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University of Exeter: Physics
| Institution | University of Exeter View institution profile |
|---|---|
| Department | Physics and Astronomy |
| Web | https://www.exeter.ac.uk/postgraduate |
Doctor of Philosophy - PhD
Summary
All research students join one of the following research groups, and those associated with the two materials themes may be allocated a studentship as part of the Doctoral Training at the Centre for Metamaterial Research and Innovation.
Research overview Astrophysics One of the largest star formation groups in the UK with a wide variety of observational and theoretical programmes. Our main research themes cover:
-
Star and planet formation
-
Exoplanets
-
Stellar physics
-
Galaxies and the interstellar medium
Biomedical Physics Actively involved in the complementary fields of Biophysics and Medical Physics.
-
Biophotonics
-
Cellular biophysics
Electromagnetic and Acoustic Materials (EMAG) We explore the interaction of matter with electromagnetic radiation (from x-ray to microwave), sound and fluids. We investigate how this interaction can be manipulated, using materials structured from the nm to the cm scale ("metamaterials"), to provide novel and improved materials and devices.
Our experimental work involves material synthesis and nanofabrication, and imaging and characterisation using microwave, ultrafast laser, sound and synchrotron sources. In parallel, we use numerical and analytical quantum theory, spatial transformation methods, and micromagnetic theory.
Quantum Systems and Nanomaterials The Quantum Systems and Nanomaterials Group studies the physical properties of systems at the nanoscale. At this scale, classical and quantum physics combine to create an exotic world that we explore both experimentally and theoretically using a range of advanced techniques.
We investivate the optical, electrical, thermal and mechanical properties of scientifically and industrially important materials. Materials studied include graphene, carbon nanotubes, semiconductor quantum dots and superlattices, topological insulators and dichalcogenides. We aim to understand these systems at the deepest possible level, to not only establish the underlying physics but also the potential for industrial applications.
Theoretical Physics The Theoretical Physics group’s interest lies in advancing our understanding of fundamental physics phenomena, and using this knowledge to predict and describe new experiments and applications.
Our research ranges from classical wave theory to quantum information theory, to condensed matter physics and nano physics. For example, we investigate the electromechanical properties of nanoscale materials such as graphene, the spin dynamics of magnetic materials at ultrafast timescales, the light-matter interactions between light and metamaterials, and the occurrence of Hawking radiation in laboratory systems.
To tackle these topics we use analytical and numerical methods including classical wave theory, quantum optics, density functional theory (DFT), micromagnetics and magnonics, and exactly solvable models.
World-leading research staff Physics at the University of Exeter is exemplified by our world-leading academic staff. Our academic team have an outstanding breadth of knowledge, passion and energy across a wide range of research interests, from quantum behaviour in nanomaterials, the formation of stars and the age of the universe to biomedical physics, photonics and astrophysics. that will support you throughout your research. You will develop a strong personal relationship with your supervisor and tutor which will support you to achieve your ambitions.
To learn more about modules, assessment methods, facilities and our staff research expertise please visit our course page.
| Study type | Research |
|---|---|
| Level | RQF Level 8 |
| Entry requirements | Most students studying for a PhD at Exeter are funded by research grants or industry sponsors, though we are also happy to consider applications by "self-funded" students (including those supported by external scholarships) as well. You have 4 options to apply for a PhD project: 1. You can apply directly for a specific project listed in our directly funded projects list. Please note the individual deadlines for each project within the project descriptions. 2. You can apply for one of the studentships funded through the EPSRC DLA programme. In order to do so, you will need to submit a research proposal. 3. If you are interested in Astrophysics, please view current Astrophysics PhD opportunities. 4. If you have your own funding, you may also apply for admission to postgraduate degrees. When you apply, you must indicate potential supervisors and upload a description of the research you hope to carry out during your PhD/MbyRes/Mphil. We recommend that you contact potential supervisors to discuss your plans before submitting an application." For full details, including English language requirements and international equivalencies, please visit our course page. |
| Location | University of Exeter - Penryn Campus, Cornwall Penryn Campus Penryn Cornwall TR10 9FE |
Summary
All research students join one of the following research groups, and those associated with the two materials themes may be allocated a studentship as part of the Doctoral Training at the Centre for Metamaterial Research and Innovation.
Research overview Astrophysics One of the largest star formation groups in the UK with a wide variety of observational and theoretical programmes. Our main research themes cover:
-
Star and planet formation
-
Exoplanets
-
Stellar physics
-
Galaxies and the interstellar medium
Biomedical Physics Actively involved in the complementary fields of Biophysics and Medical Physics.
-
Biophotonics
-
Cellular biophysics
Electromagnetic and Acoustic Materials (EMAG) We explore the interaction of matter with electromagnetic radiation (from x-ray to microwave), sound and fluids. We investigate how this interaction can be manipulated, using materials structured from the nm to the cm scale ("metamaterials"), to provide novel and improved materials and devices.
Our experimental work involves material synthesis and nanofabrication, and imaging and characterisation using microwave, ultrafast laser, sound and synchrotron sources. In parallel, we use numerical and analytical quantum theory, spatial transformation methods, and micromagnetic theory.
Quantum Systems and Nanomaterials The Quantum Systems and Nanomaterials Group studies the physical properties of systems at the nanoscale. At this scale, classical and quantum physics combine to create an exotic world that we explore both experimentally and theoretically using a range of advanced techniques.
We investivate the optical, electrical, thermal and mechanical properties of scientifically and industrially important materials. Materials studied include graphene, carbon nanotubes, semiconductor quantum dots and superlattices, topological insulators and dichalcogenides. We aim to understand these systems at the deepest possible level, to not only establish the underlying physics but also the potential for industrial applications.
Theoretical Physics The Theoretical Physics group’s interest lies in advancing our understanding of fundamental physics phenomena, and using this knowledge to predict and describe new experiments and applications.
Our research ranges from classical wave theory to quantum information theory, to condensed matter physics and nano physics. For example, we investigate the electromechanical properties of nanoscale materials such as graphene, the spin dynamics of magnetic materials at ultrafast timescales, the light-matter interactions between light and metamaterials, and the occurrence of Hawking radiation in laboratory systems.
To tackle these topics we use analytical and numerical methods including classical wave theory, quantum optics, density functional theory (DFT), micromagnetics and magnonics, and exactly solvable models.
World-leading research staff Physics at the University of Exeter is exemplified by our world-leading academic staff. Our academic team have an outstanding breadth of knowledge, passion and energy across a wide range of research interests, from quantum behaviour in nanomaterials, the formation of stars and the age of the universe to biomedical physics, photonics and astrophysics. that will support you throughout your research. You will develop a strong personal relationship with your supervisor and tutor which will support you to achieve your ambitions.
To learn more about modules, assessment methods, facilities and our staff research expertise please visit our course page.
| Study type | Research |
|---|---|
| Level | RQF Level 8 |
| Entry requirements | Most students studying for a PhD at Exeter are funded by research grants or industry sponsors, though we are also happy to consider applications by "self-funded" students (including those supported by external scholarships) as well. You have 4 options to apply for a PhD project: 1. You can apply directly for a specific project listed in our directly funded projects list. Please note the individual deadlines for each project within the project descriptions. 2. You can apply for one of the studentships funded through the EPSRC DLA programme. In order to do so, you will need to submit a research proposal. 3. If you are interested in Astrophysics, please view current Astrophysics PhD opportunities. 4. If you have your own funding, you may also apply for admission to postgraduate degrees. When you apply, you must indicate potential supervisors and upload a description of the research you hope to carry out during your PhD/MbyRes/Mphil. We recommend that you contact potential supervisors to discuss your plans before submitting an application." For full details, including English language requirements and international equivalencies, please visit our course page. |
| Location | University of Exeter - Streatham Campus Northcote House The Queen's Drive Exeter Devon EX4 4QJ |
Summary
All research students join one of the following research groups, and those associated with the two materials themes may be allocated a studentship as part of the Doctoral Training at the Centre for Metamaterial Research and Innovation.
