汤头条原创

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Natural Sciences (Physical)

  • Number of students per year: 15 to 20
  • Typical offer: A*A*A or equivalent; we accept a wide range of
  • Essential subjects: Mathematics and two other science subjects
  • Useful subjects: Chemistry, Physics, Further Mathematics

Undergraduates study Physical and Biological Sciences in Cambridge as part of an overarching programme called Natural Sciences.

Natural Sciences at Cambridge

Students who already know which branch of science they want to study (for example Physics or Genetics) are able to do just that, while also having the chance to study related sciences which support their main discipline. This enables Cambridge students to become more rounded scientists, something which is increasingly useful as modern scientific research cuts across traditional disciplinary boundaries.

Another advantage of the Cambridge course structure is that those who have broad scientific interests can maintain this breadth before finding their areas of specialism as the course progresses. Many students find that their interests develop as they are exposed to new areas of science which they have not studied at school, and will end up specialising in a field which they would never have even considered if they had followed a University course in a single narrow discipline.

The key to the Natural Sciences degree structure is that it provides students with choice and flexibility, not only at the start of the course, but also as it develops.

Natural Sciences is by far the largest course in the University, and at Jesus 15 to 20 per cent of our undergraduates are studying Natural Sciences. There are over 20 Fellows of the College who work in the scientific departments in which the courses are taught. 

For admissions the subject is divided into Physical and Biological strands, but once admitted students are free to choose study options across the Physical and Biological sciences. Teaching and assessment of Biological and Physical courses is significantly different and most students admitted to study one strand will select the majority of courses from that strand in the first year.

What you'll study

The Physical Science subjects are:

  • Chemistry
  • Earth Sciences
  • Materials Science
  • Physics.

Students typically choose three of these subjects to study in their first year, or alternatively might study one of the Biological options. First years also study Mathematics. Directors of Studies coordinate supervisions and will support students in choosing their combination of subjects and courses, which in some cases will be limited by their A-levels.

In the second year Physical scientists will begin to focus on their areas of greatest interest, typically studying two sciences before finally specialising in one area in their third year. The vast majority of Physical Science students at Jesus continue to a fourth year, earning an MSci qualification.

Natural Sciences at Jesus

Our group of Physical scientists is well balanced across the sciences, typically having a handful of students in each year specialising in each of the subjects. We also have Fellows based in each of the four departments.

The Natural Sciences course teaching mostly involves lectures, practicals, and supervisions. The lectures, usually given to several hundred students, are held in the mornings, and the College is ideally located just a few minutes away from the city centre lecture theatres.

Practical classes, which students attend two or three afternoons each week are based in different departments around the city, but even the furthest locations are only a 15 minute bike ride away from Jesus.

The supervision system is essential to teaching at Cambridge, and at Jesus you'll have regular supervisions in small groups of two to three students. In the first year you'll have four supervisions a week, mostly with teaching Fellows, post graduate students, or other senior members of the College. These will usually be held in College.

The College encourages students to participate in scientific research placements in universities and companies in summer vacations. Many Physical Science students take part in these activities, for which financial support is available.

Despite the busy nature of the course, Natural Sciences students at Jesus still find time for extracurricular activities including sport at College and University level, performing in plays and stand up comedy, music, art, and a wide range of other activities.

What we look for

Requirements

Conditional A-Level offers are typically for two A* and one A grade at A-Level or equivalent, or A*A*AA for applicants offering four relevant A-Levels. We will usually ask for an A* in Chemistry or Physics. You don't need to take a Sixth Term Examination Paper (STEP) or Advanced Extension Awards (AEA).

An A-Level or equivalent in Mathematics is essential, alongside at least two science A-Levels, usually Chemistry and Physics. AS or A-level Further Mathematics isn鈥檛 essential but is complementary to topics taught in the first year Mathematics and Physics courses.

In general the wider the range of science subjects you study at A-Level, the greater choice you will have in the first year of the course and afterwards. Certain A-Levels are needed for certain subjects, such as A-Level Chemistry for those who intend to study first year Chemistry.

Written assessment

All applicants for Natural Sciences must sit the at an authorised assessment centre. You must register in advance to sit the ESAT, and the deadline for registration is 16 September 2024.

Please note that the registration process, including deadlines and test locations, is different from previous years.

Interviews

In 2024-25, we鈥檒l be interviewing shortlisted applicants virtually, with interviews taking place in December.

