Entraînement aux concepts de ce débat

Which blockchain metric is primarily cited by proponents to claim that Solana captures over 70% of all public network activity?

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• A.Total Value Locked (TVL)
• B.Daily transaction count
• C.Active wallet addresses
• D.Market capitalization

Opponents of the transaction-count metric argue that Ethereum dominates economic reality by leading in which specific capital depth measurement?

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• A.Fully Diluted Valuation (FDV)
• B.Transaction volume
• C.Total Value Locked (TVL)
• D.Node validator count

What specific economic characteristic of the Solana network enables the proliferation of legitimate high-frequency micro-transactions?

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• A.Sub-cent transaction fees
• B.Infinite block space
• C.High base-layer transaction costs
• D.Proof of History consensus

Under the Equation of Exchange (Fisher 1911), what happens to the model's validity when negligible transaction costs lead to infinite token velocity via wash trading?

• A.The token price automatically increases to match the higher velocity.
• B.The model becomes perfectly efficient as market friction is eliminated.
• C.The network requires a transition to a commodity-backed standard to stabilize prices.
• D.The relationship between money supply and price levels breaks down because velocity ceases to reflect genuine economic exchange.

Which core assumption of Metcalfe's Law of Network Value (Metcalfe 1980) is directly violated when permissionless blockchains allow Sybil attacks to artificially inflate transaction counts?

• A.The assumption that each node represents a unique, distinct user adding genuine value to the network.
• B.The assumption that network value grows linearly with the number of transactions processed.
• C.The assumption that network value decreases as the number of nodes increases.
• D.The assumption that all nodes must be geographically distributed to prevent centralization.

According to Platform Competition in Two-Sided Markets (Rochet & Tirole 2003), how does the emergence of Maximum Extractable Value (MEV) disrupt the standard pricing structure formula?

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• A.It eliminates all transaction fees by paying users to submit transactions.
• B.It perfectly balances the pricing structure by equally subsidizing both sides of the market.
• C.It introduces a hidden, asymmetric tax on users that bypasses the platform's explicit fee-setting mechanisms.
• D.It forces the platform to register as a traditional securities exchange.

How does Ethereum's deployment of L2 scaling solutions alter the transaction cost friction described by Demsetz (1968) when competing against Solana's native throughput?

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• A.It completely eliminates all transaction costs across the entire Ethereum ecosystem.
• B.It shifts the friction from base-layer execution fees to the costs of bridging assets and fragmented liquidity.
• C.It increases base-layer transaction costs to intentionally discourage all network activity.
• D.It requires users to stake 32 ETH to process their own transactions.

If quantitative tightening reduces speculative DeFi activity, how would this macroeconomic shift impact the velocity variable within Fisher's Equation of Exchange for high-throughput networks?

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• A.Velocity would increase because users will rapidly sell off all their tokens.
• B.Velocity would remain perfectly constant because blockchain algorithms dictate transaction speeds.
• C.Velocity would be replaced by the network's staking yield rate.
• D.Velocity would sharply decrease as users hold tokens defensively and execute fewer speculative trades.

How do the Equation of Exchange (Fisher 1911) and Metcalfe's Law of Network Value (Metcalfe 1980) fundamentally differ in treating the economic value of high-frequency, low-value micro-transactions?

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• A.Fisher's model incorporates them as increased velocity that may dilute token value, whereas Metcalfe's model largely ignores them unless they represent new unique users joining the network.
• B.Fisher's model views them as proof of network security, while Metcalfe's model views them as a sign of inflation.
• C.Fisher's model ignores transaction frequency entirely, while Metcalfe's model values the network based solely on transaction volume.
• D.Fisher's model requires transactions to be taxed, whereas Metcalfe's model requires them to be subsidized.