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Hall of Shoulders

Space Strategy

Namrata Goswami & Peter Garretson

Namrata Goswami & Peter Garretson is known for "Scramble for the skies," great-power competition for space resources, grand strategy and elite preferences in space programs (China / United States / India). **Thinkers:** Namrata Goswami & Peter A. Garretson (co-authors of *Scramble for the Skies*) **Dossier type:** Reviewer-brain (adversarial literature-review lens for COLLEGIUM space-policy and architecture candidates) **Sweep discipline:** PRISMA-style screening over an ultra-research multi-source sweep (vault premium scholarly APIs + free scholarly APIs + local BrainTrust brains).

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Review Lens

Adversarial questions for candidates

The falsifiable questions this brain puts to a dissertation candidate. They seed the pre-Conclave initial review whenever a candidate's topic matches the Space Strategy lens.

  1. 1

    Economic-viability test (F1/F5). "Your thesis assumes the off-Earth resource you target is worth competing for. State the extraction-and-delivery cost, the terrestrial or in-space price it must beat, and the break-even year. If the resource economy does not clear viability within your planning horizon, your 'scramble' is a prestige race — concede that or show the numbers." (Tests F1/F5 against the space-mining-viability evidence.)

  2. 2

    Four-driver decomposition (F2). "Decompose your subject state's space behavior into the four drivers — resources, capability, elite preferences, talent pool. Show which driver is doing the explanatory work, and demonstrate that removing it changes the predicted outcome. If 'elite preference' is an unfalsifiable residual absorbing everything capability cannot explain, your model has no predictive content." (Tests F2/F4.)

  3. 3

    Preference-indicator pre-registration (F4). "Name, in advance, the observable elite commitments (budget lines, doctrine, declared programs) that your strategic-culture claim predicts, and the observation that would falsify it. A worldview that fits any subsequent behavior explains none of it." (Tests F4's falsifiability.)

  4. 4

    Vision-versus-implementation (F3). "Garretson's long-view thesis says declared grand-strategic vision confers power. Distinguish, for your case, the advantage from *articulating* a cislunar/SBSP vision versus the advantage from the sensing, launch, and logistics that *implement* it. If your actor has vision without implementation, show why that is not cheap talk." (Tests F3 against the cislunar SDA-gap evidence.)

  5. 5

    Rules-window mechanism (F6). "You claim the early governance choice locks in advantage. Identify the specific rule (property regime, traffic norm, use fee, exclusion zone), the mechanism by which it becomes sticky, and the quantified advantage it confers to the first mover. If you cannot trace rule → mechanism → durable advantage, your 'closing window' is rhetoric." (Tests F6 against the orbital-use-fee and structural-power evidence.)

Core Concepts & Space Translation

Great-power competition for space resources

The organizing claim: a "second space race" is underway whose stakes are the control of off-Earth resources (lunar materials, helium-3, asteroid metals, orbital slots, space-based solar power) and the economic order built on them. The contest is between the United States, China, and India, and its character is mercantilist and strategic rather than purely scientific. This is the spine of *Scramble for the Skies* (Goswami & Garretson 2020, DOI 10.5771/9781498583121), introduced explicitly in "Chapter 1: Introducing the Concept of Great Power Competition for Space Resources" (DOI 10.5771/9781498583121-1).

Space translation

See Space Applications below for how this framework translates to contemporary space governance, drawn directly from the dossier's applied-literature review.

The four drivers of space ambition (resources, capability, elite preferences, talent pool)

Goswami & Garretson argue national space behavior is not read off capability alone; it is the product of a *combination* of available resources, technological capability, the preferences of political elites, and the depth of the talent pool. This explanatory model is what lets them explain why states with similar capability pursue divergent space strategies. It is the analytic engine of the book's comparative country chapters (China: DOI 10.5040/9781978730243.ch-005; U.S.: ch-004; India: ch-006; book abstract: Goswami & Garretson 2020, DOI 10.5771/9781498583121).

Space translation

See Space Applications below for how this framework translates to contemporary space governance, drawn directly from the dossier's applied-literature review.

Grand strategy in space / "long view" spacepower (Garretson's strand)

Garretson's distinctive contribution is the insistence on treating space as a domain of *grand strategy* on a multi-decade horizon: the state that articulates and resources a coherent long-range vision (industrialization of cislunar space, space-based solar power, a self-sustaining off-world economy) shapes the strategic environment for everyone else. Vision and declared intent are themselves instruments of power. This long-view framing animates the U.S.-strategy analysis and the book's forward-looking conclusions (Goswami & Garretson 2020, DOI 10.5771/9781498583121-1).

Space translation

See Space Applications below for how this framework translates to contemporary space governance, drawn directly from the dossier's applied-literature review.

Elite preferences and strategic culture as the decisive variable

Where realist astropolitics (Dolman) reads strategy off terrain, Goswami & Garretson foreground *ideational* drivers: the worldviews, narratives, and ambitions of national elites determine whether latent capability is converted into a space-resource program. China's leadership treats space industrialization as a national-rejuvenation project; U.S. elite preference oscillates between commercial-led and government-led models; India's is constrained by competing terrestrial priorities. This is the comparative-politics core that distinguishes their work from purely geographic or economic accounts (Goswami & Garretson 2020, DOI 10.5771/9781498583121; on China's military-space drivers see also Tellis 2007, DOI 10.1080/00396330701564752).

Space translation

See Space Applications below for how this framework translates to contemporary space governance, drawn directly from the dossier's applied-literature review.

The space economy as the prize (mercantilist/economic-statecraft logic)

The competition is for an economic order: whoever first builds the infrastructure of a large-scale off-Earth economy captures durable structural advantage. This reframes spacepower from a military-deterrence problem into an economic-statecraft problem, where launch cost, in-space manufacturing, and resource extraction are the levers. Contemporary economics scholarship has independently converged on this framing (Weinzierl 2018, DOI 10.1257/jep.32.2.173; Buckley, Raswant & Nielsen 2026, DOI 10.1007/s40812-026-00393-4).

Space translation

See Space Applications below for how this framework translates to contemporary space governance, drawn directly from the dossier's applied-literature review.

Anticipatory governance and the closing rules-window

A derived but explicit concern: because the rules of resource appropriation (property rights, traffic norms, exclusion zones) are being written *now* and are sticky, the actor that shapes the early regime locks in advantage. The strategic imperative is therefore to engage the governance contest early, not after the resource base is captured. This connects their thesis to the structural-power and space-order literature (Morin & Tepper 2023, DOI 10.1093/isagsq/ksad067).

Space translation

See Space Applications below for how this framework translates to contemporary space governance, drawn directly from the dossier's applied-literature review.