Science Fiction to Science¶

Bottleneck: Scientific validity, evaluation, tool reliability, verification

AI and autonomous science: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

Statistics + causal inference (background): Distinguish causal evidence from correlations when evaluating an automated scientific claim.

Causal Inference: What If
Open resource · Reading details

Metrology + experiments (background): Design measurements and experiments whose uncertainty and failure modes are explicit.

NIST/SEMATECH e-Handbook of Statistical Methods
Open resource · Reading details

Optimization (background): Understand optimization objectives and constraints when choosing or automating experiments.

Convex Optimization
Open resource · Reading details

First exercise: Reproduce one agentic-science result and force every claim to executable evidence

Technology and first exercise

Bottleneck: Assay/measurement reliability, robotics, contamination, semantics

AI and autonomous science: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Closed-loop simulated experiment system with calibration, negative results and stop conditions

Technology and first exercise

Bottleneck: Dexterity, robustness, cost, energy, maintenance

Robotics and autonomous manufacturing: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Manipulation system with uncertainty, contact, failure injection and uptime model

Technology and first exercise

Bottleneck: Efficiency, storage/grid integration, land/materials, deployment

Energy, nuclear and fusion: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: System-level solar+storage model with material intensity and reliability

Technology and first exercise

Bottleneck: Cost, degradation, safety, supply

Materials, nano and molecular engineering: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Cell-to-pack degradation/thermal/manufacturing model

Technology and first exercise

Bottleneck: Transmission buildout, reliability, market coordination

Energy, nuclear and fusion: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Stochastic dispatch/transmission/storage optimization with contingencies

Technology and first exercise

Bottleneck: Delivery, off-targets, durability, regulation

Synthetic biology, regeneration and longevity: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Non-clinical causal/QC model of editing workflow and evidence ladder

Technology and first exercise

Bottleneck: Learning efficacy, calibration, motivation, incentives

AI and autonomous science: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Tutor evaluated with target-trial design, subgroup/error and anti-cheating tests

Technology and first exercise

Bottleneck: Calibration, workflow, liability, distribution shift

AI and autonomous science: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Diagnostic model with base-rate/calibration/utility/shift audit

Technology and first exercise

Bottleneck: Breadth, durability, manufacturing, trials

Synthetic biology, regeneration and longevity: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Causal/antigen-selection/manufacturing decision model without wet-lab protocol

Technology and first exercise

Bottleneck: Cell-state control, integration, overgrowth, manufacturing

Synthetic biology, regeneration and longevity: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

Molecular + cell biology (background): Understand cell mechanisms before studying interventions in cell state and tissue integration.

Molecular Biology of the Cell
Reading details

Genetics + evolution + systems biology (background): Use genetics and systems biology to investigate cell-state control and unintended growth.

Genetics: A Conceptual Approach
Reading details

Statistics + causal inference (background): Evaluate evidence of treatment effects without confusing observed change with causal efficacy.

Causal Inference: What If
Open resource · Reading details

First exercise: Tissue/state-transition model + transport/safety evidence plan

Technology and first exercise

Bottleneck: Data/model bias, synthesis, characterization

Materials, nano and molecular engineering: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Materials Project active-learning loop with OOD validation

Technology and first exercise

Bottleneck: Construction, fuel, regulation, passive safety

Energy, nuclear and fusion: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Point-kinetics + thermal-hydraulic + plant economics conceptual model

Technology and first exercise

Bottleneck: Flexibility, downtime, QA, economics

Robotics and autonomous manufacturing: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Robotic cell with queueing, rework and maintenance

Technology and first exercise

Bottleneck: Material properties, throughput, qualification

Materials, nano and molecular engineering: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Process -> microstructure -> property -> yield model

Technology and first exercise

Bottleneck: Cost, lifetime, efficiency, materials

Energy, nuclear and fusion: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Technology-neutral storage system trade study

Technology and first exercise

Bottleneck: Low-resource languages, context, cultural meaning, latency

AI and autonomous science: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Multilingual eval with ambiguity/context and human correction

Technology and first exercise

Bottleneck: Dynamic regulation, integration, durability

Synthetic biology, regeneration and longevity: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Artificial-organ control-volume + homeostasis model

Technology and first exercise

Bottleneck: Perception, tissue interaction, certification, human oversight

Robotics and autonomous manufacturing: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Simulated surgical-like manipulation task with force/safety constraints

Technology and first exercise

Bottleneck: Memory/privacy/dependence, objective alignment

AI and autonomous science: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Personal knowledge agent with provenance, memory boundaries and adversarial privacy audit

Technology and first exercise

Bottleneck: Vascularization, reproducibility, model validity

Synthetic biology, regeneration and longevity: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Diffusion/consumption model + measurement/QC plan

