the peak of their careers who have made a substantial commitment to their field, as well as those who show promise. This creates an inspiring and dynamic atmosphere designed to intellectually awaken undergraduates in their first in-depth study of their chosen field.
Queen Mary is one of the UK’s top universities, ranked 11th nationally out of 132 universities in the official 2008 Research Assessment Exercise (Guardian). Queen Mary has been ranked in the top 20 universities in England according to The Times Higher Education 2009 World Rankings and graduates are in the top 10 for the highest starting salaries according to The Sunday Times. The College made extensive preparations to achieve the best possible profile in RAE 2008. All three sectors of the College (Humanities and Social Sciences, the School of Medicine and Dentistry, Science and Engineering) have shown significant growth and development across all areas of research activity. This is based on numbers of postgraduate students, research assistants,post-doctoral research fellows and research grants. The full results are available online at: www.qmul.ac.uk/RAE
The 2009 National Student Survey showed overall high levels of satisfaction among Queen Mary students (average 86.5 per cent) and in the Department of Physics ninetythree per cent of students were satisfied with the quality of the course. Queen Mary also won the prestigious ‘Most Improved Student Experience of the Year’ award in The Times Higher Education Awards 2009 All of our academic staff are engaged in valuable research – bringing benefits to their chosen field of expertise, as well as the students with whom they share the fruit of their knowledge. A university is, by its very essence, a place dedicated to learning, and everything we do reflects that reality. This focus enables staff and students alike to realise their full potential. For each generation of students, this means being well-prepared for future success; and for staff, being supported in their valuable and ongoing research activity.
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Studying at the Department of Physics
Degree structure Your studying is arranged so that you take eight different modules in each academic year. You are required to take four in each semester. Semester A runs from September to December and Semester B runs from January until April. Generally for each module you will have three or four hours of lectures per week and one or two hours of tutorials or exercise classes. If you are taking a practical module, such as Scientific Measurement in the first year, you will spend two afternoons a week in our undergraduate laboratory. Our degrees are structured so that you take a number of compulsory modules. These ensure that you graduate with the requisite knowledge of Physics as a subject. The compulsory modules in the first year are common across all degree programmes. From second year onwards, programmes diverge and you have a number of options available. The exact number of options will depend on your degree programme. For example, if you have applied to study Astrophysics you will have less choice than someone studying Physics, as there are a number of Astrophysics modules that you need to take to meet the requirements of the degree. A full outline of the structure of each of our degrees programmes can be found in the following pages. A fuller description of some of the modules on offer is on page 15.
BSc/MSci You will notice that we offer two different types of qualification: BSc or MSci. The BSc takes 3 years to complete whilst the MSci takes 4 years. An MSci will provide you with more advanced training and project experience which could lead to a PhD or provide you with an advantage if you wish to enter a career at a higher level. The BSc and MSci courses have common programmes and options over the first two years and transfer between the programmes is possible during this time, subject to satisfactory performance.
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In the final year of the MSci you will have the opportunity to take modules selected from a large range of current research topics in physics. This year is taught as an intercollegiate year and you will be able to take modules taught by lecturers from Colleges throughout the University of London.
Study abroad Queen Mary students can take part in an international exchange programme spending either the autumn semester or full academic year at one of our partner institutions. The academic work completed abroad is credited towards your Queen Mary degree. Tuition fees will still be paid to Queen Mary for your period abroad and you do not have to pay tuition fees at the host institution but you are still responsible for all travel, accommodation and living expenses. Full eligibility details and other conditions for participation in this programme are laid out on our website: www.qmul.ac.uk/qmlearning/exchanges Our partner universities with physics specialities are: • Hunter College (City University of New York) • University of Miami • University of Richmond • University of California (with several campuses and different specialities) It is also possible to study in Europe within the Erasmus programme. This presents a great opportunity for students to immerse themselves in the language, lifestyle and culture of another country. Students are selected by their Department at Queen Mary and the criteria for selection include academic ability, proficiency in the language of the host country and the desire to participate in an exchange. The Language Learning Unit provides courses to give students practical skills in a foreign language and help prepare them for the exchange. Students are given credit for courses passed at the host institution. More information can be found on the British Council website: www.britishcouncil.org/erasmus.htm
Entry requirements For our BSc programmes we ask for 300 UCAS points, including a grade B in physics and mathematics. Our MSci requirements are 340 UCAS points and a grade A and B in physics and mathematics in any order. We accept a wide variety of qualifications and detailed entry requirements can be found on page 16.
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Fiona Crawley, 1st year undergraduate: In a typical day we will usually have a mixture of lectures and exercise classes or tutorials. This is good as it gives a nice variation to the day. In general we only have about 4 hours of class a day, spread out between 9 and 5. This gives you a chance to get coursework done, to ask questions and to socialise. I find that you make friends best during the day when you are trying to get your coursework done in the physics museum.
