VIDURA LABS

[VIDURA_ALPHA] PROCESS LOGUPTIME: 9482.115
08:14:02SYSInitializing manifold constraints...
08:14:03CALCHamiltonian operator applied matrix[256x256]
08:14:05CALCEigenvalue extraction: λ = 1.41421
08:14:06WARNProbability density fluctuation detected at boundary.
08:14:08CALCRecalculating tensor field...
08:14:10CALCSchrodinger equation solved for t=100.
08:14:11SYSWriting state vector to memory dump.
08:14:12CALCEntanglement entropy: S = 0.892 nat
08:14:15CALCPerturbation series expansion (order 4)
08:14:16SYSAwaiting next parameter input...
08:14:02SYSInitializing manifold constraints...
08:14:03CALCHamiltonian operator applied matrix[256x256]
08:14:05CALCEigenvalue extraction: λ = 1.41421
08:14:06WARNProbability density fluctuation detected at boundary.
08:14:08CALCRecalculating tensor field...
08:14:10CALCSchrodinger equation solved for t=100.
08:14:11SYSWriting state vector to memory dump.
08:14:12CALCEntanglement entropy: S = 0.892 nat
08:14:15CALCPerturbation series expansion (order 4)
08:14:16SYSAwaiting next parameter input...
08:14:02SYSInitializing manifold constraints...
08:14:03CALCHamiltonian operator applied matrix[256x256]
08:14:05CALCEigenvalue extraction: λ = 1.41421
08:14:06WARNProbability density fluctuation detected at boundary.
08:14:08CALCRecalculating tensor field...
08:14:10CALCSchrodinger equation solved for t=100.
08:14:11SYSWriting state vector to memory dump.
08:14:12CALCEntanglement entropy: S = 0.892 nat
08:14:15CALCPerturbation series expansion (order 4)
08:14:16SYSAwaiting next parameter input...
08:14:02SYSInitializing manifold constraints...
08:14:03CALCHamiltonian operator applied matrix[256x256]
08:14:05CALCEigenvalue extraction: λ = 1.41421
08:14:06WARNProbability density fluctuation detected at boundary.
08:14:08CALCRecalculating tensor field...
08:14:10CALCSchrodinger equation solved for t=100.
08:14:11SYSWriting state vector to memory dump.
08:14:12CALCEntanglement entropy: S = 0.892 nat
08:14:15CALCPerturbation series expansion (order 4)
08:14:16SYSAwaiting next parameter input...

Physics Teammate._

continuous simulation logic

try_alpha.sh

TRY IT OUT

Start researching with Alpha.

or
$gemini extensions install https://github.com/akassh9/pythia-sim
getting_started.txt

WHAT TO DO NEXT

Dive straight in.

Ask it what it can do, or paste one of these straight into your agent.

EXAMPLE PROMPTS

1. Run a simple standalone Pythia simulation for proton-proton collisions and summarize the event record.

2. Generate 5,000 events and find examples of a Z boson decaying into a muon pair.

3. Search for a decay chain where a D0 meson appears in the event record and summarize a few example events.

4. Explain the most common Pythia status codes appearing in this run and what they mean physically.

5. Run a bounded scan for rare decay occurrences in a small sample and report whether any candidates were found.

6. Trace the ancestry of the highest-pT final-state muon in a short Pythia run.

7. Compare two standalone Pythia setups with different beam energies and summarize how the event composition changes.

open-source

CONTRIBUTE

Open source at the core.

Name

vidura-alpha

Native macOS application for physics research

>_

vidura-alpha-cli

CLI plugins for Gemini, Claude Code, and Codex

Star us on GitHub if you find this useful.