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Pize is an AI coding assistant for scientific computing and statistical analysis.

Pize

Write research code in the editor with DeepSeek
for Bioinformatics
The software comes first; instruments stay in the same lab.

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Pize Code · Available now

Research coding loop

From research question to reviewable code

AI programming for the research lab

Build research code with Pize

Use Pize Code, Positron, the CLI, or the SDK for scientific computing and statistical programming with AI.

cli

Use Pize from the command line

The CLI is available alongside Pize Code, Positron, and the SDK.

PIZE CLIPIZE READY

Programming agent

It is also a complete programming agent

Read files, write code, run commands, and drive a browser. Every action waits for your approval. Use Pize Code, Positron, the CLI, or the SDK.

Cross-file edits and diff review

Coordinated edits across files. Every edit is a reviewable, undoable diff, and a whole task can be rolled back.

Terminal execution and live output

Run commands in the integrated terminal and read output live. Errors and test failures are caught immediately.

Plan / act modes

Survey the data and code first, agree on an analysis plan, then act, so the wrong model is not run on the first try.

Context references and browser debugging

Feed context precisely with @file, @folder, @problems, @url. It can also drive the browser, take screenshots, and read logs to locate a problem.

Project rules and skills

Put statistical definitions, plotting conventions, and directory rules in a rules file so every teammate’s session follows them.

Model choice and MCP

Anthropic, OpenAI, Gemini, DeepSeek, Bedrock, OpenRouter, and local models can all be connected. Databases can be reached through MCP.

Read the documentation

Pize in Pize Code

See Pize help with research code

Use one AI coding companion inside the editor to understand a project, write analysis code, and refine the next step. The instruments below are the lab around that software.

src/agent/context.tsPIZE LIVE

01const workspace = await pize.inspect(root)02const graph = await workspace.dependencies()03const answer = await graph.explain(request)04return answer.withSources()

agent / UnderstandCONTEXT READY

Same lab, software first

The lab around the code

Pize writes and reviews the research code. The instruments and methods below belong to that same lab.

Scientific applications

All applications

Scientific applications

Ultrafast spectroscopy

Transient absorption, time-resolved fluorescence, femtosecond stimulated Raman, transient grating, sum-frequency generation, TR-ARPES, two-dimensional electronic and infrared spectroscopy, flash photolysis, and Z-scan.

Scientific applications

Advanced microscopy

Transient absorption microscopy, nonlinear microscopy in biological tissues and solid-state materials, ultrafast electron microscopy, and Raman microscopy (CARS & SRS).

Scientific applications

Nonlinear and extreme light generation

High harmonic generation, nonlinear optics, X-ray generation, and THz generation.

Scientific applications

Laser source development

Laser pumping and seeding, carrier-envelope phase stabilization, repetition rate locking, and optical parametric chirped-pulse amplification.

Scientific applications

Micro- and nanofabrication

Photopolymerization, surface nanostructuring, color center formation, volume modification, and laser-tissue interaction.

Instruments in this workflow

Browse catalog

Ultrafast sources

CARBIDE

A compact Yb femtosecond laser for industrial and scientific work. Water-cooled models reach 120 W and 2 mJ; pulse duration tunes from 190 fs to 20 ps at rates up to 10 MHz.

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