“A lecture is where you acquire the knowledge to answer the questions given in the tutorial. The tutorial is also smaller, around 20 people who you know well, so you can ask questions and it is more personal. I find tutorials really useful as they allow you to apply the knowledge acquired in lectures and there is no fear of getting it wrong as tutorials are meant to help you learn.
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Degree programmes Physics
Physics The range of research in our department reflects the breadth of this subject: from understanding the most basic building blocks in our universe through particle physics, to building structures and manipulating matter on a molecular scale with condensed matter physics to understanding the formation of stars and galaxies. A degree in physics gives you knowledge of theories, techniques and mathematical approaches which can be applied in many different careers (see page 19 for information on what our graduates go on to do).
BSc Physics – F300 (three years) 1st Year
2nd Year
3rd Year
Compulsory modules Scientific Measurement
Compulsory modules Synoptic Physics
Condensed Matter
Compulsory modules Thermal and Kinetic Physics
From Newton to Einstein
Vibrations and Waves
Elementary Particle Physics
Mathematical Techniques 1
Nuclear Physics and Astrophysics
Space Time and Gravity
Mathematical Techniques 2 Electric and Magnetic Fields Quantum Physics Suggested modules Our Universe
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Physics Laboratory Electromagnetic Waves and Optics Quantum Mechanics A
Statistical Physics
Quantum Mechanics B Extended Independent Project (2 modules) Suggested modules Modern Computation and Physical Science
Suggested modules Mathematical Techniques 3
Physics of Galaxies
Condensed Matter 2
Quantum Mechanics B
Physics of Energy and the Environment
Solid State Physics
Physical Dynamics Planetary Systems
Stars Quantum Mechanics and Symmetry
Aimei Lam 2nd Year BSc Physics: Electric & Magnetic Fields is my favourite module, because the lecturer makes sure that you understand everything before moving on to the next topic and they also make it interesting to study.
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Degree programmes Physics
MSci Physics – F303 (four years) 1st Year
2nd Year
3rd Year
4th Year
Compulsory modules Scientific Measurement
Compulsory modules Thermal and Kinetic Physics
Compulsory modules Synoptic Physics
Compulsory modules Physics Investigative Project OR
Condensed Matter
Vibrations and Waves
Quantum Mechanics B
From Newton to Einstein
Nuclear Physics and Astrophysics
Solid State Physics
Physics Research Project (2 modules)
Mathematical Techniques 1 Mathematical Techniques 2 Electric and Magnetic Fields Suggested modules Our Universe
Quantum Mechanics and Symmetry Statistical Physics
Plasma Physics
Quantum Mechanics A
Elementary Particle Physics
Atom and Photon Physics
Suggested modules Space Time and Gravity
Suggested modules Condensed Matter 2
Mathematical Techniques 3
Physical Dynamics
Electromagnetic Waves and Optics
Modern Computation in Physical Science Condensed Matter 2 Physics of Energy and the Environment
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Physics Review Project
Suggested modules Plus six modules, examples include:
Physics Laboratory
Low Temperature Physics and Nanotechnology Electromagnetic Theory Advanced Quantum Theory Electrons in Solids
Degree programmes Astrophysics
Astrophysics There are lots of questions about the origin and evolution of the universe that we do not have answers to yet. However, Astrophysics can help us investigate our surroundings by applying our knowledge of physics and mathematics to the observations of stars, galaxies and planets. This allows us to investigate how old we think the universe is, how and why it is expanding, how the planets formed and if there is potential for life on other planets.
BSc Astrophysics – F526 (three years) 1st Year
2nd Year
3rd Year
Compulsory modules Scientific Measurement
Compulsory modules Space Time and Gravity
Condensed Matter
Compulsory modules Thermal and Kinetic Physics
Synoptic Physics
From Newton to Einstein
Vibrations and Waves
Physics of Galaxies
Mathematical Techniques 1
Planetary Systems
Statistical Physics
Our Universe
Nuclear Physics and Astrophysics
Extended Independent Project (2 modules)
Mathematical Techniques 2 Electric and Magnetic Fields Quantum Physics
Stars Electromagnetic Waves and Optics Quantum Mechanics A Suggested modules Physics Laboratory Condensed Matter 2
Suggested modules Modern Computation in Physical Science Quantum Mechanics B Elementary Particle Physics Mathematical Aspects of Cosmology
Physics of Energy and the Environment Physical Dynamics
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Degree programmes Astrophysics
MSci Astrophysics
– F523 (four years)
1st Year
2nd Year
3rd Year
4th Year
Compulsory modules Scientific Measurement
Compulsory modules Thermal and Kinetic Physics
Compulsory modules Space Time and Gravity
Compulsory modules Physics Investigative Project OR
Condensed Matter
Vibrations and Waves
Synoptic Physics
Physics Research Project
From Newton to Einstein
Planetary Systems
Physics of Galaxies
Mathematical Techniques 1
Physics Review Project
Our Universe
Nuclear Physics and Astrophysics
Mathematical Techniques 2
Stars
Electric and Magnetic Fields
Electromagnetic Waves and Optics
Quantum Physics Suggested modules Our Universe
Quantum Mechanics A
Statistical Physics
Suggested modules Plus six MSci modules including at least two from: Extrasolar planets and Astrophysical Discs
Suggested modules Modern Computation in Physical Science
Galaxy and Cluster Dynamics
Quantum Mechanics B
Astrophysical Plasmas
Suggested modules Physics Laboratory
Solid State Physics
Solar System
Physical Dynamics
Planetary Atmospheres
Condensed Matter 2
Elementary Particle Physics
Mathematics Aspects of Cosmology
Physics of Energy and the Environment Physical Dynamics
Space Plasmas and Magnetospheric Physics Solar Physics
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Degree programmes Theoretical Physics
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Theoretical Physics
Asmi Barot, 2nd year Theoretical Physics undergraduate: My favourite module is Quantum Physics, which I did in my first year and Quantum Mechanics which I am currently studying. Quantum Mechanics is a more detailed version of Quantum Physics. I would say that these are my favourite modules because you learn about interesting concepts like the Heisenberg Uncertainty Principle and The Schroedinger Equation. Also, I love maths and these modules really develop your skills in mathematics. In addition, the lecturers are great!
