Minds
One durable floor per project: sources, graph, chats, notes and runs together.
PERSLIS SCIENCE / PRODUCT
Stop researching in tabs.
Start building a scientific record.
Ask once. Lois searches the scientific stack, builds the evidence graph, runs the work and keeps every receipt—so your team can move from question to defensible next step without losing the thread.
◈ Evidence connected⌁ Unknowns stay visible
THE RESEARCH FLOOR
Six moves. One unbroken scientific record.
Not another chat window. The place your team searches, thinks, runs, records and hands off the work.
Discover
Scan evidence-backed paths for the next question. Candidates stay hypotheses until tested.
Aggregate
Bring PDFs, DOCX, tables, text and connected archives in as traceable source material.
Runs
Set an objective and let durable work continue, with review gates before a report.
Notebook
Keep observations, anomalies and hypotheses beside the evidence that prompted them.
Publish
Turn a sourced session into a paper, report or proposal; unsupported prose is withheld.
Do not take our word for it. Use the real floor.Open the live demo →
PUT YOUR HANDS ON THE SYSTEM
Explore your research workspace.
Drag to pan. Zoom in. Select a node to see what it does. Keyboard: Tab between nodes, Enter to inspect; arrow keys pan when the diagram is focused.
INSIDE THE LIVE PRODUCT
Your entire research day, connected.
Explore the tools in the demo, retain your work with an account, and discuss a configured REPL or lab integration for your team.
Graph, Table & Shape Studio
Orbit the graph in 3D, switch to helix, sphere, rings or a flat view, filter record types, find a node and inspect its sources. Shape Studio arranges existing nodes and saves a scene in this browser. Graph focus follows the evidence in a reply.
Explore in the demo →Lois & conversation history
Ask a scientific question, follow up in context, search past chats and organize conversations. Open the raw reply or export a conversation when you need the underlying record. Signed-in research is retained in your account; the anonymous demo works in the tab.
Explore in the demo →Discover & Scientist
Explore freely or set a discovery objective. Inspect candidate paths, source counts and exact records, then focus the path in the graph. Propose or revise hypotheses, register experiments and inspect their verdicts. Candidates remain unvalidated hypotheses.
Explore in the demo →Aggregate, uploads & document scan
Choose research libraries, connect supported archives and import accessions. Scan pasted text for scientific identifiers. Signed-in uploads accept PDF, DOCX, CSV, TSV, TXT, Markdown and JSON up to 1.25 MB. Source excerpts keep their identity and are not automatically verified facts.
Explore in the demo →Runs, session reports & review
Signed-in Runs retain an objective and execution plan server-side. Select sources, inspect progress, review the next step, retry a blocked step or cancel. The Scientist view also exposes recorded runtime runs; availability depends on the configured environment.
Explore in the demo →Journal, Notebook & manuscripts
Keep observations, discoveries, anomalies and experiment notes beside the research. Assemble a research paper, white paper, technical report, lab report or proposal from supported findings. References travel with the draft; hypotheses and author notes remain working material.
Explore in the demo →Ledger, Trace, Resolver & diagnostics
Search the ledger by text and date, export CSV or JSON and follow a subject back through its recorded sources. Inspect resolver behavior, rules, learnings and integrity diagnostics to understand the basis and limits of a result.
Explore in the demo →Vision, Calendar & workspace controls
Explore the cell journey, molecule builder and MRI volume views, with illustrative or generated material distinguished from sourced data. Use the calendar, rearrange panels, switch themes, enter focus mode and record the interface. Start with the guided tour to learn the workspace.
Explore in the demo →YOUR WORKSPACE · YOUR COMPUTE
One system. Three ways to work.
Explore the live demo, then create a free account to retain your research. Minds, conversations, evidence and notes give each project a place to continue.
Use the local terminal workflow and connected scientific tools. The advertised paid REPL and API plans remain on the waitlist; confirm access and deployment requirements with the team.
PLANNED CREDIT RATE CARD
Pay for the work you ask the system to do.
Research credits are product usage units. They cover retrieval, computation and model-assisted work; they are not language-model tokens. The billing implementation records actual model token usage separately. Buying credits adds research capacity, not evidence or guaranteed discoveries.
These rates come from our billing implementation, which has not shipped on this website. They are a preview, not an active checkout or a promise of current account allowances.
| Operation | Credits per unit |
|---|---|
| Read your saved graph, ledger and conversations / write notes | 0 |
| REPL recall or trace | 1 |
| Extract / research / import one accession | 5 |
| Propose or revise a hypothesis | 5 |
| Register an experiment | 10 |
| Run a scientist experiment | 25 |
| Research chat turn | 25 |
| Compose an answer | 5 |
Free: 200 · Pro: 5,000 · REPL: 30,000 · REPL + API: 75,000
The published plan prices are $0, $20, $100 and $200 per month respectively. Paid plans are not open yet.
$10 / 2,000 · $50 / 12,000 · $200 / 60,000
At the draft rate of 25 credits per research chat, 2,000 credits covers 80 such turns if used only for that operation. Other operations consume the same balance at their own rates.
EXPLORE THE DETAILS
Every part of the work, connected.
01
Research Floor
A shared view of the scientific record: inspect the graph, open source records and follow the evidence behind an answer. Visitors can explore the public snapshot; signed-in researchers use their own floor.
Explore Research Floor02
Lois
Ask in plain language. Lois helps you explore your research and inspect the sources behind an answer. When evidence is missing, the gap stays visible.
Explore Lois03
Minds
Keep research subjects organized in separate workspaces. Switch the mind you are working with to focus on the project and evidence that matter to your question.
Explore Minds04
Discover
Explore the connections around a target, protein or disease. Follow recorded links and separate an interesting research direction from an established finding.
Explore Discover05
Aggregate
Bring literature and molecular sources into one research view. Keep the database, accession and source URL attached as evidence is collected across services.
Explore Aggregate06
Runs
Keep computational inputs, outputs and the conditions of a run together. Review what happened, what failed and what still needs a check before using a result.
Explore Runs07
Notebook
Retain questions, hypotheses and research notes beside the evidence. The notebook gives the next session a starting point and a record your team can examine.
Explore Notebook08
Publish
Prepare a research account with traceable sources and explicit unknowns. Inspect the public papers and released artifacts for examples of evidence others can examine.
Explore PublishSEE IT IN ACTION
Meet your connected research workspace.
A recorded tour of Perslis Science and the research workflow.
Recorded on a research prototype. The recording shows the scope demonstrated at that time.
Explore the research floor yourself →PERSLIS / SCIENCERECORDED DEMO
ONE CONTINUOUS THREAD
From a question to a record you can inspect.
01Ask
02Retrieve
03Pin
04Verify
05Retain
BRING LOIS A REAL QUESTION
Start a research pilot →Let your next discovery start here.
Start with a target, a dataset or a research question. Inspect what the evidence supports, what it rejects and what remains unknown.