Entraînement aux concepts de ce débat

Japan's $25.7 billion subsidy aims to help Rapidus achieve mass production of which specific semiconductor technology node by 2027 to create a sovereign alternative to TSMC?

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• A.5-nanometer (5nm) chips
• B.1-nanometer (1nm) chips
• C.2-nanometer (2nm) logic semiconductors
• D.28-nanometer (28nm) automotive microcontrollers

Which strategy does Rapidus use to mitigate typical deep-tech startup risks regarding future demand for its semiconductor fabrication?

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• A.Relying entirely on government procurement contracts for military and defense applications
• B.Securing upfront commitments and investments from major Japanese corporate partners
• C.Focusing exclusively on open-market spot sales to capture the highest possible margins
• D.Hedging financial risks by investing a portion of its capital in semiconductor commodity futures

Critics of the Rapidus strategy argue that attempting to leapfrog directly to 2nm ignores the structural necessity of mastering what?

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• A.The acquisition of rare earth minerals
• B.The theoretical physics of quantum tunneling
• C.The establishment of a global consumer brand
• D.The cumulative learning and yield-improvement processes

Under Strategic Trade Theory (Brander & Spencer 1985), which specific market condition must exist for state subsidies to successfully shift excess returns from foreign competitors to domestic firms?

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• A.The global market must be an oligopoly with high barriers to entry where firms earn supernormal profits
• B.The market must be perfectly competitive so that subsidies can lower consumer prices globally
• C.The domestic firm must have an absolute comparative advantage in natural resources over foreign rivals
• D.The domestic currency must be artificially devalued to ensure export competitiveness

According to the Experience Curve Effect (Wright 1936), which condition causes the model to break down and unit costs to remain high when a firm skips technological generations?

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• A.The firm achieves economies of scale too quickly, causing diseconomies of scale to set in
• B.The firm faces increased tariffs and trade barriers from foreign governments
• C.The firm lacks the cumulative production volume necessary to drive down costs through learning-by-doing
• D.The firm spends too much money on research and development instead of marketing

In Bain's (1956) framework, what is the mathematical relationship between long-run average costs (LRAC) and production quantity (Q) for a new entrant operating below the Minimum Efficient Scale?

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• A.LRAC is perfectly flat regardless of Q, meaning the entrant can compete purely on product quality
• B.LRAC is strictly decreasing as Q increases, meaning the entrant faces a significant cost disadvantage
• C.LRAC is strictly increasing as Q increases due to the immediate onset of diseconomies of scale
• D.LRAC fluctuates cyclically with Q based on seasonal macroeconomic interest rates

Applying Real Options Theory, how does the high geopolitical uncertainty surrounding Taiwan's status alter the valuation of Japan's irreversible capital expenditures in domestic 2nm fabrication facilities?

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• A.High uncertainty decreases the value of waiting, encouraging all rational actors to immediately sink capital into the market
• B.High uncertainty shifts the primary valuation metric from discounted cash flows to the number of patents filed
• C.High uncertainty guarantees immediate financial profitability, making the domestic fab a risk-free investment
• D.High uncertainty increases the value of delaying irreversible investments, meaning immediate expenditure requires a massive strategic premium

Given the massive fixed costs of High-NA EUV lithography, how does Bain's Minimum Efficient Scale framework evaluate a state-backed entrant capturing only a negligible fraction of global AI chip demand?

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• A.The entrant will operate far below the Minimum Efficient Scale, resulting in uncompetitive unit costs unless perpetually subsidized
• B.The entrant will immediately achieve cost parity because state backing automatically nullifies all fixed manufacturing costs
• C.The entrant will surpass the Minimum Efficient Scale instantly by utilizing the superior resolution of High-NA EUV machines
• D.The entrant will face regulatory antitrust scrutiny for monopolizing the global supply of lithography equipment

How do Strategic Trade Theory (Brander & Spencer 1985) and Minimum Efficient Scale (Bain 1956) differ in their assumptions regarding a state-backed entrant's ability to overcome massive fixed costs?

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• A.Strategic Trade Theory focuses on the environmental impact of fixed costs, while Bain focuses on the labor union dynamics of large-scale manufacturing
• B.Strategic Trade Theory assumes the entrant must reach Minimum Efficient Scale organically, whereas Bain argues that state subsidies permanently alter the scale curve
• C.Strategic Trade Theory assumes subsidies can successfully shift market share to the entrant, whereas Bain emphasizes that failing to reach a critical volume makes overcoming fixed costs structurally impossible
• D.Strategic Trade Theory argues that fixed costs are irrelevant in modern tech, while Bain argues that fixed costs are the only factor determining chip performance

When evaluating a leap to 2nm, how does the Experience Curve Effect (Wright 1936) conflict with the Real Options Theory of Investment (Dixit & Pindyck 1994) regarding early-stage production volume?

• A.Both theories agree that a company should immediately produce as many chips as possible to flood the market and bankrupt competitors
• B.The Experience Curve demands immediate, high-volume production to drive down costs, whereas Real Options Theory suggests delaying large-scale irreversible investments until uncertainties are resolved
• C.The Experience Curve suggests waiting for competitors to lower costs first, while Real Options Theory demands immediate maximum production to secure a first-mover advantage
• D.The Experience Curve focuses on the depreciation of factory equipment, whereas Real Options Theory evaluates the marketing costs of launching a new 2nm chip