Discovery Frontier
MAGELLAN has explored 24 connections across 11 scientific fields. 31 connections remain terra incognita.
11
Fields Mapped
24
Connections Found
44%
Frontier Explored
89
Hypotheses Survived
7.3
Avg Top Score
Connection Overview
Active matter topological defects (+1/2 and -1/2 defects in nematic cell monolayers)
1 links6.0
Bacterial biofilm matrix mechanics (Psl/Pel/alginate networks, antibiotic penetration, viscoelasticity)
1 links8.4
Bacterial cell biology -- cell size homeostasis via the adder model
1 links8.3
Bacterial outer membrane vesicle (OMV) cargo sorting mechanism
1 links10.0
Bacterial quorum sensing (AHL autoinducers, LasI/R and RhlI/R systems)
1 links10.0
Bacterial quorum sensing (P. aeruginosa pyocyanin, PQS, LasR/RhlR systems)
1 links6.5
Bioelectric morphogenetic signaling (Levin framework, V-ATPase, gap junction networks)
1 links5.5
Bioelectric signaling
1 links--
Biological quantum coherence
1 links--
Biological quantum coherence mechanisms (photosynthetic energy transfer, cryptochrome magnetoreception, enzyme tunneling)
1 links7.5
Biomolecular condensate phase transitions (LLPS, IDP phase separation, Donnan equilibria)
1 links5.5
Biomolecular condensates
1 links--
Cartilage ECM biomechanics (Mow 1980 biphasic theory, FCD, aggregate modulus, triphasic theory)
1 links8.4
Circadian clock regulation
1 links7.6
Coral bleaching / Symbiodiniaceae thermal tolerance
1 links6.5
Cryo-EM single-particle analysis and heterogeneity methods (3DVA, cryoDRGN, subtomogram averaging)
1 links10.0
Cuproptosis (copper-dependent cell death via lipoylated protein aggregation)
1 links8.1
Deinococcus radiodurans Mn-antioxidant defense
1 links7.0
Epigenomics (genomic enhancer regulation)
1 links5.5
Epigenomics (genomic enhancer regulation, 3D chromatin, H3K27ac/H3K4me1, mediator/BRD4, phase-separated condensates)
1 links4.2
Extreme value statistics (GEV distributions, tail index analysis, return level estimation, peaks-over-threshold)
1 links6.5
Fe-S cluster biogenesis (NFS1, ISCU2, FDX2, FXN, GLRX5, CISD2)
1 links7.6
Ferroptosis (iron-dependent cell death via lipid peroxidation)
1 links10.0
Ferroptosis lipid peroxidation (4-HNE, PUFA-PE oxidation, GPX4 regulation)
1 links10.0
Ferroptosis lipid peroxidation (GPX4, DHODH, CoQ10H2 defense pathways)
1 links6.5
Ferroptosis signaling
2 links--
Hydrothermal vent Cu-S geochemistry (chalcopyrite, Pourbaix diagrams, Irving-Williams series)
1 links8.1
Manganese speciation toxicology
1 links7.0
Mechanobiology (ECM mechanics, integrin/focal adhesion signaling, YAP/TAZ, MRTF, Piezo channels)
1 links4.2
Mechanobiology (extracellular matrix mechanics)
1 links5.5
Neurodegenerative protein biochemistry — amyloid aggregation selectivity
1 links6.5
Non-equilibrium statistical mechanics — Mpemba effect spectral theory
1 links6.5
Pharmaceutical amorphous solid dispersion dissolution
1 links8.0
Plant melatonin stress biology
1 links6.5
Proteome-wide thermal stability distributions (thermal proteome profiling, Meltome Atlas)
1 links6.5
Pyocyanin virulence mechanisms
1 links--
Serpentinization geochemistry
1 links--
Serpentinization geochemistry (abiotic Fe(II)/Fe(III) redox cycling)
1 links10.0
Spatial tumor immunology — TLS and immune desert formation (spatial -omics, ~2019)
1 links8.5
Statistical mechanics — bond percolation theory
1 links5.0
Stem cell niche architecture (Wnt/BMP/Notch gradients, mechanical stemness regulation)
1 links6.0
Stochastic thermodynamics -- thermodynamic uncertainty relation, entropy production bounds
1 links8.3
Terahertz quantum spectroscopy
1 links--
Terahertz quantum spectroscopy (MIT 2026 THz microscopy, sub-picosecond resolution)
1 links7.5
Tumor immunology — ECM-mediated immune exclusion
1 links5.0
Turing reaction-diffusion morphogenesis (mathematical biology, 1952)
1 links8.5
Volcanic glass dissolution kinetics
1 links8.0
Charted Territory
01
01Manganese speciation toxicology×Deinococcus radiodurans Mn-antioxidant defense
13
HYPOTHESES
7.0
TOP SCORE
02
02Non-equilibrium statistical mechanics — Mpemba effect spectral theory×Neurodegenerative protein biochemistry — amyloid aggregation selectivity
13
HYPOTHESES
6.5
TOP SCORE
03
03Terahertz quantum spectroscopy (MIT 2026 THz microscopy, sub-picosecond resolution)×Biological quantum coherence mechanisms (photosynthetic energy transfer, cryptochrome magnetoreception, enzyme tunneling)
12
HYPOTHESES
7.5
TOP SCORE
04
