​Present Funding

A Universal Approach for Solving Real-World Problems Using Quantum Dynamics: Coherent States for Molecular Simulations (COSMOS), EPSRC (EP/X026973/1). CoI, Amount: £6,962,414.

UK High-End Computing Consortium for X-ray Spectroscopy (HPC-CONEXS), EPSRC (EP/X035514/1)
PI, Amount £371,871

Deep Neural Networks for Real-Time Spectroscopic Analysis, EPSRC (EP/W008009/1)
PI, Amount £1,403,949
 
Transforming the Analysis of X-ray Spectroscopy with Machine Learning, Leverhulme Trust  (RPG-2020-268).
PI, Amount £263,550.

Femtosecond Coherences in Single-Molecule Magnets, EPSRC (EP/V010573/1)
CoI, Amount £878,389
​
rISC: The game of strategic molecular design for high efficiency OLEDs, EPSRC (EP/T022442/1).
PI, Amount £439,237

Advancing the Analysis of Time-resolved Spectroscopy using Machine Learning​, STFC Physical Sciences Hub
PI, Amount £46,433

---

Previous Funding

• International Network on Polyoxometalate Science for Advanced Functional Energy Materials, EPSRC (EP/S031170/1)
  CoI, Amount £878,468.
• Collaborative Network on X-ray Spectroscopy (CONEXS), EPSRC (EP/S022058/1)
  PI, Amount £103,012
• Strong Field Ionised Solvent Probed by X-ray Spectroscopy, NCCR MUST
  PI, Amount £11,633
• Industrial Project
  PI, Amount £25,000
• North East Centre for Energy Materials, EPSRC (EP/R021503/10)
  CoI, Amount £1,833,674
• Portable femtosecond pump-probe facility (PORTO) for Dynamic Structural Science. EPSRC (EP/P001548/1)
  CoI, Amount £465,600.
• Understanding and Design Beyond Born-Oppenheimer using Time-Domain Vibrational Spectroscopy, EPSRC (EP/P001548/1)
  PI, Amount: £258,412.
• Probing Femtosecond Dynamics with Core Hole Spectroscopy: A Theoretical Approach. Leverhulme Trust (RPG-2016-103)
  PI, Amount: £146,559.
• Industrial Funding
  PI, Amount £46,815.
• Industrial Project
  PI, Amount £24,879
• Industrial Project
  PI, Amount £26,231
• Probing Femtosecond Hole Trapping in ZnO with X-ray Spectroscopy, NCCR MUST
  PI, Amount £9,881
• On-the-fly Quantum Dynamics Accelerated by Graphical Processing Units. Royal Society (RG2016R1)
  PI, Amount: £5,800.
• Developing Advanced Computational Tools for Ultrafast X-ray Scattering. Research Excellence Academy, Newcastle University.
  PI, Amount: £75,000
• The Excited State Properties of Thermally Activated Delayed Fluorescence Emitters: A Computational Study Towards Molecular Design. EPSRC (EP/N028511/1).
  PI, Amount £86,106.
• Developing methods for simulating X-ray spectroscopy for molecules in solution: Internal Fund École Polytechnique Fédérale de Lausanne.
  PI, Amount: 150000 CHF.
• Computational simulations for ultrafast X-ray spectroscopy and diffraction of chemical and biological systems: Swiss National Science Foundation (200021-137717).
  CoI, Amount: 157110 CHF.
• Developing local control theory for multi-dimensional quantum mechanical systems. COST Scientific Mission (STSM-CM0702-04642).
  PI, Amount: £3500.