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Fully Funded EPSRC PhD Scholarship at Swansea University

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Swansea University Postgraduate Research Scholarships

Chemistry Scholarships: Fully Funded EPSRC PhD Scholarship at Swansea: organic semiconducting materials

Science: Fully Funded EPSRC PhD Scholarship: Design and advancement of natural semiconducting materials for sun oriented cells

This grant is subsidized by the Engineering and Physical Sciences Research Council (EPSRC).

Start date: October 2021


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Manager 1: Dr Francisco Martin-Martinez(Chemistry)

Manager 2: Dr James Ryan(Chemistry)

Manager 3: Professor Paul Meredith (Physics)

Undertaking portrayal:

Photovoltaics (PV) considers the immediate change of daylight to power. It is quite possibly the main sustainable power advancements being used in our race towards net-zero fossil fuel byproducts.

While translucent silicon PV (c-Si PV) is the most productive and savvy innovation to date for some applications, there are sure applications in which silicon is just not appropriate because of c-Si being intrinsically hefty, weak and obscure.

Elective PV innovations are along these lines required. Natural PV (OPV) is one extremely encouraging and free innovation to c-Si PV because of the differentiating material properties of natural semiconductors in that they are light-weight, adaptable and cloudy and viable with high-throughput move to-move preparing. OPV likewise outflanks c-Si PV in low-light conditions. A portion of the specialty uses of OPV incorporate structure coordinated PV, compact gadgets, web of-things and aviation.

OPV efficiencies have nearly multiplied lately and are surrounding 20% on account of late advances in natural combination of alleged non-fullerene electron acceptors.

In the event that we are to surpass 20% efficiencies and draw nearer to as far as possible, more work is expected to comprehend the key sub-atomic and electronic cycles at play. Specifically, we need a more profound comprehension of the electronic design of the atoms in the strong state and what nearby between and intra-sub-atomic associations mean for electron move and transport in the gadget.

Sorting these out will take into account new plan rules to be acquired, which will at that point be applied to create critical advances in gadget execution.

In this undertaking, we will use a blend of computational and trial ways to deal with first comprehend the present status of the workmanship frameworks and afterward create configuration rules for accomplishing record productivity OPV gadgets.

To this end, the up-and-comer will apply ground-state and time-subordinate Density Functional Theory (DFT) strategies, sub-atomic elements (MD) reenactments, and profound learning (DL) calculations, to help the test improvement of new natural semiconducting materials.

The utilization of cutting edge high-throughput and GPU-sped up supercomputing for multiscale demonstrating and recreations (incorporating DFT and MD across various length scales), and the use of DL neural organizations is required to accelerate the improvement of OPV materials, by narrowing down the plan space, opening construction property connections, and surprisingly more, by finding sudden sub-atomic plans.

Swansea University is spearheading the turn of events and execution of new sun oriented energy advances. At Swansea University, the up-and-comer will work intimately with various driving specialists in the field of sun powered energy and cutting edge semiconductors, with ability going from manufactured science, materials designing, photochemistry and gadget physical science just as having the capacity to take part in worldwide joint efforts with accomplices in Europe, USA and Japan. The up-and-comer will likewise approach Google Cloud Platform computational assets, Supercomputing Wales, and exploratory offices nearby.

Swansea University

Swansea, is a waterfront city and province, authoritatively known as the City and County of Swansea in Wales.


Competitors should have a First, Upper Second Class Honors or a Master’s certificate with Merit, in an applicable order.

Past information on strategies and programming for Density Functional Theory estimations, sub-atomic elements reproductions, as well as AI, is alluring yet not required. Involvement in programming in Python would be a reward.

For applicants whose first language isn’t English, we require IELTS 6.5 (with 6.0 in every part) or same. Kindly visit our site for a rundown of satisfactory English language tests. We lean toward contender to have effectively met the English Language necessities at the place of utilization, albeit this isn’t a prerequisite.

This grant is available to UK and global up-and-comers. Kindly note, worldwide and EU understudies may need to pay the distinction between the home (UK) UKRI charge and the institutional global understudy expense.


This three-year completely financed grant covers UK educational expenses and a yearly payment of £15,285.

Examination Training Support Grant (RTSG) of £1,000 per annum is likewise given.

This grant is available to UK and global applicants. Kindly note, global and EU understudies may need to pay the distinction between the home (UK) UKRI expense and the institutional worldwide understudy charge.


If it’s not too much trouble, visit our site for more data.

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