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The most fundamental questions about the universe are examined using the tools of theoretical physics. What is the origin of mass? What is dark matter? Do more than four dimensions exist? These kinds of questions can be considered by examining current theories, identifying their weaknesses and proposing new solutions. Investigations by members of the Centre for Research in String Theory are having an impact on areas such as particle physics: Twistor String Theory is giving us a new simplified understanding of particle scattering in the Large Hadron Collider.
BSc Theoretical Physics – F340 (three years) 1st Year
2nd Year
3rd Year
Compulsory modules Scientific Measurement
Compulsory modules Space Time and Gravity
Condensed Matter
Compulsory modules Thermal and Kinetic Physics
From Newton to Einstein
Vibrations and Waves
Quantum Mechanics B
Mathematical Techniques 1
Mathematical Techniques 3
Statistical Physics
Mathematical Techniques 2
Nuclear Physics and Astrophysics
Elementary Particle Physics
Electric and Magnetic Fields Quantum Physics Suggested modules Our Universe
Electromagnetic Waves and Optics Physical Dynamics Quantum Mechanics A Suggested modules Physics Laboratory Condensed Matter 2
Synoptic Physics
Extended Independent Project (2 modules) Suggested modules Physics of Galaxies Quantum Mechanics and Symmetry Mathematical Aspects of Cosmology
Physics of Energy and the Environment
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Degree programmes Theoretical Physics
MSci Theoretical Physics
– F323 (four years)
1st Year
2nd Year
3rd Year
4th Year
Compulsory modules Scientific Measurement
Compulsory modules Thermal and Kinetic Physics
Compulsory modules Space Time and Gravity
Condensed Matter
Vibrations and Waves
Synoptic Physics
Compulsory modules Relativistic Waves and Quantum Fields
Mathematical Techniques 3
Quantum Mechanics B
Statistical Mechanics
From Newton to Einstein
Nuclear Physics and Astrophysics
Physics Review Project
Electromagnetic Theory
Mathematical Techniques 1
Quantum Mechanics and Symmetry
Advanced Quantum Theory
Statistical Physics
Physics Investigative Project OR
Elementary Particle Physics
Physics Research Project
Suggested modules Physics of Galaxies
Suggested modules Plus further MSci courses totalling 8 modules
Mathematical Techniques 2 Electric and Magnetic Fields
Electromagnetic Waves and Optics
Quantum Physics
Physical Dynamics
Suggested modules Our Universe
Quantum Mechanics A
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Suggested modules Physics Laboratory Condensed Matter 2
Quantum Mechanics and Symmetry
Physics of Energy and the Environment
Mathematical Aspects of Cosmology
Degree programmes Physics with Particle Physics
Physics with Particle Physics Understanding what the universe is made from and how the particles interact is the goal of particle physics research. We can design, build and analyse data from leading experiments worldwide to help achieve this. Specialist modules have been designed specifically for this degree programme and your research project will be with an academic member of staff from the Particle Physics Research Centre, so you could find yourself working on experimental results from the ATLAS experiment in CERN or the T2K experiment sited in Japan.