Research overview Astrophysics One of the largest star formation groups in the UK with a wide variety of observational and theoretical programmes. Our main research themes cover:
-
Star and planet formation
-
Exoplanets
-
Stellar physics
-
Galaxies and the interstellar medium
Biomedical Physics Actively involved in the complementary fields of Biophysics and Medical Physics.
-
Biophotonics
-
Cellular biophysics
Electromagnetic and Acoustic Materials (EMAG) We explore the interaction of matter with electromagnetic radiation (from x-ray to microwave), sound and fluids. We investigate how this interaction can be manipulated, using materials structured from the nm to the cm scale ("metamaterials"), to provide novel and improved materials and devices.
Our experimental work involves material synthesis and nanofabrication, and imaging and characterisation using microwave, ultrafast laser, sound and synchrotron sources. In parallel, we use numerical and analytical quantum theory, spatial transformation methods, and micromagnetic theory.
Quantum Systems and Nanomaterials The Quantum Systems and Nanomaterials Group studies the physical properties of systems at the nanoscale. At this scale, classical and quantum physics combine to create an exotic world that we explore both experimentally and theoretically using a range of advanced techniques.
We investivate the optical, electrical, thermal and mechanical properties of scientifically and industrially important materials. Materials studied include graphene, carbon nanotubes, semiconductor quantum dots and superlattices, topological insulators and dichalcogenides. We aim to understand these systems at the deepest possible level, to not only establish the underlying physics but also the potential for industrial applications.
Theoretical Physics The Theoretical Physics group’s interest lies in advancing our understanding of fundamental physics phenomena, and using this knowledge to predict and describe new experiments and applications.
Our research ranges from classical wave theory to quantum information theory, to condensed matter physics and nano physics. For example, we investigate the electromechanical properties of nanoscale materials such as graphene, the spin dynamics of magnetic materials at ultrafast timescales, the light-matter interactions between light and metamaterials, and the occurrence of Hawking radiation in laboratory systems.
To tackle these topics we use analytical and numerical methods including classical wave theory, quantum optics, density functional theory (DFT), micromagnetics and magnonics, and exactly solvable models.
World-leading research staff Physics at the University of Exeter is exemplified by our world-leading academic staff. Our academic team have an outstanding breadth of knowledge, passion and energy across a wide range of research interests, from quantum behaviour in nanomaterials, the formation of stars and the age of the universe to biomedical physics, photonics and astrophysics. that will support you throughout your research. You will develop a strong personal relationship with your supervisor and tutor which will support you to achieve your ambitions.
To learn more about modules, assessment methods, facilities and our staff research expertise please visit our course page.
| Study type | Research |
|---|---|
| Level | RQF Level 8 |
| Entry requirements | Most students studying for a PhD at Exeter are funded by research grants or industry sponsors, though we are also happy to consider applications by "self-funded" students (including those supported by external scholarships) as well. You have 4 options to apply for a PhD project: 1. You can apply directly for a specific project listed in our directly funded projects list. Please note the individual deadlines for each project within the project descriptions. 2. You can apply for one of the studentships funded through the EPSRC DLA programme. In order to do so, you will need to submit a research proposal. 3. If you are interested in Astrophysics, please view current Astrophysics PhD opportunities. 4. If you have your own funding, you may also apply for admission to postgraduate degrees. When you apply, you must indicate potential supervisors and upload a description of the research you hope to carry out during your PhD/MbyRes/Mphil. We recommend that you contact potential supervisors to discuss your plans before submitting an application." For full details, including English language requirements and international equivalencies, please visit our course page. |
| Location | University of Exeter - Penryn Campus, Cornwall Penryn Campus Penryn Cornwall TR10 9FE |
Summary
All research students join one of the following research groups, and those associated with the two materials themes may be allocated a studentship as part of the Doctoral Training at the Centre for Metamaterial Research and Innovation.
Research overview Astrophysics One of the largest star formation groups in the UK with a wide variety of observational and theoretical programmes. Our main research themes cover:
-
Star and planet formation
-
Exoplanets
-
Stellar physics
-
Galaxies and the interstellar medium
Biomedical Physics Actively involved in the complementary fields of Biophysics and Medical Physics.
-
Biophotonics
-
Cellular biophysics
Electromagnetic and Acoustic Materials (EMAG) We explore the interaction of matter with electromagnetic radiation (from x-ray to microwave), sound and fluids. We investigate how this interaction can be manipulated, using materials structured from the nm to the cm scale ("metamaterials"), to provide novel and improved materials and devices.
Our experimental work involves material synthesis and nanofabrication, and imaging and characterisation using microwave, ultrafast laser, sound and synchrotron sources. In parallel, we use numerical and analytical quantum theory, spatial transformation methods, and micromagnetic theory.
Quantum Systems and Nanomaterials The Quantum Systems and Nanomaterials Group studies the physical properties of systems at the nanoscale. At this scale, classical and quantum physics combine to create an exotic world that we explore both experimentally and theoretically using a range of advanced techniques.
We investivate the optical, electrical, thermal and mechanical properties of scientifically and industrially important materials. Materials studied include graphene, carbon nanotubes, semiconductor quantum dots and superlattices, topological insulators and dichalcogenides. We aim to understand these systems at the deepest possible level, to not only establish the underlying physics but also the potential for industrial applications.
Theoretical Physics The Theoretical Physics group’s interest lies in advancing our understanding of fundamental physics phenomena, and using this knowledge to predict and describe new experiments and applications.
Our research ranges from classical wave theory to quantum information theory, to condensed matter physics and nano physics. For example, we investigate the electromechanical properties of nanoscale materials such as graphene, the spin dynamics of magnetic materials at ultrafast timescales, the light-matter interactions between light and metamaterials, and the occurrence of Hawking radiation in laboratory systems.
To tackle these topics we use analytical and numerical methods including classical wave theory, quantum optics, density functional theory (DFT), micromagnetics and magnonics, and exactly solvable models.
World-leading research staff Physics at the University of Exeter is exemplified by our world-leading academic staff. Our academic team have an outstanding breadth of knowledge, passion and energy across a wide range of research interests, from quantum behaviour in nanomaterials, the formation of stars and the age of the universe to biomedical physics, photonics and astrophysics. that will support you throughout your research. You will develop a strong personal relationship with your supervisor and tutor which will support you to achieve your ambitions.
