Chris G
@20dm.bsky.social
Particle physicist on the #ATLAS experiment & #RSE at #UCL ARC. Working on Monte Carlo event generators, #LHC collider data analysis, and high-performance computing for #HEP. Core developer of tools like Rivet & YODA. Views are my own.
A great chance to shape the future of collider physics simulations! Apply here: www.smartrecruiters.com/CERN/7440000...
#HEP #ParticlePhysics #PhDOpportunity #MonteCarlo #HPC #GPUComputing #LHC
#HEP #ParticlePhysics #PhDOpportunity #MonteCarlo #HPC #GPUComputing #LHC
February 27, 2025 at 8:35 AM
A great chance to shape the future of collider physics simulations! Apply here: www.smartrecruiters.com/CERN/7440000...
#HEP #ParticlePhysics #PhDOpportunity #MonteCarlo #HPC #GPUComputing #LHC
#HEP #ParticlePhysics #PhDOpportunity #MonteCarlo #HPC #GPUComputing #LHC
Collaborate with CERN, UCL & Fermilab, with training in HEP computing & hardware acceleration. Ideal for candidates with HEP theory, computational physics, or software engineering experience.
February 27, 2025 at 8:35 AM
Collaborate with CERN, UCL & Fermilab, with training in HEP computing & hardware acceleration. Ideal for candidates with HEP theory, computational physics, or software engineering experience.
The project develops parallelised, stable algorithms for one-loop amplitudes, optimised for GPU & HPC architectures. Work within Sherpa/Pepper to speed up Monte Carlo simulations for the HL-LHC.
February 27, 2025 at 8:35 AM
The project develops parallelised, stable algorithms for one-loop amplitudes, optimised for GPU & HPC architectures. Work within Sherpa/Pepper to speed up Monte Carlo simulations for the HL-LHC.
The HL-LHC will generate an unprecedented volume of data, requiring faster, more precise Monte Carlo simulations. This PhD project focuses on GPU-accelerated NLO event generation to push simulations beyond current limits. Interested?
February 27, 2025 at 8:35 AM
The HL-LHC will generate an unprecedented volume of data, requiring faster, more precise Monte Carlo simulations. This PhD project focuses on GPU-accelerated NLO event generation to push simulations beyond current limits. Interested?
🚀 PhD Opportunity: Accelerating One-Loop Amplitude Calculations for the HL-LHC 🧵
February 27, 2025 at 8:35 AM
🚀 PhD Opportunity: Accelerating One-Loop Amplitude Calculations for the HL-LHC 🧵
Had a great time presenting #LHC analysis preservation with Rivet at #FOSDEM (despite getting interrupted by Trump 👀)! If you missed it, the recording is now available here: fosdem.org/2025/schedul... Quick recap of what I covered—🧵
February 9, 2025 at 8:57 AM
Had a great time presenting #LHC analysis preservation with Rivet at #FOSDEM (despite getting interrupted by Trump 👀)! If you missed it, the recording is now available here: fosdem.org/2025/schedul... Quick recap of what I covered—🧵
My talk on HPC-friendly histogramming in C++ with YODA at #FOSDEM is now online in case you missed it: fosdem.org/2025/schedule/event/fosdem-2025-4809-efficient-histogramming-for-high-performance-computing-in-c-with-yoda/ Quick recap of key points—🧵
February 8, 2025 at 10:01 PM
My talk on HPC-friendly histogramming in C++ with YODA at #FOSDEM is now online in case you missed it: fosdem.org/2025/schedule/event/fosdem-2025-4809-efficient-histogramming-for-high-performance-computing-in-c-with-yoda/ Quick recap of key points—🧵
Excited to be attending #FOSDEM 2025! I’ll be presenting on LHC analysis preservation with Rivet and HPC-friendly histogramming in C++ using YODA. Looking forward to discussions on open research, high-performance computing, and particle physics software. See you in Brussels! #HEP #OpenScience
January 23, 2025 at 12:54 PM
Excited to be attending #FOSDEM 2025! I’ll be presenting on LHC analysis preservation with Rivet and HPC-friendly histogramming in C++ using YODA. Looking forward to discussions on open research, high-performance computing, and particle physics software. See you in Brussels! #HEP #OpenScience