The interview process aims to assess your intellectual ability, potential, and commitment to the subject. Candidates are typically interviewed by at least three subject specialists, including the Director of Studies, and total contact time will be between 35-50 minutes in total. This could be in a single interview, or in two separate interviews. A range of science topics will be covered, but the focus will be on the sciences which you highlight as your main interests. For example, if your personal statement focuses on your interest in Physics, you can expect some Physics questions at interview. Further details will be made available to candidates closer to the time.

For your interview, your interviewers will expect you to have access to a device that will enable you to annotate shared documents online. This is because the interview involves real-time problem solving, where you will need to show your working as you tackle problems. In our experience, something simple like a  works well. We strongly recommend that you practise using your device in advance, to ensure you can write clearly, legibly and quickly using it.

If you do not own a tablet and stylus, we encourage you to speak to your school/college to see if a suitable device is available to borrow. If you are having difficulty sourcing a suitable device, please contact the Admissions Office.

You can  of an example interview to get a sense of what to expect.

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Written work

You don't need to submit any written work.

International applicants

We mostly refer to A-Levels and the International Baccalaureate for our entry requirements, but we accept a wide variety of qualifications from all over the world. The University website lists the . We expect students to be on track to achieve the highest grades in whichever qualification system they are studying. See our dedicated page for international students for more information.

Deferred and post A-Level entry

If you plan to take a gap year you can still apply for the course. It's good to have a clear plan of the travel and experience you propose for your year, and we'll view work or projects with some scientific connection positively.

Find out how to apply to study at Jesus.

People

Jim Bellingham

Dr Jim Bellingham

"I hugely enjoy the combination of University administration in the School of the Physical Sciences with teaching Physics in Jesus." Jim Bellingham is a Director of Studies in Natural Sciences at 汤头条原创.

Read Dr Jim Bellingham's full profile
Jim Bellingham
Profile photo of Si芒n Dutton

Professor Si芒n Dutton

Si芒n Dutton is Professor of Physics and Solid State Chemistry, and a Director of Studies in Natural Sciences at 汤头条原创. She is interested in the relationship between the composition, structure, and physical properties of inorganic materials. Her interdisciplinary research explores new materials for rechargeable batteries, solid-state magnetic cooling, and photovoltaics.

Read Professor Si芒n Dutton's full profile
Si芒n Dutton
Stuart Clarke

Professor Stuart Clarke

Stuart Clarke is a Professor in the Chemistry Department and the Institute for Energy and Environmental Flows, and a Director of Studies at 汤头条原创.

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Stuart Clarke
Profile photo of Oren Scherman

Professor Oren Scherman

Oren Scherman is a Professor in Chemistry and studies dynamic supramolecular self-assembly at interfaces. He's also a Director of Studies for Natural Sciences. His research focuses on dynamic supramolecular self-assembly at interfaces though the application of macrocyclic host-guest chemistry using cucurbit[n]urils in the development of novel supramolecular systems.

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Oren Scherman
Profile photo of Helen Williams

Professor Helen Williams

Helen Williams is a Professor of Geochemistry and a Director of Studies in Natural Sciences (Physical) at 汤头条原创. Her research involves using new stable isotope systems to understand the chemical evolution of the Earth and other planets.

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Helen Williams
Dr Mary Brazelton

Professor Mary Brazelton

Mary Brazelton has written, researched, and taught on a range of topics in the history of science and medicine in modern China. Her 2019 book, Mass Vaccination: Citizens' Bodies and State Power in Modern China, examines the history of mass immunisation in twentieth-century China.

Read Professor Mary Brazelton's full profile
Mary Brazelton
Rachel Evans

Professor Rachel Evans

Rachel鈥檚 main research area is the design of functional materials which absorb, produce or respond to light. Such materials are the basis of many cutting-edge technologies, including light-emitting displays, solar cells and optical sensors. Focus is placed on the development of ways to control the structural organisation of photoactive materials, across multiple length scales, since this controls their key optical properties.

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Rachel Evans
Profile photo of Ulrich Schneider

Professor Ulrich Schneider

Ulrich Schneider is a Fellow of 汤头条原创 and Professor of Many-Body Physics. His main research interest is many-body dynamics, emergent phenomena that only appear when many particles come together, typical examples being superfluidity or magnetism.

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Ulrich Schneider

Hear from students

  • Photo of Materials science student

    Mohsen

    Natural Sciences (Physical)

    Studying a science option within the Natural Sciences Tripos provides an excellent opportunity to achieve a solid grounding in the core physical or biological sciences, as well as exploring new or different options that you may not have encountered at school. I have just finished my third year specialising in Materials Science at Jesus after studying Physics and Chemistry for the first two years. The ability to experience different options and tailor my direction of study especially appealed to me as I did not know what I wanted to specialise...

    Read more
    Natural Sciences (Physical)