BSci Physics with Particle Physics
– F392 (three years)
1st Year
2nd Year
3rd Year
Compulsory modules Scientific Measurement
Compulsory modules Thermal and Kinetic Physics
Compulsory modules Extended Independent Project
Vibrations and Waves
Synoptic Physics
Nuclear Physics and Astrophysics
Quantum Mechanics B
Condensed Matter From Newton to Einstein Mathematical Techniques 1 Mathematical Techniques 2 Electric and Magnetic Fields
Modern Computation in Physical Science
Quantum Physics
Electromagnetic Waves and Optics
Suggested modules Our Universe
Quantum Mechanics A
Introductory Java Programming
Physics Laboratory Suggested modules Physical Dynamics Stars Condensed Matter 2
Statistical Data Analysis Statistical Physics Elementary Particle Physics Suggested modules Mathematical Techniques 3 Space Time and Gravity Physics of Galaxies Solid State Physics Quantum Mechanics and Symmetry
Physics of Energy and the Environment
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Degree programmes Physics with Particle Physics
MSci Physics with Particle Physics – F393 (four years) 1st Year
2nd Year
3rd Year
4th Year
Compulsory modules Scientific Measurement
Compulsory modules Thermal and Kinetic Physics
Compulsory modules Extended Independent Project
Compulsory modules Physics Research Project
Condensed Matter
Vibrations and Waves
Synoptic Physics
Particle Physics
From Newton to Einstein
Nuclear Physics and Astrophysics
Quantum Mechanics B
Particle Accelerator Physics
Statistical Data Analysis
Relativistic Waves and Quantum Fields
Mathematical Techniques 1 Mathematical Techniques 2 Electric and Magnetic Fields Quantum Physics Suggested modules Our Universe Introductory Java Programming
Modern Computation in Physical Science Electromagnetic Waves and Optics
Suggested modules Advanced Quantum Theory
Quantum Mechanics A
Suggested modules Mathematical Techniques 3
Atom and Photon Physics
Physics Laboratory
Space Time and Gravity
Electromagnetic Theory
Physics of Galaxies
Atom and Photon Physics
Suggested modules Physical Dynamics
Solid State Physics
Electromagnetic Theory
Stars
Quantum Mechanics and Symmetry
Condensed Matter 2 Physics of Energy and the Environment
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Statistical Physics Elementary Particle Physics
Modules in the Department of Physics
Our modular degree structure means that you have a choice of which modules to take alongside the compulsory modules for your degree programme. These can be modules in the Department of Physics, as well as from other Schools, for example, a language. You will need to have your module choices approved as well as make sure there are no timetable clashes. The Physics modules detailed on this page are a selection of what is available – not a complete list. Electric and Magnetic Fields This is an introduction to the basic laws of electricity and magnetism, including Maxwell’s equations. By the end of the module you will be able to mathematically state the laws, whilst also be able to explain and apply the laws to solve a variety of problems. Electromagnetic Waves and Optics A triumph of Nineteenth-Century Physics was the unification of the theories of electricity and magnetism. This module will give you an understanding of Maxwell’s equations, the electromagnetic wave equation, diffraction, interference effects and polarisation. From Newton to Einstein This module reviews the developments in our understanding of the laws of space, time and motion, from the seventeenth century to the present day. Topics from Classical mechanics include kinematics and dynamics, gravity and planetary orbits. Special relativity, length contraction and time dilation, General Relativity and Black Holes are covered in Relativistic Mechanics. Modern Computation in Physical Science You are introduced to C++, which is a modern general purpose programming language. You will be trained in techniques
of modern scientific programming and basic object oriented programming. Nuclear Physics and Astrophysics You will be introduced to the concept of the atomic nucleus along with the various forms of radioactivity and their properties. We explore the possible decay modes (radioactive decay and fission) of the nuclei and learn how these properties help explain the cosmological abundances of nuclides via the Big Bang and Stellar Nucleo-synthesis. Our Universe This module is intended to make you familiar with the components which make up our universe: from stars and planets to solar systems and galaxies. The role of the known laws of physics in understanding observations is investigated. Physics Investigative Project This project runs throughout the final two semesters of your degree programme. You will be expected to study a problem in physics and develop your design, experimental, computational and analytical skills through independent study. You will produce a final written report on your project which could involve things such as simulating a physical process, carrying out experiments to test a current hypothesis or building a piece of equipment. Physics Laboratory This practical course requires you to carry out experiments whilst maintaining a log of your work before producing two formal reports which will be marked alongside your log book. Examples of experiments which have run in the past include ‘Building a Helium- Neon Laser’ and ‘X-ray diffraction spectroscopy’. Physics of Galaxies There are a variety of different types of galaxies and you will learn their categories and how to estimate properties such as mass and luminosity. As well as exploring the properties of galaxies, you will also learn about the evolution of structure in the universe.
Physics Review Project You will use scientific research literature to examine a specialised area of physics. This will be a combination of directed reading and independent study. By the end of this project you will have investigated an area of physics of interest to you to a deeper degree than is normally possible in conventional modules. Quantum Physics Here you will study the evidence for particlelike properties of waves and wave-like properties of particles. This is followed by a study of their consequences and their formal expression in physical law: topics include Heisenberg’s Uncertainty Principle and Schroedinger’s equation. Relativistic Waves and Quantum Fields Here you will be given an introduction into the unification of quantum mechanics and special relativity. You will review both of these topics before going on to investigate the relativistic wave equations and quantum field theory. Scientific Measurement In this module you will learn valuable laboratory techniques and skills: from measurement techniques to data analysis and reporting; you will find all of these skills necessary to carry out experimental investigations into concepts in physics. Statistical Physics We use this subject to help us to bridge the gap between microscopic quantum mechanics and the behaviour of matter as we observe it daily on a macroscopic scale. This module will teach you the theoretical basis of statistical physics. You will also develop the valuable skill of using spreadsheets to calculate and visualise complex algorithmic expressions. Thermal and Kinetic Physics Here you will learn about the four Laws of Thermodynamics and their applications to physical processes occurring in simple fluids, for example. You will also learn about heat engines, heat pumps and refrigerators and you will look into how the Second Law limits the efficiency of all engines.
