BOTSHELF VAMPIRE

BSV / FIELD LABS

Don't just explore.
Make something work.

Design a medical-robotics pilot. Solve planar IK. Profile a CSV. Fit an AI context pack. Draft a buildable request. Size risk in R. Find satellite data. Make research reproducible. See quantum interference.

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01 / HEALTHCARE

From an idea to a testable pilot

Turn a medical-robotics use case into a research or simulation plan with measurable criteria and a clear decision to make next.

Build a pilot plan →

02 / ROBOTICS

Reach a point. Read the Jacobian.

Solve elbow-down IK for a planar 2-link arm, inspect manipulability, and export a CSV — simulation literacy only.

Open the IK playground →

03 / DATA

Profile a CSV before the chart

Paste a small CSV and see nulls, distinct counts and type guesses per column. Practice hygiene in the browser.

Profile a CSV →

04 / SPACE

Choose data that can answer your question

Compare observation methods against your real constraints, then take a concrete workflow into an official data browser.

Design an observation →

05 / BIOTECH

Make your next analysis reproducible

Expose the missing evidence in a public-data analysis and export a reusable record of the data and decisions behind it.

Create a research record →

06 / QUANTUM

Change the phase. See the difference.

Manipulate a qubit and compare two measurement bases. Discover why equal 0/1 probabilities don't mean equal quantum states.

Explore a quantum state →

07 / TRADING

Know the dollars before the click

Size a trade from equity, risk %, entry and stop. See cash at risk, units and R-multiple — education only, not advice.

Open the risk playground →

08 / AI

Fit the pack before you paste

Estimate rough tokens for a prompt or context pack against common windows. Education only — not a billing tool.

Open the context budget lab →

09 / REQUESTS

Write a request builders can act on

Score a marketplace draft and copy a cleaner job text into Request Market. Draft only — this page does not submit.

Open the draft lab →

A useful result, not another reading list.

Each lab combines an original decision tool, a worked example, and sources you can inspect. Your inputs stay in this browser. Start with an example, change one assumption, and compare what happens.