To learn more about modules, assessment methods, facilities and our staff research expertise please visit our course page.
| Study type | Research |
|---|---|
| Level | RQF Level 8 |
| Entry requirements | Most students studying for a PhD at Exeter are funded by research grants or industry sponsors, though we are also happy to consider applications by "self-funded" students (including those supported by external scholarships) as well. You have 4 options to apply for a PhD project: 1. You can apply directly for a specific project listed in our directly funded projects list. Please note the individual deadlines for each project within the project descriptions. 2. You can apply for one of the studentships funded through the EPSRC DLA programme. In order to do so, you will need to submit a research proposal. 3. If you are interested in Astrophysics, please view current Astrophysics PhD opportunities. 4. If you have your own funding, you may also apply for admission to postgraduate degrees. When you apply, you must indicate potential supervisors and upload a description of the research you hope to carry out during your PhD/MbyRes/Mphil. We recommend that you contact potential supervisors to discuss your plans before submitting an application." For full details, including English language requirements and international equivalencies, please visit our course page. |
| Location | University of Exeter - Streatham Campus Northcote House The Queen's Drive Exeter Devon EX4 4QJ |
Summary
All research students join one of the following research groups, and those associated with the two materials themes may be allocated a studentship as part of the Doctoral Training at the Centre for Metamaterial Research and Innovation.
Research overview Astrophysics One of the largest star formation groups in the UK with a wide variety of observational and theoretical programmes. Our main research themes cover:
-
Star and planet formation
-
Exoplanets
-
Stellar physics
-
Galaxies and the interstellar medium
Biomedical Physics Actively involved in the complementary fields of Biophysics and Medical Physics.
-
Biophotonics
-
Cellular biophysics
Electromagnetic and Acoustic Materials (EMAG) We explore the interaction of matter with electromagnetic radiation (from x-ray to microwave), sound and fluids. We investigate how this interaction can be manipulated, using materials structured from the nm to the cm scale ("metamaterials"), to provide novel and improved materials and devices.
Our experimental work involves material synthesis and nanofabrication, and imaging and characterisation using microwave, ultrafast laser, sound and synchrotron sources. In parallel, we use numerical and analytical quantum theory, spatial transformation methods, and micromagnetic theory.
Quantum Systems and Nanomaterials The Quantum Systems and Nanomaterials Group studies the physical properties of systems at the nanoscale. At this scale, classical and quantum physics combine to create an exotic world that we explore both experimentally and theoretically using a range of advanced techniques.
We investivate the optical, electrical, thermal and mechanical properties of scientifically and industrially important materials. Materials studied include graphene, carbon nanotubes, semiconductor quantum dots and superlattices, topological insulators and dichalcogenides. We aim to understand these systems at the deepest possible level, to not only establish the underlying physics but also the potential for industrial applications.
Theoretical Physics The Theoretical Physics group’s interest lies in advancing our understanding of fundamental physics phenomena, and using this knowledge to predict and describe new experiments and applications.
Our research ranges from classical wave theory to quantum information theory, to condensed matter physics and nano physics. For example, we investigate the electromechanical properties of nanoscale materials such as graphene, the spin dynamics of magnetic materials at ultrafast timescales, the light-matter interactions between light and metamaterials, and the occurrence of Hawking radiation in laboratory systems.
To tackle these topics we use analytical and numerical methods including classical wave theory, quantum optics, density functional theory (DFT), micromagnetics and magnonics, and exactly solvable models.
World-leading research staff Physics at the University of Exeter is exemplified by our world-leading academic staff. Our academic team have an outstanding breadth of knowledge, passion and energy across a wide range of research interests, from quantum behaviour in nanomaterials, the formation of stars and the age of the universe to biomedical physics, photonics and astrophysics. that will support you throughout your research. You will develop a strong personal relationship with your supervisor and tutor which will support you to achieve your ambitions.
To learn more about modules, assessment methods, facilities and our staff research expertise please visit our course page.
| Study type | Research |
|---|---|
| Level | RQF Level 8 |
| Entry requirements | Most students studying for a PhD at Exeter are funded by research grants or industry sponsors, though we are also happy to consider applications by "self-funded" students (including those supported by external scholarships) as well. You have 4 options to apply for a PhD project: 1. You can apply directly for a specific project listed in our directly funded projects list. Please note the individual deadlines for each project within the project descriptions. 2. You can apply for one of the studentships funded through the EPSRC DLA programme. In order to do so, you will need to submit a research proposal. 3. If you are interested in Astrophysics, please view current Astrophysics PhD opportunities. 4. If you have your own funding, you may also apply for admission to postgraduate degrees. When you apply, you must indicate potential supervisors and upload a description of the research you hope to carry out during your PhD/MbyRes/Mphil. We recommend that you contact potential supervisors to discuss your plans before submitting an application." For full details, including English language requirements and international equivalencies, please visit our course page. |
| Location | University of Exeter - Streatham Campus Northcote House The Queen's Drive Exeter Devon EX4 4QJ |
Summary
All research students join one of the following research groups, and those associated with the two materials themes may be allocated a studentship as part of the Doctoral Training at the Centre for Metamaterial Research and Innovation.
Research overview Astrophysics One of the largest star formation groups in the UK with a wide variety of observational and theoretical programmes. Our main research themes cover:
-
Star and planet formation
-
Exoplanets
-
Stellar physics
-
Galaxies and the interstellar medium
Biomedical Physics Actively involved in the complementary fields of Biophysics and Medical Physics.
-
Biophotonics
-
Cellular biophysics
Electromagnetic and Acoustic Materials (EMAG) We explore the interaction of matter with electromagnetic radiation (from x-ray to microwave), sound and fluids. We investigate how this interaction can be manipulated, using materials structured from the nm to the cm scale ("metamaterials"), to provide novel and improved materials and devices.
Our experimental work involves material synthesis and nanofabrication, and imaging and characterisation using microwave, ultrafast laser, sound and synchrotron sources. In parallel, we use numerical and analytical quantum theory, spatial transformation methods, and micromagnetic theory.
Quantum Systems and Nanomaterials The Quantum Systems and Nanomaterials Group studies the physical properties of systems at the nanoscale. At this scale, classical and quantum physics combine to create an exotic world that we explore both experimentally and theoretically using a range of advanced techniques.
We investivate the optical, electrical, thermal and mechanical properties of scientifically and industrially important materials. Materials studied include graphene, carbon nanotubes, semiconductor quantum dots and superlattices, topological insulators and dichalcogenides. We aim to understand these systems at the deepest possible level, to not only establish the underlying physics but also the potential for industrial applications.
Theoretical Physics The Theoretical Physics group’s interest lies in advancing our understanding of fundamental physics phenomena, and using this knowledge to predict and describe new experiments and applications.
Our research ranges from classical wave theory to quantum information theory, to condensed matter physics and nano physics. For example, we investigate the electromechanical properties of nanoscale materials such as graphene, the spin dynamics of magnetic materials at ultrafast timescales, the light-matter interactions between light and metamaterials, and the occurrence of Hawking radiation in laboratory systems.
To tackle these topics we use analytical and numerical methods including classical wave theory, quantum optics, density functional theory (DFT), micromagnetics and magnonics, and exactly solvable models.
World-leading research staff Physics at the University of Exeter is exemplified by our world-leading academic staff. Our academic team have an outstanding breadth of knowledge, passion and energy across a wide range of research interests, from quantum behaviour in nanomaterials, the formation of stars and the age of the universe to biomedical physics, photonics and astrophysics. that will support you throughout your research. You will develop a strong personal relationship with your supervisor and tutor which will support you to achieve your ambitions.