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Entry requirements
A/AS-levels Tariff/Grades Requirement: BSc programmes: applicants should aim to achieve grade Bs at A-level in both Physics and Mathematics. We ask for a total of 300 tariff points. MSci programmes: applicants should aim to achieve grade A and grade B at A-level in Physics and Mathematics in either order. We ask for a total of 340 tariff points.
Subjects and grades required: Overall DMM. Must have high physics and mathematics content.
International Baccalaureate Acceptability: Acceptable on its own and combined with other qualifications. Subjects and grades required: BSc programmes: 28 points overall with 6 in both HL Physics and HL Mathematics.
If you do not perform as well in one subject and do better in others, then that is acceptable, providing you gain the minimum number of points required for the degree programme.
MSci programmes: 32 points overall with 6 in both HL Physics and HL Mathematics.
Additional information: General Studies should not be included in the tariff points.
Acceptability: Acceptable on its own and combined with other qualifications.
Vocational or applied A-levels
Subjects and grades required: BSc programmes: 65 per cent overall with 6 in both Physics and Mathematics.
Acceptability: Acceptable only when combined with other A2-equivalent Physics and Mathematics qualifications.
Key Skills Results of key skills tests may be offered but will not normally form part of the offer of a place.
BTEC National Certificate (12 units) Acceptability: Acceptable only when combined with other A2-equivalent Physics and Mathematics qualifications. Subjects and grades required: Overall in Double Award DD. Must have high Physics and mathematics content.
BTEC National Diploma (18 units) Acceptability: Acceptable on its own and combined with other A2-equivalent Physics and Mathematics qualifications.
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European Baccalaureate
MSci programmes: 75 per cent overall with 7 in Physics or Mathematics and 6 in Physics or Mathematics.
Access to HE Diploma Credits required: 60 credits, including at least 45 at level 3 Grade required: Distinction Additional Information: Must be Physics and Mathematics based Recognised by the Quality Assurance Agency for HE
European and international qualifications The University accepts a wide range of EU and International qualifications, for information please contact the Admissions Office, or visit: www.qmul.ac.uk/international/ countries
Other qualifications The College welcomes applications from those holding qualifications not listed above. Staff in the Admissions and Recruitment Office will be happy to advise you as to the acceptability of your qualification.
The Science and Engineering Foundation Programme
Physics or Astronomy Foundation Year The foundation programme has been designed for students who do not have the qualifications to enter science-based programmes at university. It is a flexible, modular programme aiming to provide a broad education in mathematics and the sciences at a standard equivalent to A-level. It will suit you if you: • Took arts A-levels but now wish to read for a science degree • Are from overseas and have not yet obtained qualifications to enter a British university • Took courses with insufficient physics/mathematics • Have already taken mathematics and science A-levels but failed to attain the standard for admission to university. The SEFP is not an alternative A-level course. It is the first part of an integrated four-year
programme with the first year providing a thorough grounding and preparation for the subsequent three years leading to a BSc (Honours) degree. If you are interested in our Foundation Programme you should apply for UCAS code FFX3 for a BSc degree (this will take you 4 years to complete) or FFY3 for an MSci degree (which will take 5 years to complete). When you successfully complete the first year of the SEFP, you will be awarded a certificate and be guaranteed entry to the normal first year of your chosen degree programme. If you enter the programme intending to study physics or astrophysics, the Department of Physics will be your parent department, providing individual advice and tutoring. SEFP entry requirements UK applicants are normally expected to have a minimum of 180 - 200 UCAS points. International applicants must have the equivalent of a high school diploma, grade 12, with science or mathematics to an advanced level, as well as IELTS 5.0/TOEFL 510/CB TOEFL 180.
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Curran Vora completed the foundation year before pursuing a BSc degree in Physics: I found that the SEFP year allowed the transition into real university life. I strongly recommend it to students who do not feel comfortable in their current mathematical or scientific abilities. Also, it is a good period of time to adjust to the university lifestyle and allows sufficient time to set good goals for your degree.