Technology and first exercise

Bottleneck: Effect heterogeneity, interpretation, privacy

Synthetic biology, regeneration and longevity: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Genotype -> risk decision model with calibration and causal caveats

Technology and first exercise

Bottleneck: Translation, assay validity, synthesis, safety

AI and autonomous science: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Active-learning molecular/toy assay search with hidden test

Technology and first exercise

Bottleneck: Comfort, sensory feedback, control, durability

Neurotechnology and human-machine interfaces: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Closed-loop prosthetic joint model with human/adaptation component

Technology and first exercise

Bottleneck: Interface stability, adaptation, biocompatibility

Neurotechnology and human-machine interfaces: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Neural decoder/controller with drift and safe fallback

Technology and first exercise

Bottleneck: Long-term stability, home use, latency

Neurotechnology and human-machine interfaces: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Public/synthetic BCI decoder evaluated across sessions/drift

Technology and first exercise

Bottleneck: Power, ergonomics, balance, safety

Robotics and autonomous manufacturing: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Human-in-loop exoskeleton joint model

Technology and first exercise

Bottleneck: Cost, media/feedstocks, contamination, texture

Synthetic biology, regeneration and longevity: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Bioreactor mass/energy/QC scale model

Technology and first exercise

Bottleneck: Outdoor robustness, cost, crop variability

Robotics and autonomous manufacturing: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Field-robot simulation with sensing and maintenance economics

Technology and first exercise

Bottleneck: Edge cases, infrastructure, liability

Robotics and autonomous manufacturing: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Fleet dispatch + autonomous vehicle failure simulation

Technology and first exercise

Bottleneck: Robustness, teleoperation/autonomy, maintainability

Robotics and autonomous manufacturing: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Robot for constrained hazardous scenario with degraded sensing

Technology and first exercise

Bottleneck: Site variability, tolerances, regulation

Robotics and autonomous manufacturing: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Robotic construction cell + structural QC model

Technology and first exercise

Bottleneck: Trust, manipulation, cost, reliability

Robotics and autonomous manufacturing: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

Control + estimation (background): Model feedback and state estimation when a service robot must act under sensing and contact uncertainty.

Feedback Systems: An Introduction for Scientists and Engineers
Open resource · Reading details

Neuroscience + physiology (background): Understand human physiology when reasoning about assistance, physical interaction and the limits of a robotic intervention.

Neuroscience
Reading details

Safety + reliability + security (background): Analyze hazards, failure modes and recovery before trusting a robot in a care setting.

An Introduction to System Safety Engineering
Reading details

First exercise: Home-task robot with human-in-loop failure/recourse design

Technology and first exercise

Bottleneck: Adversarial adaptation, false positives, autonomy limits

AI and autonomous science: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Sandbox defender benchmark with immutable evaluator and attack simulation

Technology and first exercise

Bottleneck: Mechanism, repeatability, fatigue, cost

Materials, nano and molecular engineering: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Damage-state + healing kinetics/reliability model

Technology and first exercise

Bottleneck: Actuation range, fatigue, manufacturing

Materials, nano and molecular engineering: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Constitutive model + device figure-of-merit

Technology and first exercise

Bottleneck: Display ergonomics, perception, social effects

AI and autonomous science: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Latency/registration/user-utility experiment

Technology and first exercise

Bottleneck: Transfer, cybersickness, efficacy

Neurotechnology and human-machine interfaces: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Target-trial/evaluation design + sensorimotor latency model

Technology and first exercise

Bottleneck: Bandwidth, latency, embodiment

AI and autonomous science: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: End-to-end latency/codec/user-task model

Technology and first exercise

Bottleneck: Display physics, compute, capture

Neurotechnology and human-machine interfaces: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Wave/optics sampling model + interaction latency

Technology and first exercise

Bottleneck: Drilling, reservoir, induced seismicity, cost

Energy, nuclear and fusion: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Heat/reservoir/plant economics model

Technology and first exercise

Bottleneck: Confinement, heat exhaust, materials, tritium, economics

Energy, nuclear and fusion: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

Mechanics + electromagnetism (background): Develop the mechanics and electromagnetism needed to enter specialist study of confinement.

Classical Mechanics
Reading details

Thermodynamics + statistical mechanics (background): Reason about heat, energy conversion and thermodynamic limits in a proposed fusion system.

An Introduction to Thermal Physics
Reading details

Chemistry + materials (background): Investigate material constraints behind heat handling and component lifetime.

