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Remove dead links in genesis-mission.md overview page #46

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Fix dead links in genesis-mission.md by converting to plain text
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100 changes: 50 additions & 50 deletions docs/subsets/genesis-mission.md
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Expand Up @@ -32,12 +32,12 @@ grid components, storage technologies, and subsurface resources.

### Enums

- [GridComponentType](../elements/GridComponentType.md) -- transmission lines, transformers, substations, inverters
- [GridEnergyStorageType](../elements/GridEnergyStorageType.md) -- battery chemistries, pumped hydro, hydrogen storage
- [GridManagementStrategyType](../elements/GridManagementStrategyType.md) -- demand response, load balancing, virtual power plants
- [SubsurfaceEnergyResourceType](../elements/SubsurfaceEnergyResourceType.md) -- geothermal, oil, gas hydrate reservoirs
- [SubsurfaceStorageType](../elements/SubsurfaceStorageType.md) -- CCS, underground hydrogen, compressed air
- [ReservoirCharacterizationMethodType](../elements/ReservoirCharacterizationMethodType.md) -- well tests, seismic, core analysis
- GridComponentType -- transmission lines, transformers, substations, inverters
- GridEnergyStorageType -- battery chemistries, pumped hydro, hydrogen storage
- GridManagementStrategyType -- demand response, load balancing, virtual power plants
- SubsurfaceEnergyResourceType -- geothermal, oil, gas hydrate reservoirs
- SubsurfaceStorageType -- CCS, underground hydrogen, compressed air
- ReservoirCharacterizationMethodType -- well tests, seismic, core analysis

### Example Mappings

Expand All @@ -58,14 +58,14 @@ plasma parameters, remediation techniques, and analytical methods.

### Enums

- [FusionConfinementType](../elements/FusionConfinementType.md) -- tokamak, stellarator, inertial confinement
- [FusionFuelType](../elements/FusionFuelType.md) -- D-T, D-D, D-He3, p-B11 fuel cycles
- [FusionPlasmaParameterType](../elements/FusionPlasmaParameterType.md) -- temperature, density, beta value
- [NuclearRemediationType](../elements/NuclearRemediationType.md) -- soil excavation, vitrification, phytoremediation
- [DecommissioningPhaseType](../elements/DecommissioningPhaseType.md) -- characterization through long-term monitoring
- [RadioactiveContaminantType](../elements/RadioactiveContaminantType.md) -- Cs-137, Sr-90, Tc-99, Pu, U
- [NuclearForensicsMethodType](../elements/NuclearForensicsMethodType.md) -- isotope ratios, mass spec, gamma spectroscopy
- [NuclearThreatCategoryType](../elements/NuclearThreatCategoryType.md) -- IND, RDD, material theft scenarios
- FusionConfinementType -- tokamak, stellarator, inertial confinement
- FusionFuelType -- D-T, D-D, D-He3, p-B11 fuel cycles
- FusionPlasmaParameterType -- temperature, density, beta value
- NuclearRemediationType -- soil excavation, vitrification, phytoremediation
- DecommissioningPhaseType -- characterization through long-term monitoring
- RadioactiveContaminantType -- Cs-137, Sr-90, Tc-99, Pu, U
- NuclearForensicsMethodType -- isotope ratios, mass spec, gamma spectroscopy
- NuclearThreatCategoryType -- IND, RDD, material theft scenarios

### Example Mappings

Expand All @@ -86,18 +86,18 @@ and climate resilience.

### Enums

- [SubsurfaceFormationType](../elements/SubsurfaceFormationType.md) -- aquifers, fault zones, permafrost, shale
- [GeophysicalMethodType](../elements/GeophysicalMethodType.md) -- seismic, GPR, resistivity tomography
- [SubsurfacePropertyType](../elements/SubsurfacePropertyType.md) -- porosity, permeability, geothermal gradient
- [AquiferType](../elements/AquiferType.md) -- unconfined, confined, artesian, karst
- [GroundwaterProcessType](../elements/GroundwaterProcessType.md) -- recharge, discharge, saltwater intrusion
- [HydrogeologyWellType](../elements/HydrogeologyWellType.md) -- monitoring, production, injection wells
- [RemoteSensingPlatformType](../elements/RemoteSensingPlatformType.md) -- satellite, airborne, UAV, ground-based
- [RemoteSensingDataType](../elements/RemoteSensingDataType.md) -- multispectral, hyperspectral, SAR, LiDAR
- [WaterResourceType](../elements/WaterResourceType.md) -- surface water, groundwater, produced water
- [WaterUseCategoryType](../elements/WaterUseCategoryType.md) -- irrigation, industrial cooling, environmental flow
- [WaterQualityParameterType](../elements/WaterQualityParameterType.md) -- pH, dissolved oxygen, turbidity, nitrate
- [WaterContaminantEnum](../elements/WaterContaminantEnum.md) -- water contaminant classification
- SubsurfaceFormationType -- aquifers, fault zones, permafrost, shale
- GeophysicalMethodType -- seismic, GPR, resistivity tomography
- SubsurfacePropertyType -- porosity, permeability, geothermal gradient
- AquiferType -- unconfined, confined, artesian, karst
- GroundwaterProcessType -- recharge, discharge, saltwater intrusion
- HydrogeologyWellType -- monitoring, production, injection wells
- RemoteSensingPlatformType -- satellite, airborne, UAV, ground-based
- RemoteSensingDataType -- multispectral, hyperspectral, SAR, LiDAR
- WaterResourceType -- surface water, groundwater, produced water
- WaterUseCategoryType -- irrigation, industrial cooling, environmental flow
- WaterQualityParameterType -- pH, dissolved oxygen, turbidity, nitrate
- WaterContaminantEnum -- water contaminant classification