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Departmental facilities and support
Whilst lectures and tutorials may be held in other buildings around campus, there are many facilities within the G.O. Jones building for your use. These include the Physics Museum where undergraduates work together on material covered in lectures, the Hive study area, the undergraduate Teaching Laboratories and the central administration area where you can hand in your coursework and talk to support staff such as the Student Support Officer. The Hive The Hive provides a relaxed and informal environment for group and social study. It has around 300 seats across two spaces and is the main focus for group and social study on campus. The area is aimed at large and small groups and those who wish to mix work with socialising. Student Support We have a full-time Student Support Officer who is there to help with any queries or problems during the academic year. They are the first point of contact for any student concerns, be they academic or pastoral. They are available to provide advice and guidance on matters such as Student Funding, Bursaries and Financial Support, Accommodation and Welfare concerns, help with special exam arrangements for those students in need of additional support and offers advice on careers and further study.
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We have a departmental Facebook page to keep students up to date with news and it is a good way for us to keep in touch with alumni, which benefits current students. The Advice and Counselling Service can support you with any issues you may have whilst at university. We also provide a number of different services for our disabled and dyslexic students. www.welfare.qmul.ac.uk Your Adviser When you begin your studies with us you will be allocated an Adviser. This person is an academic member of staff who will be responsible for giving you advice on module choices and they will also meet with you to discuss your progress. If you have any issues whilst at university, your Adviser or the Student Support Officer should be your first point of contact. They can act on your behalf to find a solution to whatever your problem may be. Undergraduate Teaching Laboratories Our undergraduate teaching laboratories have recently been refurbished and contain a main lab with 46 spacious work stations, two optics rooms providing a further 11 work stations and 4 specialist vibration free surfaces for sensitive experiment. The laboratories are open access and we have two members of staff offering technical support for all physics students during normal working hours. Each work station has a PC with internet access and has an adjustable height function. It is a well funded resource with a mix of traditional and modern equipment. The modules Scientific Measurement and Physics Laboratory are taught here. Scholarships For UK students we will award three £3000 per annum scholarships to undergraduates based on a variety of criteria, including: • Grade A is expected at Physics A-level • Offered to students who place Queen Mary as firm choice • Other progression requirements are specified and full details can be found on our website.
We also have a number of awards of £1000 per annum available to international students. Our criteria include: • Minimum 60 per cent in Physics qualification taken • Offered to students who place Queen Mary as firm choice • As with the UK scholarship we have placed some progression requirements. Full details are available online. Accommodation We currently have over 2000 bed spaces to offer to new and returning students in mixed and same sex accommodation. There are two styles of housing on campus: en-suite and non en-suite. Each bedroom is furnished with a single bed, wardrobe, desk and chair as well as storage space and bookshelves. The communal kitchens are fully equipped with a fridge freezer, cooker, microwave oven (flats of 6 people or more), storage cupboards and dining areas. All en-suite bedrooms have a personal refrigerator. Basic insurance is included as part of your tenancy agreement. This licence agreement runs September to June for 38 weeks. Laundrettes, shops, cafes and restaurants are all easily accessible from our residences. All of our rooms have internet access at no extra cost. In addition to our on campus accommodation we offer advice and support on finding housing in the private sector. We run a unique in-house service with talks and lists of available properties of which there is an abundant supply in East London. For up to date accommodation prices please visit the Residences website: www.residences.qmul.ac.uk
Graduate opportunities
Our graduates have welldeveloped transferable skills, much in demand from employers. For example, as a physics graduate you will: • have a practical approach to problem solving • have developed high level research skills • be able to reason and communicate complex ideas • have excellent IT skills through the use of word processing and spreadsheets with additional knowledge of computer programming • be able to manage your time effectively • have experience of working with others • be comfortable reporting/presenting your work to others in the form of projects, essays or seminars. In recent years over 20 per cent of our graduates have gone on to some form of further study, this can be a one year Masters degree or PhD. The remaining students go on into employment in a wide range of fields, including roles such as Market Research Analyst, Accountant and Advertising Executive in the Business and Finance field and Computer Analyst, Programmer and ICT Manager in IT. They have also taken on technical physics roles in engineering firms and medical and non-medical laboratories.
The Careers Service The Queen Mary Careers Service is available to help you with any career-related issue throughout your time at university. If you are not sure what you want to do, a discussion with a careers adviser will help you to be clearer about your options for work or further study, and our resources will help you to begin investigating the careers open to graduates. Queen Mary students have access to a wide range of events organised locally by the Queen Mary Careers Service and Londonwide by The Careers Group giving you a chance to talk to employers and take part in interactive activities, enabling you to get a better taste of what the jobs are really like. There are also a number of talks and events offered by the Careers Service and the Department of Physics.
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Samuel Etienne, 3rd year physics undergraduate: In my third year already I’ve learned quite a bit about careers from the Careers Service in terms of what I want to do after my degree. Perhaps a PhD, go into finance or into medical physics. There’s so much you can do.
”
Your potential earnings also reflect the contribution you can make: according to a report by PriceWaterhouseCoopers, physics graduates earn around £187,000 more during their career than non-graduates.
