When to Use
When someone needs to evaluate a claim and isn’t sure what type of evidence to look for, or when an argument seems unresolvable and the root cause may be confusion about which type of truth is at stake.
The Framework
The Core Insight
Most arguments are unresolvable because the participants disagree not about the facts but about which TYPE of truth applies. A claim about climate change may be treated as scientific truth (verify by experiment), political truth (verify by consensus), or economic truth (verify by market prices). The verification method you choose determines the conclusion you reach.
Type 1: Scientific Truth
Definition: True regardless of who believes it. Verified by reproducible experiment.
Verification: Design an experiment. Run it. Get the same result. Have others replicate it.
Examples: Speed of light, boiling point of water, gene expression, drug efficacy in double-blind trial.
Key property: Doesn’t depend on belief or authority. Pi is 3.14159 even if every human believes otherwise.
“Tesla is more powerful than the New York Times because technological truths are ultimately more durable than political truths.” — Balaji Srinivasan, The Network State, Ch 2.3
Type 2: Technical Truth
Definition: True if it works. Verified by engineering outcome.
Verification: Build it and test it. The bridge holds or it collapses.
Examples: Can this airplane fly? Does this code compile? Does this encryption algorithm resist attack?
Key property: Falsified by failure. No amount of expert opinion saves a bridge that falls.
Type 3: Political Truth
Definition: True because enough people believe it. A social construct sustained by collective belief.
Verification: Consensus measurement. If enough people agree, it’s operationally true.
Examples: Money has value. This border is legitimate. This person has authority. This behavior is socially acceptable.
Key property: Can be changed by changing beliefs. A revolution doesn’t alter physics but does alter which political truths operate.
Danger: Political truths are often disguised as scientific truths. “The science says X” is frequently a political truth (institutional consensus) dressed in scientific clothing (reproducible experiment). The test: is there an actual experiment, or just expert agreement?
Type 4: Economic Truth
Definition: True as verified by the market. The price is the signal.
Verification: Revealed preference — what people actually pay, not what they say they want.
Examples: This company is worth $X. Demand exists for this product. This labor market is tight.
Key property: Markets aggregate information from millions of independent actors. Market price is often a better measure of truth than any individual expert’s opinion.
Connection to Balaji’s “stated vs. expressed preference” insight: “The gap between stated preference (what is praised) and expressed preference (what is bought) is an inexhaustible source of startup ideas.”
Type 5: Cryptographic Truth
Definition: True because the math is true. Verified by mathematical proof, typically via blockchain.
Verification: Run the computation. Check the hash. Verify the signature.
Examples: This transaction occurred at this timestamp. This wallet holds this amount. This message was signed by this key.
Key property: Cannot be faked, altered, or censored by any authority. More reliable than institutional assertion because it requires zero trust.
“A timestamp is more powerful than Macron” — because cryptographic truths don’t depend on institutional credibility. — Balaji Srinivasan, The Network State, Ch 2.3 (paraphrased)
The Hierarchy
Balaji implicitly ranks these by durability:
- Cryptographic (mathematically provable, unfakeable)
- Scientific (reproducibly demonstrable)
- Technical (verifiable by outcome)
- Economic (market-verified but volatile)
- Political (consensus-dependent, changeable)
Political truths are the least durable but the most commonly invoked in public discourse.
Common Confusions
| Claim | Treated As | Actually Is | Consequence of Confusion |
|---|---|---|---|
| ”Experts agree on X” | Scientific | Political | Authority substituted for evidence |
| ”The market says X” | Economic | Sometimes Political (manipulated) | Rigged markets produce false signals |
| ”The data shows X” | Scientific | Sometimes Political (selected data) | Cherry-picked data used as “science" |
| "It’s on the blockchain” | Cryptographic | Only if actually on-chain | Off-chain claims can be attributed false cryptographic credibility |
Example
Inflation reporting:
- Government’s claim: “Inflation is transitory” (2021)
- Presented as: Scientific truth (data-based)
- Actually was: Political truth (institutional consensus serving political goals)
- Economic truth (market price): Bond markets were pricing in persistent inflation
- Cryptographic truth (on-chain): Bitcoin price was signaling currency debasement
Balaji’s comment on government statistics:
“According to the Chinese government of 2021, the number of COVID deaths in China from mid 2020-2022 was zero. According to the San Francisco government of 2021, the crime rate in SF was declining. According to the US establishment of 2021, the inflation of the dollar was transitory.” — Balaji Srinivasan, The Network State, Ch 4.1
Output
After reading this, you should be able to:
- Classify any claim into one of the five truth types
- Identify the correct verification method for each type
- Detect when political truths are being disguised as scientific truths
- Understand why cryptographic and scientific truths outrank political truths in durability
Source: The Network State, Ch 2.3; The Anthology of Balaji, Part II (pp. 93-116)