### Example Mappings

Expand All @@ -117,12 +117,12 @@ addressed by Genesis challenges on advanced computing and microelectronics suppl

### Enums

- [DataCenterCoolingType](../elements/DataCenterCoolingType.md) -- air, liquid, immersion, geothermal cooling
- [DataCenterTierLevel](../elements/DataCenterTierLevel.md) -- Tier I through Tier IV reliability
- [SemiconductorMaterialType](../elements/SemiconductorMaterialType.md) -- silicon, GaN, SiC, diamond
- [ChipFabricationNodeType](../elements/ChipFabricationNodeType.md) -- 3 nm through mature node processes
- [QubitType](../elements/QubitType.md) -- superconducting, trapped ion, photonic, topological
- [QuantumAlgorithmCategoryType](../elements/QuantumAlgorithmCategoryType.md) -- optimization, simulation, ML, cryptography
- DataCenterCoolingType -- air, liquid, immersion, geothermal cooling
- DataCenterTierLevel -- Tier I through Tier IV reliability
- SemiconductorMaterialType -- silicon, GaN, SiC, diamond
- ChipFabricationNodeType -- 3 nm through mature node processes
- QubitType -- superconducting, trapped ion, photonic, topological
- QuantumAlgorithmCategoryType -- optimization, simulation, ML, cryptography

### Example Mappings

Expand All @@ -143,13 +143,13 @@ resilience, and critical material supply chains.

### Enums

- [ManufacturingProcessType](../elements/ManufacturingProcessType.md) -- additive, subtractive, casting, CVD, PVD
- [SmartManufacturingTechnologyType](../elements/SmartManufacturingTechnologyType.md) -- digital twins, IIoT, predictive maintenance
- [BuildingSystemType](../elements/BuildingSystemType.md) -- HVAC, electrical, structural, fire protection
- [BuildingEnergyPerformanceLevel](../elements/BuildingEnergyPerformanceLevel.md) -- net zero, passive house, LEED tiers
- [UnconventionalMineralResourceType](../elements/UnconventionalMineralResourceType.md) -- mine tailings, red mud, fly ash, geothermal brine
- [BioextractionMethodType](../elements/BioextractionMethodType.md) -- bioleaching, phytomining, biosorption
- [TailingCharacterizationType](../elements/TailingCharacterizationType.md) -- particle size, mineralogy, metal content
- ManufacturingProcessType -- additive, subtractive, casting, CVD, PVD
- SmartManufacturingTechnologyType -- digital twins, IIoT, predictive maintenance
- BuildingSystemType -- HVAC, electrical, structural, fire protection
- BuildingEnergyPerformanceLevel -- net zero, passive house, LEED tiers
- UnconventionalMineralResourceType -- mine tailings, red mud, fly ash, geothermal brine
- BioextractionMethodType -- bioleaching, phytomining, biosorption
- TailingCharacterizationType -- particle size, mineralogy, metal content

### Example Mappings

Expand All @@ -169,11 +169,11 @@ Genesis challenges on scientific discovery and next-generation materials.

### Enums

- [MaterialsSimulationType](../elements/MaterialsSimulationType.md) -- DFT, molecular dynamics, Monte Carlo, phase field
- [MaterialPropertyPredictionType](../elements/MaterialPropertyPredictionType.md) -- band gap, elastic modulus, thermal conductivity
- [ParticleAcceleratorType](../elements/ParticleAcceleratorType.md) -- linac, synchrotron, cyclotron, FEL
- [FundamentalParticleType](../elements/FundamentalParticleType.md) -- Standard Model particles (quarks, leptons, bosons)
- [DetectorType](../elements/DetectorType.md) -- calorimeters, tracking, Cherenkov, muon spectrometers
- MaterialsSimulationType -- DFT, molecular dynamics, Monte Carlo, phase field
- MaterialPropertyPredictionType -- band gap, elastic modulus, thermal conductivity
- ParticleAcceleratorType -- linac, synchrotron, cyclotron, FEL
- FundamentalParticleType -- Standard Model particles (quarks, leptons, bosons)
- DetectorType -- calorimeters, tracking, Cherenkov, muon spectrometers

### Example Mappings

Expand All @@ -193,12 +193,12 @@ challenges on the bioeconomy and accelerated scientific discovery.

### Enums

- [BiomanufacturingScaleType](../elements/BiomanufacturingScaleType.md) -- micro through commercial scale
- [BioproductCategoryType](../elements/BioproductCategoryType.md) -- biofuels, biochemicals, enzymes, biopharmaceuticals
- [BioprocessOptimizationType](../elements/BioprocessOptimizationType.md) -- media optimization, strain engineering, PAT
- [AutonomousLabComponentType](../elements/AutonomousLabComponentType.md) -- robotic handlers, synthesizers, HTS platforms
- [ExperimentalDesignMethodType](../elements/ExperimentalDesignMethodType.md) -- Bayesian optimization, active learning, DOE
- [LabAutomationWorkflowType](../elements/LabAutomationWorkflowType.md) -- closed-loop optimization, self-driving experimentation
- BiomanufacturingScaleType -- micro through commercial scale
- BioproductCategoryType -- biofuels, biochemicals, enzymes, biopharmaceuticals
- BioprocessOptimizationType -- media optimization, strain engineering, PAT
- AutonomousLabComponentType -- robotic handlers, synthesizers, HTS platforms
- ExperimentalDesignMethodType -- Bayesian optimization, active learning, DOE
- LabAutomationWorkflowType -- closed-loop optimization, self-driving experimentation

### Example Mappings

Expand Down