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Frequently Asked Questions
What does studying Physics at University involve? You will be expected to devote yourself fulltime to your studies. With regards to your timetabled hours, in the first semester of your first year you should expect to spend on average each week: • 3 or 4 hours in lectures for each module • 3-6 hours in the laboratory • 3 hours in exercise classes or tutorials However, overall you should be devoting around 40 hours a week to your degree. This will include your timetabled lessons, studying and preparation for laboratory sessions and exercise classes.
How will I be taught? The teaching in the Department of Physics is carried out through lectures and exercise classes backed up by a practical element. Lectures take place in various locations around the campus and will not always be held in the Department of Physics. This will give you a chance to get to know the different areas of the College. Tutorials and exercise classes are used to support the lectures. These classes will be taken by the lecturer and postgraduate students They are an opportunity for you to ask questions and work through any problems you have with the material. We have laboratories which are reserved solely for the use of our undergraduate students. In the first year you are required to take the module Scientific Measurement, (see page 15 for a description) which will illustrate the basic concepts in physics: you will carry out experiments and interpret results. This gives you valuable knowledge on how certain laboratory instruments work and it will also give you the opportunity to develop your time management and reporting skills. You are supported in these laboratory
20 Queen Mary, University of London
sessions by dedicated technicians, academic staff and postgraduate students.
How is the academic year structured? You will take four modules in each of the two semesters in every year of study. The academic year runs from September to June. There are typically 3 or 4 lectures per week for each module. You will also have 1 or 2 hours scheduled for tutorial work for each module. You are expected to do some independent study outside of your timetabled hours. Modules often have an element of coursework to them therefore you will be expected to spend time preparing your handins and these count towards your final mark. Some modules have a class test and most have an end of year examination which makes up the bulk of your mark for that module.
Can I take modules from outside of the Department of Physics? You will have a number of options available to you each year, but the exact number will depend on which degree programme you are registered on. Our modular system allows you take a subject from another department which will still count towards your degree. For example, you may choose to study a language with choices from beginner to advanced level in a variety of languages. Visit the Language and Learning Unit website for more details: www.languageandlearning.qmul.ac.uk
Who can I go to for advice and help? When you start at Queen Mary, you will be allocated an Academic Adviser. This person will talk to you about your module options and will discuss with you what is best for your needs before registering you on the appropriate modules. If you need support or advice on personal or academic matters, then your Adviser is there to help you.
We have a full-time Student Support Officer (SSO) who acts as the first point of contact for any student concerns, be they academic or pastoral. The SSO is available to provide advice and guidance on matters such as Student Funding, Bursaries and Financial Support, Accommodation and Welfare concerns, help with special exam arrangements for those students in need to additional support and offers advice on careers and further study. If you wish to you will be able to take part in a supplemental study program in your first year of study. The Peer Assisted Study Support (PASS) scheme supports new students through weekly one hour sessions led by second and third year students.
If I want to be considered for a scholarship do I need to make an application to the department? No, all students are considered for this. Three awards of £3,000 per annum are made to UK and European students whilst for overseas students we have scholarships of £1,000 per annum available. We look at your record once we have received your examination results and a decision is based on the following criteria: • They are given to students with the highest A-level UCAS tariff • Grade A is expected at A-level or a minimum of 60 per cent in Physics qualification for overseas students • Offered to students who place us as their firm choice • Progression criterion of 70 per cent is placed • Minimum of 70 per cent attendance is required
Next steps
Visit us The best way to find out about Queen Mary is to visit; talk to Professors and Doctors in the department you are interested in, see the halls of residence, sample a sandwich from a campus café. The Department of Physics holds various events and lectures for A-level students. For a taste of physics at university visit www.ph.qmul.ac.uk/ schools
We run two annual Open Days (find out when the next one is at: www.qmul.ac.uk/visitus/, as well as Campus Tours throughout the year. You’ll be shown around by one of our students in a small group – so you’ll have the chance to ask as many questions as you like. Find out more about visiting the College at www.qmul.ac.uk/visitus/
Applying to Queen Mary For all full-time higher education programmes at universities and colleges in the UK, students must apply online at www.ucas.com You’ll find full instructions to help you fill in your online application, plus help text where appropriate. UCAS also has a comprehensive guide called Applying Online, which can be downloaded from the website
There are three types of applicant: 1 Students at a school or college registered with UCAS All UK schools and colleges (and many establishments overseas) are registered with UCAS to manage their students’ applications. Advice is available from your teacher or a careers adviser at your school or college. You fill in an online application and submit it to a member of staff. After checking your details, and having added the academic reference, your school or college submits the completed application online to UCAS. You pay online using a credit card or debit card. You may also be able to pay through your school or college. 2 Independent applicants in the UK Other UK applicants, who are not at school or college, apply online independently. It is likely that you are a mature applicant, who, unlike school and college students, cannot readily seek advice from your teacher, but can instead consult with various careers organisations (such as Connexions). You are responsible for paying the correct application fee, for obtaining and attaching the academic reference and for submitting the completed application online to UCAS. 3 International applicants outside the UK (EU and worldwide) Except for those whose school or college is registered with UCAS, individuals from the EU (excluding the UK), and worldwide, apply online independently. Advice is available from British Council offices and other centres overseas, such as your school or college or one of our overseas representatives. You will find a step-by-step guide to applying at: www.qmul.ac.uk/international/ howtoapply/index.htm
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Living in London
A world-famous city and the nation’s capital, London is an exciting place to live. If you’re new to the city, you’re in for a treat; and if you’ve lived here before, then you’ll know there’s always more to explore. Either way, student life in London promises to be an adventure. With eight million residents, London is up there with Tokyo and NYC in terms of sheer size. Yet rather than a single city, London is actually a patchwork of different areas – many of them former villages in their own right. Many retain their own centres, with a parade of shops, bars and restaurants that reflects its own particular and historic character. Depending on your mood, the occasion and the kind of place you are looking for, you can make this diversity work to your advantage – there’s always somewhere that will suit your mood, budget, and the kind of occasion you are looking for. Queen Mary’s main campus is at Mile End, well connected to the rest of the city by tube. Mile End (Central line) and Stepney Green (Hammersmith and City, and District lines) are both a short walk away.