04Ferroptosis (iron-dependent cell death via lipid peroxidation)×Serpentinization geochemistry (abiotic Fe(II)/Fe(III) redox cycling)
11
HYPOTHESES
10.0
TOP SCORE
05
05Ferroptosis lipid peroxidation (4-HNE, PUFA-PE oxidation, GPX4 regulation)×Bacterial quorum sensing (AHL autoinducers, LasI/R and RhlI/R systems)
11
HYPOTHESES
10.0
TOP SCORE
06
06Active matter topological defects (+1/2 and -1/2 defects in nematic cell monolayers)×Stem cell niche architecture (Wnt/BMP/Notch gradients, mechanical stemness regulation)
10
HYPOTHESES
6.0
TOP SCORE
07
07Volcanic glass dissolution kinetics×Pharmaceutical amorphous solid dispersion dissolution
10
HYPOTHESES
8.0
TOP SCORE
08
08Fe-S cluster biogenesis (NFS1, ISCU2, FDX2, FXN, GLRX5, CISD2)×Circadian clock regulation
9
HYPOTHESES
7.6
TOP SCORE
09
09Ferroptosis lipid peroxidation (GPX4, DHODH, CoQ10H2 defense pathways)×Bacterial quorum sensing (P. aeruginosa pyocyanin, PQS, LasR/RhlR systems)
9
HYPOTHESES
6.5
TOP SCORE
10
10Cartilage ECM biomechanics (Mow 1980 biphasic theory, FCD, aggregate modulus, triphasic theory)×Bacterial biofilm matrix mechanics (Psl/Pel/alginate networks, antibiotic penetration, viscoelasticity)
8
HYPOTHESES
8.4
TOP SCORE
11
11Plant melatonin stress biology×Coral bleaching / Symbiodiniaceae thermal tolerance
7
HYPOTHESES
6.5
TOP SCORE
12
12Stochastic thermodynamics -- thermodynamic uncertainty relation, entropy production bounds×Bacterial cell biology -- cell size homeostasis via the adder model
7
HYPOTHESES
8.3
TOP SCORE
13
13Cuproptosis (copper-dependent cell death via lipoylated protein aggregation)×Hydrothermal vent Cu-S geochemistry (chalcopyrite, Pourbaix diagrams, Irving-Williams series)
6
HYPOTHESES
8.1
TOP SCORE
14
14Mechanobiology (ECM mechanics, integrin/focal adhesion signaling, YAP/TAZ, MRTF, Piezo channels)×Epigenomics (genomic enhancer regulation, 3D chromatin, H3K27ac/H3K4me1, mediator/BRD4, phase-separated condensates)
6
HYPOTHESES
4.2
TOP SCORE
15
15Statistical mechanics — bond percolation theory×Tumor immunology — ECM-mediated immune exclusion
6
HYPOTHESES
5.0
TOP SCORE
16
16Bioelectric morphogenetic signaling (Levin framework, V-ATPase, gap junction networks)×Biomolecular condensate phase transitions (LLPS, IDP phase separation, Donnan equilibria)
5
HYPOTHESES
5.5
TOP SCORE
17
17Extreme value statistics (GEV distributions, tail index analysis, return level estimation, peaks-over-threshold)×Proteome-wide thermal stability distributions (thermal proteome profiling, Meltome Atlas)
5
HYPOTHESES
6.5
TOP SCORE
18
18Mechanobiology (extracellular matrix mechanics)×Epigenomics (genomic enhancer regulation)
5
HYPOTHESES
5.5
TOP SCORE
19
19Turing reaction-diffusion morphogenesis (mathematical biology, 1952)×Spatial tumor immunology — TLS and immune desert formation (spatial -omics, ~2019)
5
HYPOTHESES
8.5
TOP SCORE
20
20Cryo-EM single-particle analysis and heterogeneity methods (3DVA, cryoDRGN, subtomogram averaging)×Bacterial outer membrane vesicle (OMV) cargo sorting mechanism
4
HYPOTHESES
10.0
TOP SCORE
21
21Bioelectric signaling×Biomolecular condensates
0
HYPOTHESES
22
22Ferroptosis signaling×Serpentinization geochemistry
0
HYPOTHESES
23
23Pyocyanin virulence mechanisms×Ferroptosis signaling
0
HYPOTHESES
24
24Terahertz quantum spectroscopy×Biological quantum coherence
0
HYPOTHESES
Fields Under Exploration
🧬🦠🌡️🦴🌋🧬🎗️💊🌿📊⚛️
Cell & Molecular Biology
46 hypotheses
Microbiology
27 hypotheses
Statistical Physics & Thermodynamics
19 hypotheses
Biomechanics & Mechanobiology
15 hypotheses
Earth & Planetary Science
14 hypotheses
Genomics & Epigenomics
11 hypotheses
Cancer Biology
11 hypotheses
Health & Pharmacology
10 hypotheses
Ecology & Environment
3 hypotheses
Statistics & Data Science
3 hypotheses
Quantum Biophysics
2 hypotheses
Terra Incognita
What would happen if MAGELLAN explored these combinations?
🧬🦠
Cell Death × Bacterial Behavior
UNEXPLORED
🧬🦠
Cell Signaling × Bacterial Behavior
UNEXPLORED
🧬🦠
Cellular Self-Organization × Bacterial Behavior
UNEXPLORED
🦠🦴
Bacterial Behavior × Tissue Biomechanics
UNEXPLORED
🦠🌋
Bacterial Behavior × Deep Earth Chemistry
UNEXPLORED
🌡️🦠
Non-Equilibrium Statistical Mechanics × Bacterial Behavior
UNEXPLORED
🧬🦴
Cell Death × Tissue Biomechanics
UNEXPLORED
🧬🦠
Protein Aggregation & Misfolding × Bacterial Behavior
UNEXPLORED
💊🦠
Toxicology & Chemical Safety × Bacterial Behavior
UNEXPLORED
Every unexplored connection is an opportunity
Run /discover in the MAGELLAN CLI to chart new territory. Your hypotheses appear here, attributed to you.