Materials Science and Engineering: An Introduction
Reading details

First exercise: Integrated 0-D plant model + diagnostics/control

Technology and first exercise

Bottleneck: Interfaces, cycle life, safety, scale

Materials, nano and molecular engineering: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Materials -> cell -> pack -> manufacturing chain

Technology and first exercise

Bottleneck: Yield, evolution, contamination, scale

Synthetic biology, regeneration and longevity: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Bioprocess dynamics/QC/manufacturing model

Technology and first exercise

Bottleneck: Containment, evolution, ecosystem effects

Synthetic biology, regeneration and longevity: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Simulation-only ecosystem/containment model

Technology and first exercise

Bottleneck: Delivery, clearance, specificity, manufacturing

Materials, nano and molecular engineering: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Transport/targeting/clearance model

Technology and first exercise

Bottleneck: Vascularization, maturation, QC

Synthetic biology, regeneration and longevity: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Print geometry + diffusion/perfusion + quality plan

Technology and first exercise

Bottleneck: Resistance, breadth, safety

Synthetic biology, regeneration and longevity: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Evolution/target-conservation computational model

Technology and first exercise

Bottleneck: Mechanisms, biomarkers, long horizons

Synthetic biology, regeneration and longevity: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Hallmarks causal graph + surrogate-failure simulation

Technology and first exercise

Bottleneck: Reliability, contamination, maintenance

Space industry and off-world systems: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Habitat life-support stock-flow model

Technology and first exercise

Bottleneck: Energy, nutrients, disease, economics

Synthetic biology, regeneration and longevity: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Growth-environment control and unit-economics model

Technology and first exercise

Bottleneck: Actuation density, power, coordination

Materials, nano and molecular engineering: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Modular reconfigurable swarm simulation

Technology and first exercise

Bottleneck: Error correction, algorithms, hardware scaling

AI and autonomous science: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Small quantum algorithm/noise/resource analysis

Technology and first exercise

Bottleneck: Discovery and reproducible evidence

Materials, nano and molecular engineering: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Extraordinary-claim verification protocol

Technology and first exercise

Bottleneck: Developmental biology, interfaces, ethics

Synthetic biology, regeneration and longevity: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: System requirements/physiology/control abstraction; no clinical protocol

Technology and first exercise

Bottleneck: Learnability, bandwidth, adaptation

Neurotechnology and human-machine interfaces: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Synthetic sensory remapping closed-loop study

Technology and first exercise

Bottleneck: Mechanism, state representation, long-term effects

Neurotechnology and human-machine interfaces: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Memory-system observability/state-model exercise

Technology and first exercise

Bottleneck: Signal-to-noise, spatial specificity

Neurotechnology and human-machine interfaces: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Measurement/information bound and decoder study

Technology and first exercise

Bottleneck: Encoding/decoding meaning, bandwidth, ethics

Neurotechnology and human-machine interfaces: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Information-channel decomposition and feasibility bound

Technology and first exercise

Bottleneck: Developmental complexity, safety, identity

Synthetic biology, regeneration and longevity: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Capability decomposition and biological constraint map

Technology and first exercise

Bottleneck: Reliability, turnaround, propulsion, economics

Space industry and off-world systems: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Mass/energy/turnaround unit-economics model

Technology and first exercise

Bottleneck: Rendezvous, propulsion, refueling, economics

Space industry and off-world systems: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Orbital logistics network simulation

Technology and first exercise

Bottleneck: Interfaces, autonomy, standards

Space industry and off-world systems: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: ISAM servicing task architecture + verification

Technology and first exercise

Bottleneck: Precision, metrology, autonomy

Space industry and off-world systems: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Robotic assembly tolerance/error propagation model

Technology and first exercise

Bottleneck: Process value, quality, economics

Space industry and off-world systems: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Orbital process cell with yield/thermal/logistics model

Technology and first exercise

Bottleneck: Diagnosis, spares, repairability

Space industry and off-world systems: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Fault detection + repair/spares availability simulation

Technology and first exercise

Bottleneck: Latency, autonomy, radiation/thermal

Space industry and off-world systems: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Delayed-comms autonomous rover/manipulator model

Technology and first exercise

Bottleneck: Dust, energy, repair, resource processing

Space industry and off-world systems: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Lunar resource -> product industrial chain

Technology and first exercise

Bottleneck: Logistics, radiation, maintenance, economics

Space industry and off-world systems: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Integrated habitat/resource/logistics budget

Technology and first exercise

Bottleneck: Resource inference, mission cost

Space industry and off-world systems: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Value-of-information prospecting mission model

Technology and first exercise

Bottleneck: Handling, processing, transport economics

Space industry and off-world systems: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Microgravity process plant + logistics model

Technology and first exercise

Bottleneck: Scale, structures, human factors

Space industry and off-world systems: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Spin-gravity/structure/control trade study