1 Old Street, and surrounding EAT… Yelo, on Hoxton Square (Thai food) Shish, an upmarket kebab restaurant. VISIT… White Cube2 Gallery. This area is the epicentre of the East End’s artistic community. SHOP… The Hoxton Boutique.
The Sunday Flower Market at Columbia Road is legendary amongst Londoners.
2 Shoreditch, and Brick Lane EAT… Brick Lane is London’s ‘Curry
Capital’– an entire street lined with Indian and Bangladeshi restaurants. Brick Lane Beigel Bake, open 24-hours (great for bagel emergencies). VISIT… The Old Truman Brewery, a converted
brewery and home to numerous fashion designers, artists and DJs.
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3 Bow Wharf The complex includes: The Fat Cat Café Bar; The Thai Room; and Jongleurs Comedy Club, which, as well as the comedy, has a bar and restaurant plus post-comedy disco on Friday and Saturday nights.
4 Docklands, and Canary Wharf EAT… Ubon by Nobu (the sister restaurant to the West End favourite of the stars), or Carluccio’s, an Italian chain serving exceptional food. Wagamama in the Jubilee Place Mall. Bene Bene, which offers a huge selection of seriously cheap sandwiches, salads, bagels and desserts. VISIT… The Museum in Docklands, which explores the story of the docks from Roman settlement through to recent regeneration.
5 Bethnal Green, and Victoria Park EAT… E Pellici, on Bethnal Green Road, an Italian greasy spoon café which has been around since 1900. Nando’s, Hackney Village for a range of other restaurants and cafes, including Frocks, Mojo’s and Déjà Vu. VISIT… Modern Art and Vilma Gold galleries on Vyner Street, just north of Bethnal Green.
6 Mile End, and surrounding area
The Morgan Arms, a bit more of an up-market pub. The Golden Bird (Chinese), The Pride of Asia (Indian), Matsu (Japanese) restaurants, if you like to eat your way around the world. Roastars coffee shop, for a small caffeine buzz at the start of the day.
EAT… with Mile End’s big range of eating places, our students never go hungry, whatever their culinary skills. Wetherspoon's pub, offering the ‘cheap and cheerful’ deals.
VISIT… Mile End Park, 90 acres of greenery in the heart of the East End where you’ll find an ecology park; an arts park; and a terraced garden and a sports park.
The Mile End Stadium, includes an eight lane athletics track, artificial hockey/football pitches and grass football pitches. The Genesis Cinema, go on Wednesday night for a student discount. The Whitechapel Gallery: famous for exhibitions by big name artists.
5
Kings Cross British Library
Victoria Park
3
EAST LONDON
To Olympic Stadium
Bethnal Green
Euston
TOWER HAMLETS
Islington Bloomsbury
Stepney Green
Clerkenwell
6
Mile End
ULU: Students’ Union
1 Leicester Square
Chancery Lane
Barbican
Liverpool Street
Shoreditch Mile End Park
2
Holborn
CITY OF LONDON
HOLBORN St Paul’s Temple
Blackfriars
Bank
Whitechapel Aldgate Limehouse
Tower Hill Tower of London
4 Canary Wharf
Mansion House Monument
Charing Cross
To O2 Arena
St James’ Park
SOUTHWARK
London Bridge
Wapping
Waterloo
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This guide has been produced by the Publications and Web Office for The Department of Physics – Pub6708 For further information contact: The Department of Physics Queen Mary, University of London Mile End Road London E1 4NS Tel: +44 (0)20 7882 5051 Fax: +44 (0) 20 8981 9465 email: physics@qmul.ac.uk www.ph.qmul.ac.uk
This brochure has been printed on environmentally friendly material from sustainable sources.