Pilot

See what nobody else sees

Get a bird's eye view of your research field. Map your papers at the concept level — not citations — and discover the connections hiding in plain sight.

RNA Biochemistry
Immunology
⚡ Gap discovered
pseudouridine mRNA stability codon opt. RNA folding lipid nano- particles innate immune TLR7/8 cytokines adaptive adjuvants immune evasion ⚡ Gap found Karikó's 2005 paper lived here — connecting two communities that didn't talk to each other

How it works

From your papers to a concept map

Step 1: Upload

Start with a paper — or a collection

Import from Zotero or paste DOIs. Axy reads introductions and discussions — the sections that reveal your field's conceptual landscape.

Karikó et al., 2005

Introduction

Discussion

— or a collection —

Paper 1
Paper 2
Paper 3
...

Step 2: Extract

Concepts emerge — you approve

Key ideas and relationships are extracted from the text. You review, approve, and refine the concepts Axy finds.

pseudouridine innate immunity mRNA delivery TLR suppression therapeutic RNA immune evasion ✓ approve all + add concept

Step 3: Map

Your field, made explicit

Concepts become nodes. Papers sit on edges. Gaps between clusters become visible — structural holes that are research questions waiting to be asked.

pseudo- uridine immunity delivery evasion ⚡ gap

Why concepts, not citations

Not another citation graph

Tools like Connected Papers and Research Rabbit map who cited whom. That's useful — but it misses the actual ideas. Axy maps concepts.

Citation graph

Shows paper-to-paper links. Can't tell you what the papers are about or where the conceptual gaps are.

A B C D E

Concept graph

Maps how ideas relate. Papers sit on the edges. Reveals structural gaps between communities.

mRNA TLR delivery ⚡ gap Karikó '05

What your graph unlocks

Once your thinking is explicit, everything gets easier.

Find gaps

See where two communities don't talk. Structural gaps in the graph become research questions — the kind that win grants.

Write faster

Your graph becomes your introduction and discussion. The context you built turns into structure that writes itself.

Fork & share

Share your graph publicly or fork someone else's. Build on collective maps. A PhD student can inherit 20 years of context on day one.

Every scientist carries a map in their head — 20 years of reading, compressed into intuition. A PhD student starting today gets none of that. The knowledge graph changes this.
We have explored other tools like Consensus, but none really fit our use case. They're mostly just regurgitation of some obscure research that doesn't make sense. The graph database approach is really cool and exciting because researchers who actually do the work verify everything.
Thibaud Gruber Researcher, University of Geneva

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Ready for a bird's eye view?

Start with your papers and see what emerges.