To learn more about modules, assessment methods, facilities and our staff research expertise please visit our course page.
| Study type | Research |
|---|---|
| Level | RQF Level 8 |
| Entry requirements | Most students studying for a PhD at Exeter are funded by research grants or industry sponsors, though we are also happy to consider applications by "self-funded" students (including those supported by external scholarships) as well. You have 4 options to apply for a PhD project: 1. You can apply directly for a specific project listed in our directly funded projects list. Please note the individual deadlines for each project within the project descriptions. 2. You can apply for one of the studentships funded through the EPSRC DLA programme. In order to do so, you will need to submit a research proposal. 3. If you are interested in Astrophysics, please view current Astrophysics PhD opportunities. 4. If you have your own funding, you may also apply for admission to postgraduate degrees. When you apply, you must indicate potential supervisors and upload a description of the research you hope to carry out during your PhD/MbyRes/Mphil. We recommend that you contact potential supervisors to discuss your plans before submitting an application." For full details, including English language requirements and international equivalencies, please visit our course page. |
| Location | University of Exeter - Penryn Campus, Cornwall Penryn Campus Penryn Cornwall TR10 9FE |
Summary
Being part of a collaborative research community is the ideal environment for you to flourish. We encourage our students to engage with each other, as well as our world-class academics, to promote a vibrant, supportive and friendly research atmosphere.
The group structure provides a very positive support mechanism, helping research students to sustain productive research; over 90 per cent submit within the EPSRC deadline period, with most publishing several scientific papers during their period of study.
We understand that it is vital that you are a part of a stimulating and energetic environment with your peers throughout your research degree. We also recognise that being in a position to discuss stages of your work is essential to your long-term success. To support this, we organise a series of postgraduate seminars where research students discuss their work, carry out presentations and swap ideas. We strive to ensure that you are a valued and intrinsic member of a close-knit group of ambitious research students, who will cooperate and provide support to each other when necessary.
All postgraduate research students are allocated a second supervisor and/or mentor to guide you throughout your postgraduate degree and we deliberately create a policy of openness and approachability. You will undertake a full programme of induction and training in order to
-
provide the technical, mathematical, organisational and personal skills required for your research;
-
heighten your awareness of recent advances in physics and astronomy research, through the Colloquium Programme;
-
provide you with essential safety, and fire training;
-
introduce you to the facilities, support and monitoring services provided by Physics and Astronomy and throughout the Faculty.
You will only be able to pursue a research degree with us if we can offer appropriate supervision. Your supervisors will provide the necessary support and guidance and so need to have expertise in your chosen research field. You may join a research team or work with specific members of staff.
To learn more about modules, assessment methods, facilities and our staff research expertise please visit our course page.
| Study type | Research |
|---|---|
| Level | RQF Level 8 |
| Entry requirements | For all research degrees you will normally be required to have obtained or expect to obtain a first degree equivalent to at least a UK 2:1 Honours degree. You will need at least a 2:1 or its equivalent in order to be considered by any of the main funding bodies. For some programmes we also consider evidence of relevant personal, professional and educational experience. Where an applicant has taken or is taking, more than one academic qualification that meets our entry requirements, the University reserves the right to make an offer on the most recent academic qualification. For full details, including English language requirements and international equivalencies, please visit our course page. |
| Location | University of Exeter - Streatham Campus Northcote House The Queen's Drive Exeter Devon EX4 4QJ |
Summary
Being part of a collaborative research community is the ideal environment for you to flourish. We encourage our students to engage with each other, as well as our world-class academics, to promote a vibrant, supportive and friendly research atmosphere.
The group structure provides a very positive support mechanism, helping research students to sustain productive research; over 90 per cent submit within the EPSRC deadline period, with most publishing several scientific papers during their period of study.
We understand that it is vital that you are a part of a stimulating and energetic environment with your peers throughout your research degree. We also recognise that being in a position to discuss stages of your work is essential to your long-term success. To support this, we organise a series of postgraduate seminars where research students discuss their work, carry out presentations and swap ideas. We strive to ensure that you are a valued and intrinsic member of a close-knit group of ambitious research students, who will cooperate and provide support to each other when necessary.
All postgraduate research students are allocated a second supervisor and/or mentor to guide you throughout your postgraduate degree and we deliberately create a policy of openness and approachability. You will undertake a full programme of induction and training in order to
-
provide the technical, mathematical, organisational and personal skills required for your research;
-
heighten your awareness of recent advances in physics and astronomy research, through the Colloquium Programme;
-
provide you with essential safety, and fire training;
-
introduce you to the facilities, support and monitoring services provided by Physics and Astronomy and throughout the Faculty.
You will only be able to pursue a research degree with us if we can offer appropriate supervision. Your supervisors will provide the necessary support and guidance and so need to have expertise in your chosen research field. You may join a research team or work with specific members of staff.
To learn more about modules, assessment methods, facilities and our staff research expertise please visit our course page.
| Study type | Research |
|---|---|
| Level | RQF Level 8 |
| Entry requirements | For all research degrees you will normally be required to have obtained or expect to obtain a first degree equivalent to at least a UK 2:1 Honours degree. You will need at least a 2:1 or its equivalent in order to be considered by any of the main funding bodies. For some programmes we also consider evidence of relevant personal, professional and educational experience. Where an applicant has taken or is taking, more than one academic qualification that meets our entry requirements, the University reserves the right to make an offer on the most recent academic qualification. For full details, including English language requirements and international equivalencies, please visit our course page. |
| Location | University of Exeter - Streatham Campus Northcote House The Queen's Drive Exeter Devon EX4 4QJ |
Master of Philosophy - MPhil
Summary
All research students join one of the following research groups, and those associated with the two materials themes may be allocated a studentship as part of the Doctoral Training at the Centre for Metamaterial Research and Innovation.
Research overview Astrophysics One of the largest star formation groups in the UK with a wide variety of observational and theoretical programmes. Our main research themes cover:
-
Star and planet formation
-
Exoplanets
-
Stellar physics
-
Galaxies and the interstellar medium
Biomedical Physics Actively involved in the complementary fields of Biophysics and Medical Physics.
-
Biophotonics
-
Cellular biophysics
Electromagnetic and Acoustic Materials (EMAG) We explore the interaction of matter with electromagnetic radiation (from x-ray to microwave), sound and fluids. We investigate how this interaction can be manipulated, using materials structured from the nm to the cm scale ("metamaterials"), to provide novel and improved materials and devices.
Our experimental work involves material synthesis and nanofabrication, and imaging and characterisation using microwave, ultrafast laser, sound and synchrotron sources. In parallel, we use numerical and analytical quantum theory, spatial transformation methods, and micromagnetic theory.
Quantum Systems and Nanomaterials The Quantum Systems and Nanomaterials Group studies the physical properties of systems at the nanoscale. At this scale, classical and quantum physics combine to create an exotic world that we explore both experimentally and theoretically using a range of advanced techniques.
We investivate the optical, electrical, thermal and mechanical properties of scientifically and industrially important materials. Materials studied include graphene, carbon nanotubes, semiconductor quantum dots and superlattices, topological insulators and dichalcogenides. We aim to understand these systems at the deepest possible level, to not only establish the underlying physics but also the potential for industrial applications.
Theoretical Physics The Theoretical Physics group’s interest lies in advancing our understanding of fundamental physics phenomena, and using this knowledge to predict and describe new experiments and applications.
Our research ranges from classical wave theory to quantum information theory, to condensed matter physics and nano physics. For example, we investigate the electromechanical properties of nanoscale materials such as graphene, the spin dynamics of magnetic materials at ultrafast timescales, the light-matter interactions between light and metamaterials, and the occurrence of Hawking radiation in laboratory systems.
