Mockup 05 · 🥉 low shared context · public database

The public discourse graph — a dashboard of published nodes, and citing one into your own notebook

Every published node from the QBI graph stands at its own public URL with visible provenance and a "cited by N" reuse signal; a reader cites a specific result against a frozen version, and the authors watch who is building on their work (R1, R6, R8, R9).

🔒 mira.science/g/quantum-biology-institute ⌘ K

Quantum Biology Institute

public discourse graph · · CC-BY 4.0
Q B M
maintained by Brian & Morgan
18 published nodes 7 Evidence 5 Claims 3 Studies
gallery · kanban

Published nodes

most-cited first
Claim · model
Radical-pair quantum mechanism underlies MagLOV2 magnetosensitivity
A field-dependent, sign-changing response at low fields is a signature predicted by the radical-pair model.
mira.science/n/radical-pair-model
cited by 5
BM
Evidence
MFE sign flipped from positive to negative as field strength increased
Across 0.5–2.5 mT the mean magnetic-field effect was positive at low field, crossed zero, and turned negative by ~2.5 mT.
mira.science/n/maglov2-mfe-7c1ae04
cited by 3
B
Evidence
MFE is nonmonotonic — magnitude plateaus at higher field
Beyond the sign change, the effect size levels off rather than growing without bound — consistent with a saturating mechanism.
mira.science/n/maglov2-mfe-plateau-b1f29d
cited by 1
B
Study
Bacterioscope live imaging across 5 field strengths
One experiment, five imaging sessions on five days at 0.5–2.5 mT; per-colony fluorescence under a Twinleaf-calibrated field.
mira.science/n/bacterioscope-mfe-study
M
Protocol
MagLOV2 expression + applied-field + per-colony MFE
Express MagLOV2 in E. coli; acquire on the bacterioscope under a calibrated applied field; compute MFE per colony.
mira.science/n/bacterioscope-mfe-protocol
followed by 1 study
B
Micropublication 3 bundles compiled
MagLOV2 magnetosensitivity — a radical-pair account across field strengths
A Jupyter Book that renders the Claim above its supporting Evidence; each subfigure links back to its still-addressable node.
mira.science/pub/maglov2-magnetosensitivity
cited by 2 · viewed 142×
BM
KOI · DG nodes → dashboard on the web interface · each node addressable, every citation frozen
pointers, not payloads — no raw data leaves the drive