Space Strategy
Bhavya Lal
Bhavya Lal is known for Space technology policy; nuclear power and propulsion in space; measuring and forecasting the space economy; NASA strategy, budget, and technology-investment analysis. Former Acting Chief Technologist and Senior Advisor for Budget and Finance at NASA; long-tenured research staff and Research Director at the IDA Science and Technology Policy Institute (STPI).. **Brain role:** A citation-grounded review lens that applies Lal's analytical frameworks to contemporary space challenges, and an adversarial screening layer for COLLEGIUM space-policy and space-architecture candidates. **Sweep discipline:** PRISMA-style screening over an ultra-research multi-source sweep (free scholarly APIs + premium vault keys + local BrainTrust brains).
Sources
48
Primary + secondary
Citations
0
ARGOS-tracked
FTS5 Chunks
48
Retrieval index
Councils
0
Memberships
Review Lens
Adversarial questions for candidatesThe 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
The competing-cost test (F2). "You claim your in-space capability (ISRU, on-orbit manufacturing, propellant depot, lunar resource) is economically justified. State the competing cost of simply launching the same mass or service from Earth over your planning horizon, and the demand volume over which you amortize the infrastructure. If your case does not beat the falling launch-cost denominator at a defensible demand level, it is advocacy, not analysis.
- 2
The multi-criteria honesty test (F1). "You have framed your technology recommendation as an optimization on one or two variables. Name every decision dimension that actually matters — at minimum performance, safety, security/nonproliferation, schedule, supply availability, cost, and commercial enablement — and show how your conclusion changes under different weightings. If your recommendation only holds for one weighting, say which policy preference you have smuggled in as a technical result.
- 3
The measurement-baseline test (F2). "You cite a market-size, growth, or value figure to motivate your argument. Define the boundary of what you are counting (in-space vs. for-space activity), demonstrate you are not double-counting, and state whether your figure is value-added or gross revenue. If the conclusion of your work depends on a number whose definition you cannot defend, the conclusion is unsupported.
- 4
The instrument-to-failure test (F4). "You propose a government action (fund, contract vehicle, regulation, partnership). Identify the specific market failure it corrects, and show that the instrument corrects that failure rather than entrenching an incumbent, distorting price signals, or substituting political allocation for the market discipline you rely on elsewhere. A government instrument with no named failure is industrial policy in disguise.
- 5
The governance-gap enumeration test (F5). "You assert that 'governance' or 'coordination' is needed. Decompose that claim into the discrete coordination failures (e.g., debris mitigation, spectrum, export control, launch access, data policy, traffic deconfliction) and assign each a specific lever and a specific authority that would hold it. If you cannot enumerate the gaps and name who closes each one, you have a slogan, not a governance proposal — and you have not shown your scheme is robust to the orbital environment's nonlinear (Kessler-type) failure modes.