Vsevolod Nedora, PhD

Quantitative engineer · European power markets

I build trading and decision-support systems for European power markets. Before that, I modelled neutron-star mergers and the light they leave behind.

I live in Cologne and work at FlexPower, where I develop and run strategies for Europe's day-ahead and intraday power auctions, and designed a backtesting engine that replays EPEX SPOT order books order by order, latency and slippage included. Before that I was an astrophysicist: a PhD on neutron-star mergers in Jena, then a research project at the Max Planck Institute for Gravitational Physics, where I wrote PyBlastAfterglow.

In both worlds, the work I enjoy most is the same: take a noisy system, build the model and the software around it, and test both honestly against what really happened. I like owning that loop from first sketch to production, and these days I share much of it with AI agents. Stromlens, my own project, is built that way.

Now building

Stromlens

stromlens.com

An independent forecasting platform for Europe's power grids: event-driven, probabilistic forecasts built from public weather, grid and market data, published with their track record and their sources.

It started in 2024 as a rough idea: a pipeline for week-ahead electricity-price forecasts. I fleshed that idea out with AI agents, in agent-assisted development, and it grew into Stromlens.

Earlier projects

Research

Schematic afterglow light curveOn logarithmic axes, the flux rises roughly as t to the power 0.8, peaks about 130 days after the merger, then falls roughly as t to the power minus 2.2.110100100010⁻³10⁻²10⁻¹1peak ≈ 130 drelative fluxdays after the merger
Fig. 1 A schematic gamma-ray-burst afterglow seen off-axis: the slow rise and fall that followed the neutron-star merger GW170817 for months. Computing signals like this one, from the physics of the shock up to the light that reaches us, is what PyBlastAfterglow does.

My research was on binary neutron-star mergers: numerical-relativity simulations of the merger and the matter it throws out, and the electromagnetic signals that follow, from kilonovae to the radio and X-ray afterglows of gamma-ray bursts.

Recent first-author papers

All papers, software, talks and theses

Away from the desk