To tackle these topics we use analytical and numerical methods including classical wave theory, quantum optics, density functional theory (DFT), micromagnetics and magnonics, and exactly solvable models.
World-leading research staff Physics at the University of Exeter is exemplified by our world-leading academic staff. Our academic team have an outstanding breadth of knowledge, passion and energy across a wide range of research interests, from quantum behaviour in nanomaterials, the formation of stars and the age of the universe to biomedical physics, photonics and astrophysics. that will support you throughout your research. You will develop a strong personal relationship with your supervisor and tutor which will support you to achieve your ambitions.
To learn more about modules, assessment methods, facilities and our staff research expertise please visit our course page.
| Study type | Research |
|---|---|
| Level | RQF Level 7 |
| Entry requirements | Most students studying for a PhD at Exeter are funded by research grants or industry sponsors, though we are also happy to consider applications by "self-funded" students (including those supported by external scholarships) as well. You have 4 options to apply for a PhD project: 1. You can apply directly for a specific project listed in our directly funded projects list. Please note the individual deadlines for each project within the project descriptions. 2. You can apply for one of the studentships funded through the EPSRC DLA programme. In order to do so, you will need to submit a research proposal. 3. If you are interested in Astrophysics, please view current Astrophysics PhD opportunities. 4. If you have your own funding, you may also apply for admission to postgraduate degrees. When you apply, you must indicate potential supervisors and upload a description of the research you hope to carry out during your PhD/MbyRes/Mphil. We recommend that you contact potential supervisors to discuss your plans before submitting an application." For full details, including English language requirements and international equivalencies, please visit our course page. |
| Location | University of Exeter - Streatham Campus Northcote House The Queen's Drive Exeter Devon EX4 4QJ |
Summary
All research students join one of the following research groups, and those associated with the two materials themes may be allocated a studentship as part of the Doctoral Training at the Centre for Metamaterial Research and Innovation.
Research overview Astrophysics One of the largest star formation groups in the UK with a wide variety of observational and theoretical programmes. Our main research themes cover:
-
Star and planet formation
-
Exoplanets
-
Stellar physics
-
Galaxies and the interstellar medium
Biomedical Physics Actively involved in the complementary fields of Biophysics and Medical Physics.
-
Biophotonics
-
Cellular biophysics
Electromagnetic and Acoustic Materials (EMAG) We explore the interaction of matter with electromagnetic radiation (from x-ray to microwave), sound and fluids. We investigate how this interaction can be manipulated, using materials structured from the nm to the cm scale ("metamaterials"), to provide novel and improved materials and devices.
Our experimental work involves material synthesis and nanofabrication, and imaging and characterisation using microwave, ultrafast laser, sound and synchrotron sources. In parallel, we use numerical and analytical quantum theory, spatial transformation methods, and micromagnetic theory.
Quantum Systems and Nanomaterials The Quantum Systems and Nanomaterials Group studies the physical properties of systems at the nanoscale. At this scale, classical and quantum physics combine to create an exotic world that we explore both experimentally and theoretically using a range of advanced techniques.
We investivate the optical, electrical, thermal and mechanical properties of scientifically and industrially important materials. Materials studied include graphene, carbon nanotubes, semiconductor quantum dots and superlattices, topological insulators and dichalcogenides. We aim to understand these systems at the deepest possible level, to not only establish the underlying physics but also the potential for industrial applications.
Theoretical Physics The Theoretical Physics group’s interest lies in advancing our understanding of fundamental physics phenomena, and using this knowledge to predict and describe new experiments and applications.
Our research ranges from classical wave theory to quantum information theory, to condensed matter physics and nano physics. For example, we investigate the electromechanical properties of nanoscale materials such as graphene, the spin dynamics of magnetic materials at ultrafast timescales, the light-matter interactions between light and metamaterials, and the occurrence of Hawking radiation in laboratory systems.
To tackle these topics we use analytical and numerical methods including classical wave theory, quantum optics, density functional theory (DFT), micromagnetics and magnonics, and exactly solvable models.
World-leading research staff Physics at the University of Exeter is exemplified by our world-leading academic staff. Our academic team have an outstanding breadth of knowledge, passion and energy across a wide range of research interests, from quantum behaviour in nanomaterials, the formation of stars and the age of the universe to biomedical physics, photonics and astrophysics. that will support you throughout your research. You will develop a strong personal relationship with your supervisor and tutor which will support you to achieve your ambitions.
To learn more about modules, assessment methods, facilities and our staff research expertise please visit our course page.
| Study type | Research |
|---|---|
| Level | RQF Level 7 |
| Entry requirements | Most students studying for a PhD at Exeter are funded by research grants or industry sponsors, though we are also happy to consider applications by "self-funded" students (including those supported by external scholarships) as well. You have 4 options to apply for a PhD project: 1. You can apply directly for a specific project listed in our directly funded projects list. Please note the individual deadlines for each project within the project descriptions. 2. You can apply for one of the studentships funded through the EPSRC DLA programme. In order to do so, you will need to submit a research proposal. 3. If you are interested in Astrophysics, please view current Astrophysics PhD opportunities. 4. If you have your own funding, you may also apply for admission to postgraduate degrees. When you apply, you must indicate potential supervisors and upload a description of the research you hope to carry out during your PhD/MbyRes/Mphil. We recommend that you contact potential supervisors to discuss your plans before submitting an application." For full details, including English language requirements and international equivalencies, please visit our course page. |
| Location | University of Exeter - Penryn Campus, Cornwall Penryn Campus Penryn Cornwall TR10 9FE |
Summary
All research students join one of the following research groups, and those associated with the two materials themes may be allocated a studentship as part of the Doctoral Training at the Centre for Metamaterial Research and Innovation.
Research overview Astrophysics One of the largest star formation groups in the UK with a wide variety of observational and theoretical programmes. Our main research themes cover:
-
Star and planet formation
-
Exoplanets
-
Stellar physics
-
Galaxies and the interstellar medium
Biomedical Physics Actively involved in the complementary fields of Biophysics and Medical Physics.
-
Biophotonics
-
Cellular biophysics
Electromagnetic and Acoustic Materials (EMAG) We explore the interaction of matter with electromagnetic radiation (from x-ray to microwave), sound and fluids. We investigate how this interaction can be manipulated, using materials structured from the nm to the cm scale ("metamaterials"), to provide novel and improved materials and devices.
Our experimental work involves material synthesis and nanofabrication, and imaging and characterisation using microwave, ultrafast laser, sound and synchrotron sources. In parallel, we use numerical and analytical quantum theory, spatial transformation methods, and micromagnetic theory.
Quantum Systems and Nanomaterials The Quantum Systems and Nanomaterials Group studies the physical properties of systems at the nanoscale. At this scale, classical and quantum physics combine to create an exotic world that we explore both experimentally and theoretically using a range of advanced techniques.
We investivate the optical, electrical, thermal and mechanical properties of scientifically and industrially important materials. Materials studied include graphene, carbon nanotubes, semiconductor quantum dots and superlattices, topological insulators and dichalcogenides. We aim to understand these systems at the deepest possible level, to not only establish the underlying physics but also the potential for industrial applications.
Theoretical Physics The Theoretical Physics group’s interest lies in advancing our understanding of fundamental physics phenomena, and using this knowledge to predict and describe new experiments and applications.