Technology and first exercise

Bottleneck: Closed loops, radiation, logistics

Space industry and off-world systems: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Habitat system budget + failure recovery

Technology and first exercise

Bottleneck: Industrial scale, ecology, governance

Space industry and off-world systems: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Cylinder dependency graph + structural/ecology budget

Technology and first exercise

Bottleneck: Radiation, logistics, maintenance, economics

Space industry and off-world systems: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Settlement mass/energy/spares/production model

Technology and first exercise

Bottleneck: Power density, heat, materials, regulation

Space industry and off-world systems: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Trajectory + reactor/power/thermal model

Technology and first exercise

Bottleneck: Specific power, confinement, heat, mass

Energy, nuclear and fusion: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Propulsion performance/system-mass feasibility model

Technology and first exercise

Bottleneck: Beam pointing, sail materials, comms

Space industry and off-world systems: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Beam/sail pointing/error/communication budget

Technology and first exercise

Bottleneck: Mechanism, organ protection, recovery

Synthetic biology, regeneration and longevity: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Physiology/control/risk decomposition; no medical protocol

Technology and first exercise

Bottleneck: Ice/vitrification damage, scale, validation

Synthetic biology, regeneration and longevity: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Heat/transport/damage/measurement conceptual model

Technology and first exercise

Bottleneck: Genome/development/ecosystem effects

Synthetic biology, regeneration and longevity: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Genome -> organism -> population -> ecosystem dependency map

Technology and first exercise

Bottleneck: Robustness, adaptation, containment

Synthetic biology, regeneration and longevity: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Eco-evolutionary closed-loop simulation

Technology and first exercise

Bottleneck: Durability, interfaces, evolution

Synthetic biology, regeneration and longevity: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Biohybrid system architecture + maintenance model

Technology and first exercise

Bottleneck: Closure, error, containment

Robotics and autonomous manufacturing: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: BOM closure + replication fidelity + immutable constraints

Technology and first exercise

Bottleneck: Mechanism, thermal noise, error, throughput

Materials, nano and molecular engineering: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Lower-bound error/energy/throughput model

Technology and first exercise

Bottleneck: Power, navigation, specificity, manufacturing

Materials, nano and molecular engineering: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Physically plausible micro/nano mechanism comparison

Technology and first exercise

Bottleneck: Power, communication, mechanical interconnects

Robotics and autonomous manufacturing: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Large modular swarm simulation with failure scaling

Technology and first exercise

Bottleneck: Bidirectional bandwidth, specificity, safety

Neurotechnology and human-machine interfaces: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Neural information/stimulation requirement bound

Technology and first exercise

Bottleneck: Integration, regulation, brain/body interface

Synthetic biology, regeneration and longevity: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Whole-body function dependency map

Technology and first exercise

Bottleneck: Mechanisms, cancer/immune tradeoffs, validation

Synthetic biology, regeneration and longevity: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Mechanism-evidence map + longitudinal endpoint model

Technology and first exercise

Bottleneck: Measurement fidelity, model sufficiency, validation

Neurotechnology and human-machine interfaces: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: State-resolution/computational/validation budget

Technology and first exercise

Bottleneck: Consciousness/identity, measurement, emulation

Neurotechnology and human-machine interfaces: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Assumption tree separating functional emulation from personal identity claims

Technology and first exercise

Bottleneck: Consciousness/personhood, rights, continuity

AI and autonomous science: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Personhood/governance + technical capability criteria

Technology and first exercise

Bottleneck: Alignment, verification, power, governance

AI and autonomous science: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Bounded self-improving agent with external evaluator + governance case

Technology and first exercise

Bottleneck: Deep uncertainty, reversibility, geopolitics

Energy, nuclear and fusion: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Multi-model intervention portfolio with stop conditions

Technology and first exercise

Bottleneck: Scale, energy, space infrastructure

Space industry and off-world systems: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Field/energy/structure feasibility model

Technology and first exercise

Bottleneck: Timescale, irreversibility, evolution

Space industry and off-world systems: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Planetary stock-flow/ecosystem intervention model

Technology and first exercise

Bottleneck: Material strength, dynamics, debris, construction

Space industry and off-world systems: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Taper/stress/material requirement model

Technology and first exercise

Bottleneck: Megastructure control, construction, debris

Space industry and off-world systems: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Dynamic/stress/control conceptual feasibility model

Technology and first exercise

Bottleneck: Self-expanding industry, logistics, governance

Space industry and off-world systems: Introductory track resource. This is an introduction to the track, not a technology-specific assignment.

First exercise: Solar-industrial replication/unit-economics model

Technology and first exercise