EPSRC Remit Query - Page 1 of 3 - UK Research and Innovation

EPSRC Remit questionnaire

1. What is your name?

(Required)

2. What is your email address?

(Required)

3. Further contact details

There is a limit of 250 characters

4. Institution at which grant would be held

(Required)

5. Title of Proposed Research

(Required)

6. Which EPSRC theme does your planned proposal most strongly align to?

(Required) Energy Engineering Healthcare technologies Information and communication technologies Manufacturing the future Mathematical sciences Physical sciences

7. Proposed funding opportunity if known (e.g. Fellowships)

8. If your query is about a fellowship, please suggest at least one priority area from the following link below (note all fellowships must align to a priority area):

Opportunities – UKRI

9. Please list 5 key words related to your research:

(Required)

10. What are the main objectives of your proposed research?

(Required)

There is a limit of 1000 characters

11. Please provide a brief summary of your proposed research highlighting where the main novelty is.

(Required)

There is a limit of 5000 characters

12. If you think your proposed research may cross several Research Councils' remits, please select from the following options below:

AHRC (Arts and Humanities Research Council) BBSRC (Biotechnology and Biological Sciences Research Council) ESRC (Economic and Social Research Council) MRC (Medical Research Council) NERC (Natural Environment Research Council) STFC (Science and Technology Facilities Council) Other

If 'Other' is selected, please specify (e.g. Cross Council Programmes)

13. Which Research Areas do you feel the novelty of your research sits within (please see our website link below)? Please read these prior to selecting your choices below. You can select up to three Research Areas.

Remit, programmes and priorities – EPSRC – UKRI

(Required) Algebra Analytical Science Antihydrogen Architectures and Operating Systems Artificial Intelligence Technologies Assistive Technology, Rehabilitation and Musculoskeletal Biomechanics Bioenergy Biological informatics Biomaterials and Tissue Engineering Biophysics and soft matter physics Built Environment Carbon Capture and Storage Catalysis Chemical Biology and Biological Chemistry Chemical Reaction Dynamics and Mechanisms Chemical Structure Clinical Technologies (excluding imaging) CMOS Device Technology Coastal and Waterway Engineering Cold Atoms and Molecules Combustion Engineering Complex fluids and Rheology Complexity Science Computational and Theoretical Chemistry Condensed Matter: Electronic Structure Condensed Matter: Magnetism and Magnetic Materials Continuum Mechanics Control Engineering Conventional generation and Combustion Databases Digital Signal Processing Displays Electrical Motors and Drive/Electromagnetics Electrochemical Sciences Energy Efficiency (End Use Energy Demand) Energy Networks Energy Storage Engineering Approaches to Manufacturing Operations Engineering Design Fluid Dynamics and Aerodynamics Fossil Fuel power generation Fuel Cell Technology Functional Ceramics and Inorganics Geometry and Topology Graphene and Carbon Nanotechnology Graphics and Visualisation Ground Engineering Human Communication in ICT Human Computer Interactions Hydrogen and alternative energy vectors ICT Networks and Distributed Systems Image and Vision Computing Information Systems Infrastructure and urban systems Light matter interaction and optical phenomena Logic and Combinatorics Manufacturing Technologies Marine Wave and Tidal Materials Engineering - Ceramics Materials Engineering - Composites Materials Engineering - Metals and Alloys Materials for Energy Applications Mathematical Analysis Mathematical Aspects of Operational Research Mathematical Biology Mathematical Physics Maths of Computing Medical Imaging (inc medical image and vision computing) Microelectronics Design Microelectronic device technology Microsystems Mobile Computing Music and Acoustic Technology Natural Language Processing Non CMOS Device Technology Non-linear systems Nuclear Fission Number Theory Numerical Analysis Operational Research Optical Communications Optical Devices and Circuits Optical Devices and Subsystems Optical Research Particle Technology Performance and Inspection of Mechanical Structures and Systems Pervasive and ubiquitous computing Photonic materials Plasma and Lasers Plasmonics Polymer Materials Process Systems: Components and Integration Programming Languages and Compilers Quantum devices components and systems Quantum Fluids and Solids Quantum Optics and Information Resource efficiency RF and Microwave Communications RF and Microwave Devices Robotics Sensors and Instrumentation Software Engineering Solar technology Speech Technology Spintronics Statistics and Applied Probability Structural Engineering Superconductivity Surface Science Sustainable Land Management Synthetic Biology Synthetic Coordination Chemistry Synthetic organic chemistry Synthetic Supramolecular Chemistry Theoretical Computer Science Transportation operations and management UK Magnetic Fusion Research Programme Verification and Correctness Vision, Hearing and Other Senses Water Engineering Whole Energy Systems Wind Power

14. Please provide any details of the methodology you will use and any other details you think may be relevant.

(Required)

There is a limit of 10000 characters

15. ORCID identifier