Our research ranges from classical wave theory to quantum information theory, to condensed matter physics and nano physics. For example, we investigate the electromechanical properties of nanoscale materials such as graphene, the spin dynamics of magnetic materials at ultrafast timescales, the light-matter interactions between light and metamaterials, and the occurrence of Hawking radiation in laboratory systems.
To tackle these topics we use analytical and numerical methods including classical wave theory, quantum optics, density functional theory (DFT), micromagnetics and magnonics, and exactly solvable models.
World-leading research staff Physics at the University of Exeter is exemplified by our world-leading academic staff. Our academic team have an outstanding breadth of knowledge, passion and energy across a wide range of research interests, from quantum behaviour in nanomaterials, the formation of stars and the age of the universe to biomedical physics, photonics and astrophysics. that will support you throughout your research. You will develop a strong personal relationship with your supervisor and tutor which will support you to achieve your ambitions.
To learn more about modules, assessment methods, facilities and our staff research expertise please visit our course page.
| Study type | Research |
|---|---|
| Level | RQF Level 7 |
| Entry requirements | Most students studying for a PhD at Exeter are funded by research grants or industry sponsors, though we are also happy to consider applications by "self-funded" students (including those supported by external scholarships) as well. You have 4 options to apply for a PhD project: 1. You can apply directly for a specific project listed in our directly funded projects list. Please note the individual deadlines for each project within the project descriptions. 2. You can apply for one of the studentships funded through the EPSRC DLA programme. In order to do so, you will need to submit a research proposal. 3. If you are interested in Astrophysics, please view current Astrophysics PhD opportunities. 4. If you have your own funding, you may also apply for admission to postgraduate degrees. When you apply, you must indicate potential supervisors and upload a description of the research you hope to carry out during your PhD/MbyRes/Mphil. We recommend that you contact potential supervisors to discuss your plans before submitting an application." For full details, including English language requirements and international equivalencies, please visit our course page. |
| Location | University of Exeter - Penryn Campus, Cornwall Penryn Campus Penryn Cornwall TR10 9FE |
Summary
All research students join one of the following research groups, and those associated with the two materials themes may be allocated a studentship as part of the Doctoral Training at the Centre for Metamaterial Research and Innovation.
Research overview Astrophysics One of the largest star formation groups in the UK with a wide variety of observational and theoretical programmes. Our main research themes cover:
-
Star and planet formation
-
Exoplanets
-
Stellar physics
-
Galaxies and the interstellar medium
Biomedical Physics Actively involved in the complementary fields of Biophysics and Medical Physics.
-
Biophotonics
-
Cellular biophysics
Electromagnetic and Acoustic Materials (EMAG) We explore the interaction of matter with electromagnetic radiation (from x-ray to microwave), sound and fluids. We investigate how this interaction can be manipulated, using materials structured from the nm to the cm scale ("metamaterials"), to provide novel and improved materials and devices.
Our experimental work involves material synthesis and nanofabrication, and imaging and characterisation using microwave, ultrafast laser, sound and synchrotron sources. In parallel, we use numerical and analytical quantum theory, spatial transformation methods, and micromagnetic theory.
Quantum Systems and Nanomaterials The Quantum Systems and Nanomaterials Group studies the physical properties of systems at the nanoscale. At this scale, classical and quantum physics combine to create an exotic world that we explore both experimentally and theoretically using a range of advanced techniques.
We investivate the optical, electrical, thermal and mechanical properties of scientifically and industrially important materials. Materials studied include graphene, carbon nanotubes, semiconductor quantum dots and superlattices, topological insulators and dichalcogenides. We aim to understand these systems at the deepest possible level, to not only establish the underlying physics but also the potential for industrial applications.
Theoretical Physics The Theoretical Physics group’s interest lies in advancing our understanding of fundamental physics phenomena, and using this knowledge to predict and describe new experiments and applications.
Our research ranges from classical wave theory to quantum information theory, to condensed matter physics and nano physics. For example, we investigate the electromechanical properties of nanoscale materials such as graphene, the spin dynamics of magnetic materials at ultrafast timescales, the light-matter interactions between light and metamaterials, and the occurrence of Hawking radiation in laboratory systems.
To tackle these topics we use analytical and numerical methods including classical wave theory, quantum optics, density functional theory (DFT), micromagnetics and magnonics, and exactly solvable models.
World-leading research staff Physics at the University of Exeter is exemplified by our world-leading academic staff. Our academic team have an outstanding breadth of knowledge, passion and energy across a wide range of research interests, from quantum behaviour in nanomaterials, the formation of stars and the age of the universe to biomedical physics, photonics and astrophysics. that will support you throughout your research. You will develop a strong personal relationship with your supervisor and tutor which will support you to achieve your ambitions.
To learn more about modules, assessment methods, facilities and our staff research expertise please visit our course page.
| Study type | Research |
|---|---|
| Level | RQF Level 7 |
| Entry requirements | Most students studying for a PhD at Exeter are funded by research grants or industry sponsors, though we are also happy to consider applications by "self-funded" students (including those supported by external scholarships) as well. You have 4 options to apply for a PhD project: 1. You can apply directly for a specific project listed in our directly funded projects list. Please note the individual deadlines for each project within the project descriptions. 2. You can apply for one of the studentships funded through the EPSRC DLA programme. In order to do so, you will need to submit a research proposal. 3. If you are interested in Astrophysics, please view current Astrophysics PhD opportunities. 4. If you have your own funding, you may also apply for admission to postgraduate degrees. When you apply, you must indicate potential supervisors and upload a description of the research you hope to carry out during your PhD/MbyRes/Mphil. We recommend that you contact potential supervisors to discuss your plans before submitting an application." For full details, including English language requirements and international equivalencies, please visit our course page. |
| Location | University of Exeter - Streatham Campus Northcote House The Queen's Drive Exeter Devon EX4 4QJ |
Summary
All research students join one of the following research groups, and those associated with the two materials themes may be allocated a studentship as part of the Doctoral Training at the Centre for Metamaterial Research and Innovation.
Research overview Astrophysics One of the largest star formation groups in the UK with a wide variety of observational and theoretical programmes. Our main research themes cover:
-
Star and planet formation
-
Exoplanets
-
Stellar physics
-
Galaxies and the interstellar medium
Biomedical Physics Actively involved in the complementary fields of Biophysics and Medical Physics.
-
Biophotonics
-
Cellular biophysics
Electromagnetic and Acoustic Materials (EMAG) We explore the interaction of matter with electromagnetic radiation (from x-ray to microwave), sound and fluids. We investigate how this interaction can be manipulated, using materials structured from the nm to the cm scale ("metamaterials"), to provide novel and improved materials and devices.
Our experimental work involves material synthesis and nanofabrication, and imaging and characterisation using microwave, ultrafast laser, sound and synchrotron sources. In parallel, we use numerical and analytical quantum theory, spatial transformation methods, and micromagnetic theory.
Quantum Systems and Nanomaterials The Quantum Systems and Nanomaterials Group studies the physical properties of systems at the nanoscale. At this scale, classical and quantum physics combine to create an exotic world that we explore both experimentally and theoretically using a range of advanced techniques.
We investivate the optical, electrical, thermal and mechanical properties of scientifically and industrially important materials. Materials studied include graphene, carbon nanotubes, semiconductor quantum dots and superlattices, topological insulators and dichalcogenides. We aim to understand these systems at the deepest possible level, to not only establish the underlying physics but also the potential for industrial applications.
