As part of the IPPP UK phenomenology network activities, IPPP invites applications from UK-based permanent academic staff for IPPP Associateships. Associateships are awarded to individuals or small teams, and are funded by Durham University as part of the partnership agreement with STFC.
Associates are selected on the basis of scientific excellence of their proposal bearing in mind the need to balance activity in different areas of phenomenological research including beyond the standard model physics, electroweak and Higgs physics, flavour physics, model building, Monte Carlo simulations, neutrino physics, particle astrophysics and strong interactions. Applications are welcomed from both theorists and experimentalists.
The main objectives of the Associateship Programme are to:
- Enhance interactions and enable new collaborations between the Associate, the Associate’s Institution and the IPPP
- Support research visits (typically of a week each time) of the Associate or their students to IPPP and of IPPP staff/PDRA/students to the Associate’s institution
The next round of Associateships will be awarded in the Autumn of 2017, for Academic year 2017-2018. The deadline for applications will be 31st August 2017.
IPPP Associates 2016-2017
A list of the IPPP Associates for 2016-2017 is given below.
|Global Tuning of the GENIE Neutrino Monte Carlo Generator.|
|BSM Physics with Boosted Tops|
|Connecting Cosmology and Phenomenology.|
University of Edinburgh
|Exotic hadron spectroscopy|
|Developing a new amplitude-level parton shower|
|Discovery of Matter-Antimatter Asymmetry in the Charm Sector|
|Probing the TeV scale with mixing and rare decays|
|Applications of Six Dimensional Spinors.|
|Dark Matter Interpretations for Direct Detection Experiments|
No cost extensions from the previous year.
|Claire Gwenlan, Mark Sutton
|Fast NNLO QCD predictions for LHC Run 2 and beyond|
|Probing new physics with Higgs interactions|
|Georgia Karagiorgi (extension)
|Searching for New Physics in the Neutrino Sector|
|Search for new physics in Kaon Decays|
|B meson mixing and decays using Lattice QCD|
|Neutrino nucleus inclusive and exclusive cross section measurement using muon-derived beams|