Services

Everything between a plasma question and a trusted answer.

Ten services across four pillars. Pick one, combine several, or simply tell us the problem and we will design the right engagement.

Simulate

Kinetic, laser and astrophysical plasma modelling — verified against theory.

Particle-in-cell, PIC-MCC and hybrid simulations — every result benchmarked against theory.

Wakefield acceleration, ion acceleration, radiation sources and experiment design for high-power laser facilities.

Solar corona, magnetic reconnection, solar wind and space-weather modelling and data analysis.

Using laser-plasma experiments and simulations to study shocks, reconnection and magnetic fields found in space.

HPC, GPU and research software that turns weeks into hours.

Port, scale and accelerate scientific codes on GPUs, national supercomputers and the cloud.

Modernise research codes, make results reproducible and meet the open-science requirements of journals and funders.

AI surrogates, digital twins and physics-grade AI evaluation.

Neural-network models trained on simulations that predict plasma behaviour in seconds instead of days.

PhD-level physics datasets, benchmarks, RLHF and evaluation of AI models and scientific agents.

Review, research support and training for the next generation.

Pre-submission review, report evaluation, reviewer-response simulations and proposal compute planning.

Hands-on courses in PIC simulation, HPC and AI for physicists — online or on campus.

Describe your problem in plain words. We will reply with a recommended approach, timeline and fixed quote.