Theoretical Physics The Theoretical Physics group’s interest lies in advancing our understanding of fundamental physics phenomena, and using this knowledge to predict and describe new experiments and applications.
Our research ranges from classical wave theory to quantum information theory, to condensed matter physics and nano physics. For example, we investigate the electromechanical properties of nanoscale materials such as graphene, the spin dynamics of magnetic materials at ultrafast timescales, the light-matter interactions between light and metamaterials, and the occurrence of Hawking radiation in laboratory systems.
To tackle these topics we use analytical and numerical methods including classical wave theory, quantum optics, density functional theory (DFT), micromagnetics and magnonics, and exactly solvable models.
World-leading research staff Physics at the University of Exeter is exemplified by our world-leading academic staff. Our academic team have an outstanding breadth of knowledge, passion and energy across a wide range of research interests, from quantum behaviour in nanomaterials, the formation of stars and the age of the universe to biomedical physics, photonics and astrophysics. that will support you throughout your research. You will develop a strong personal relationship with your supervisor and tutor which will support you to achieve your ambitions.
To learn more about modules, assessment methods, facilities and our staff research expertise please visit our course page.
| Study type | Research |
|---|---|
| Level | RQF Level 7 |
| Entry requirements | Most students studying for a PhD at Exeter are funded by research grants or industry sponsors, though we are also happy to consider applications by "self-funded" students (including those supported by external scholarships) as well. You have 4 options to apply for a PhD project: 1. You can apply directly for a specific project listed in our directly funded projects list. Please note the individual deadlines for each project within the project descriptions. 2. You can apply for one of the studentships funded through the EPSRC DLA programme. In order to do so, you will need to submit a research proposal. 3. If you are interested in Astrophysics, please view current Astrophysics PhD opportunities. 4. If you have your own funding, you may also apply for admission to postgraduate degrees. When you apply, you must indicate potential supervisors and upload a description of the research you hope to carry out during your PhD/MbyRes/Mphil. We recommend that you contact potential supervisors to discuss your plans before submitting an application." For full details, including English language requirements and international equivalencies, please visit our course page. |
| Location | University of Exeter - Penryn Campus, Cornwall Penryn Campus Penryn Cornwall TR10 9FE |
Summary
All research students join one of the following research groups, and those associated with the two materials themes may be allocated a studentship as part of the Doctoral Training at the Centre for Metamaterial Research and Innovation.
Research overview Astrophysics One of the largest star formation groups in the UK with a wide variety of observational and theoretical programmes. Our main research themes cover:
-
Star and planet formation
-
Exoplanets
-
Stellar physics
-
Galaxies and the interstellar medium
Biomedical Physics Actively involved in the complementary fields of Biophysics and Medical Physics.
-
Biophotonics
-
Cellular biophysics
Electromagnetic and Acoustic Materials (EMAG) We explore the interaction of matter with electromagnetic radiation (from x-ray to microwave), sound and fluids. We investigate how this interaction can be manipulated, using materials structured from the nm to the cm scale ("metamaterials"), to provide novel and improved materials and devices.
Our experimental work involves material synthesis and nanofabrication, and imaging and characterisation using microwave, ultrafast laser, sound and synchrotron sources. In parallel, we use numerical and analytical quantum theory, spatial transformation methods, and micromagnetic theory.
Quantum Systems and Nanomaterials The Quantum Systems and Nanomaterials Group studies the physical properties of systems at the nanoscale. At this scale, classical and quantum physics combine to create an exotic world that we explore both experimentally and theoretically using a range of advanced techniques.
We investivate the optical, electrical, thermal and mechanical properties of scientifically and industrially important materials. Materials studied include graphene, carbon nanotubes, semiconductor quantum dots and superlattices, topological insulators and dichalcogenides. We aim to understand these systems at the deepest possible level, to not only establish the underlying physics but also the potential for industrial applications.
Theoretical Physics The Theoretical Physics group’s interest lies in advancing our understanding of fundamental physics phenomena, and using this knowledge to predict and describe new experiments and applications.
Our research ranges from classical wave theory to quantum information theory, to condensed matter physics and nano physics. For example, we investigate the electromechanical properties of nanoscale materials such as graphene, the spin dynamics of magnetic materials at ultrafast timescales, the light-matter interactions between light and metamaterials, and the occurrence of Hawking radiation in laboratory systems.
To tackle these topics we use analytical and numerical methods including classical wave theory, quantum optics, density functional theory (DFT), micromagnetics and magnonics, and exactly solvable models.
World-leading research staff Physics at the University of Exeter is exemplified by our world-leading academic staff. Our academic team have an outstanding breadth of knowledge, passion and energy across a wide range of research interests, from quantum behaviour in nanomaterials, the formation of stars and the age of the universe to biomedical physics, photonics and astrophysics. that will support you throughout your research. You will develop a strong personal relationship with your supervisor and tutor which will support you to achieve your ambitions.
To learn more about modules, assessment methods, facilities and our staff research expertise please visit our course page.
| Study type | Research |
|---|---|
| Level | RQF Level 7 |
| Entry requirements | Most students studying for a PhD at Exeter are funded by research grants or industry sponsors, though we are also happy to consider applications by "self-funded" students (including those supported by external scholarships) as well. You have 4 options to apply for a PhD project: 1. You can apply directly for a specific project listed in our directly funded projects list. Please note the individual deadlines for each project within the project descriptions. 2. You can apply for one of the studentships funded through the EPSRC DLA programme. In order to do so, you will need to submit a research proposal. 3. If you are interested in Astrophysics, please view current Astrophysics PhD opportunities. 4. If you have your own funding, you may also apply for admission to postgraduate degrees. When you apply, you must indicate potential supervisors and upload a description of the research you hope to carry out during your PhD/MbyRes/Mphil. We recommend that you contact potential supervisors to discuss your plans before submitting an application." For full details, including English language requirements and international equivalencies, please visit our course page. |
| Location | University of Exeter - Streatham Campus Northcote House The Queen's Drive Exeter Devon EX4 4QJ |
Summary
Being part of a collaborative research community is the ideal environment for you to flourish. We encourage our students to engage with each other, as well as our world-class academics, to promote a vibrant, supportive and friendly research atmosphere.
The group structure provides a very positive support mechanism, helping research students to sustain productive research; over 90 per cent submit within the EPSRC deadline period, with most publishing several scientific papers during their period of study.
We understand that it is vital that you are a part of a stimulating and energetic environment with your peers throughout your research degree. We also recognise that being in a position to discuss stages of your work is essential to your long-term success. To support this, we organise a series of postgraduate seminars where research students discuss their work, carry out presentations and swap ideas. We strive to ensure that you are a valued and intrinsic member of a close-knit group of ambitious research students, who will cooperate and provide support to each other when necessary.
All postgraduate research students are allocated a second supervisor and/or mentor to guide you throughout your postgraduate degree and we deliberately create a policy of openness and approachability. You will undertake a full programme of induction and training in order to
-
provide the technical, mathematical, organisational and personal skills required for your research;
-
heighten your awareness of recent advances in physics and astronomy research, through the Colloquium Programme;
-
provide you with essential safety, and fire training;
-
introduce you to the facilities, support and monitoring services provided by Physics and Astronomy and throughout the Faculty.
You will only be able to pursue a research degree with us if we can offer appropriate supervision. Your supervisors will provide the necessary support and guidance and so need to have expertise in your chosen research field. You may join a research team or work with specific members of staff.
To learn more about modules, assessment methods, facilities and our staff research expertise please visit our course page.
| Study type | Research |
|---|---|
| Level | RQF Level 7 |
| Entry requirements | For all research degrees you will normally be required to have obtained or expect to obtain a first degree equivalent to at least a UK 2:1 Honours degree. You will need at least a 2:1 or its equivalent in order to be considered by any of the main funding bodies. For some programmes we also consider evidence of relevant personal, professional and educational experience. Where an applicant has taken or is taking, more than one academic qualification that meets our entry requirements, the University reserves the right to make an offer on the most recent academic qualification. For full details, including English language requirements and international equivalencies, please visit our course page. |
| Location | University of Exeter - Streatham Campus Northcote House The Queen's Drive Exeter Devon EX4 4QJ |
Summary
Being part of a collaborative research community is the ideal environment for you to flourish. We encourage our students to engage with each other, as well as our world-class academics, to promote a vibrant, supportive and friendly research atmosphere.
The group structure provides a very positive support mechanism, helping research students to sustain productive research; over 90 per cent submit within the EPSRC deadline period, with most publishing several scientific papers during their period of study.
We understand that it is vital that you are a part of a stimulating and energetic environment with your peers throughout your research degree. We also recognise that being in a position to discuss stages of your work is essential to your long-term success. To support this, we organise a series of postgraduate seminars where research students discuss their work, carry out presentations and swap ideas. We strive to ensure that you are a valued and intrinsic member of a close-knit group of ambitious research students, who will cooperate and provide support to each other when necessary.
All postgraduate research students are allocated a second supervisor and/or mentor to guide you throughout your postgraduate degree and we deliberately create a policy of openness and approachability. You will undertake a full programme of induction and training in order to
-
provide the technical, mathematical, organisational and personal skills required for your research;
-
heighten your awareness of recent advances in physics and astronomy research, through the Colloquium Programme;
-
provide you with essential safety, and fire training;
-
introduce you to the facilities, support and monitoring services provided by Physics and Astronomy and throughout the Faculty.
You will only be able to pursue a research degree with us if we can offer appropriate supervision. Your supervisors will provide the necessary support and guidance and so need to have expertise in your chosen research field. You may join a research team or work with specific members of staff.
To learn more about modules, assessment methods, facilities and our staff research expertise please visit our course page.
| Study type | Research |
|---|---|
| Level | RQF Level 7 |
| Entry requirements | For all research degrees you will normally be required to have obtained or expect to obtain a first degree equivalent to at least a UK 2:1 Honours degree. You will need at least a 2:1 or its equivalent in order to be considered by any of the main funding bodies. For some programmes we also consider evidence of relevant personal, professional and educational experience. Where an applicant has taken or is taking, more than one academic qualification that meets our entry requirements, the University reserves the right to make an offer on the most recent academic qualification. For full details, including English language requirements and international equivalencies, please visit our course page. |
| Location | University of Exeter - Streatham Campus Northcote House The Queen's Drive Exeter Devon EX4 4QJ |
Master of Science - MSc (PG)
Summary
-
A highly flexible programme designed for those wishing to pursue a career as a professional scientist
-
Broaden and deepen your knowledge through studying a range of topics taught by internationally leading researchers who are actively working in your chosen field
-
Our advanced research project develops your skills in research planning, execution and reporting, possibly leading to publication of your work in an international journal
-
Benefit from access to advanced research facilities including clean-rooms, a helium liquefier, a water tank, amplified ultra-fast laser systems, and a suite of instruments for imaging biological materials
-
Tailor your course to your career aspirations with four specialised pathways in Astrophysics, Biomedical Physics, Electromagnetic and Acoustic Materials or Quantum Systems and Nanomaterials
To learn more about modules, assessment methods, facilities and our staff research expertise please visit our course page.
| Study type | Taught |
|---|---|
| Level | RQF Level 7 |
| Entry requirements | Applicants are required to have at least a 2:1 degree in Physics. Applicants may be interviewed by video conference to assess their suitability for the course. We may consider applications with non-standard qualifications where there is evidence of exceptional performance in modules relevant to the programme of study, significant relevant work experience, or relevant professional qualifications. For full details, including English language requirements and international equivalencies, please visit our course page. |
| Location | University of Exeter - Streatham Campus Northcote House The Queen's Drive Exeter Devon EX4 4QJ |
Summary
-
A highly flexible programme designed for those wishing to pursue a career as a professional scientist
-
Broaden and deepen your knowledge through studying a range of topics taught by internationally leading researchers who are actively working in your chosen field
-
Our advanced research project develops your skills in research planning, execution and reporting, possibly leading to publication of your work in an international journal
-
Benefit from access to advanced research facilities including clean-rooms, a helium liquefier, a water tank, amplified ultra-fast laser systems, and a suite of instruments for imaging biological materials
-
Tailor your course to your career aspirations with four specialised pathways in Astrophysics, Biomedical Physics, Electromagnetic and Acoustic Materials or Quantum Systems and Nanomaterials
To learn more about modules, assessment methods, facilities and our staff research expertise please visit our course page.
| Study type | Taught |
|---|---|
| Level | RQF Level 7 |
| Entry requirements | Candidates are required to have at least a 2:1 degree in Physics. Candidates may be interviewed by video conference to assess their suitability for the course. We may consider applications with non-standard qualifications where there is evidence of exceptional performance in modules relevant to the programme of study, significant relevant work experience, or relevant professional qualifications. For full details, including English language requirements and international equivalencies, please visit our course page. |
| Location | University of Exeter - Streatham Campus Northcote House The Queen's Drive Exeter Devon EX4 4QJ |
Summary
-
A highly flexible programme designed for those wishing to pursue a career as a professional scientist
-
Broaden and deepen your knowledge through studying a range of topics taught by internationally leading researchers who are actively working in your chosen field
-
Our advanced research project develops your skills in research planning, execution and reporting, possibly leading to publication of your work in an international journal
-
Benefit from access to advanced research facilities including clean-rooms, a helium liquefier, a water tank, amplified ultra-fast laser systems, and a suite of instruments for imaging biological materials
-
Tailor your course to your career aspirations with four specialised pathways in Astrophysics, Biomedical Physics, Electromagnetic and Acoustic Materials or Quantum Systems and Nanomaterials
To learn more about modules, assessment methods, facilities and our staff research expertise please visit our course page.
| Study type | Taught |
|---|---|
| Level | RQF Level 7 |
| Entry requirements | Candidates are required to have at least a 2:1 degree in Physics. Candidates may be interviewed by video conference to assess their suitability for the course. We may consider applications with non-standard qualifications where there is evidence of exceptional performance in modules relevant to the programme of study, significant relevant work experience, or relevant professional qualifications. For full details, including English language requirements and international equivalencies, please visit our course page. |
| Location | University of Exeter - Streatham Campus Northcote House The Queen's Drive Exeter Devon EX4 4QJ |
A Russell Group university offering outstanding career prospects
At the University of Exeter, we provide study opportunities in beautiful and historic surroundings in South West England. Studying with us will give you the opportunity to become an expert in your field, develop valuable skills and help you build the foundations for your career.
We are a member of the prestigious Russell Group of top UK research universities, ranked in the country’s top 15 in The Times and Sunday Times Good University Guide 2025. We are proud to produce ambitious alumni who progress to successful global careers …
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