Historian Anton Howes researches the causes of the British Industrial Revolution. He argues that invention is not an innate human trait, but a transmitted cultural practice rooted in an "improving mentality." This collection outlines his work on historical transparency and early machinery, ultimately asking why progress accelerated when it did.

Visual summary of operating lessons from Anton Howes.

Designing Innovation Incentives

  1. On Implementation Before Headlines: Innovation rewards work best when they fund the trials and experiments needed to turn known approaches into practical solutions. — Reference: Works in Progress — Why Innovation Prizes Fail
  2. On Developmental Grants: A steady sequence of smaller development grants can matter more than a distant promise of a spectacular jackpot. — Reference: Works in Progress — Why Innovation Prizes Fail
  3. On Define a Precise Niche: Competitions are more effective when they target a narrow implementation problem rather than asking vaguely for radical ideas. — Reference: Works in Progress — Why Innovation Prizes Fail
  4. On Set Clear Benchmarks: A well-defined benchmark can coordinate progress even when the monetary prize is modest. — Reference: Works in Progress — Why Innovation Prizes Fail
  5. On Be Patient with Prizes: Large headline rewards may take decades to attract a worthy solution, so sponsors should not confuse publicity with impact. — Reference: Works in Progress — Why Innovation Prizes Fail
  6. On Account for Opportunity Cost: Directing innovators toward one challenge necessarily pulls scarce attention away from other problems. — Reference: Works in Progress — Why Innovation Prizes Fail
  7. On Target Existing Problem-Solvers: Prize winners usually emerge from people already working on related technical problems, not from a newly inspired general public. — Reference: Works in Progress — Why Innovation Prizes Fail
  8. On Complement Patents: Prizes should fill incentive gaps left by patents instead of paying again for inventions the patent system already rewards. — Reference: Works in Progress — Why Innovation Prizes Fail
  9. On Reward Neglected Value: Useful prizes can support advances that are not patentable or profitable enough to attract private investment. — Reference: Works in Progress — Why Innovation Prizes Fail
  10. On Optimize for Social Benefit: Innovation support is especially valuable for life-saving or socially useful inventions whose financial returns are weak. — Reference: Works in Progress — Why Innovation Prizes Fail

Building State Capacity

  1. On See Bureaucracy as an Invention: The administrative state is historically recent; earlier rulers lacked the personnel and machinery needed to execute even benevolent policies. — Reference: Works in Progress — How to Build a State
  2. On Recognize the Cost of Collection: Raising revenue requires manpower, while collection agents create leakage and incentives to divert public funds. — Reference: Works in Progress — How to Build a State
  3. On Delegate When Capacity Is Thin: Without a professional bureaucracy, rulers had to delegate taxation and administration to local agents. — Reference: Works in Progress — How to Build a State
  4. On Use Local Knowledge Carefully: Local tax farmers knew the land and its output, but their informational advantage came with corruption and control risks. — Reference: Works in Progress — How to Build a State
  5. On Keep Essential Agents Aligned: Authority depends on enforcers and legitimizers, so rulers historically traded exemptions and privileges for continued cooperation. — Reference: Works in Progress — How to Build a State
  6. On Break the Capacity Catch-22: Policy requires money and revenue collection requires policy capacity, making institutional development a long compounding process. — Reference: Works in Progress — How to Build a State
  7. On Fund the State Through Bargains: Before reliable taxation, monarchs raised cash through monopolies, titles, and other bargains that look corrupt by modern standards. — Reference: Works in Progress — How to Build a State

Capital, Institutions, and Scottish Growth

  1. On Test the Education Story: A national school system did not immediately produce a large literacy advantage, so education alone cannot explain Scotland's exceptional output. — Reference: Age of Invention — Why Scotland Succeeded
  2. On Follow Structural Transformation: Scotland's rise appeared in rapid urbanization, industrial employment, and a growing share of British output. — Reference: Age of Invention — Why Scotland Succeeded
  3. On Encourage Banking Competition: Multiple chartered banks and large regional partnerships created a more competitive financial system than England had at the time. — Reference: Age of Invention — Why Scotland Succeeded
  4. On Let Firms Outlast Founders: Legal entities that survive partner death or bankruptcy can accumulate capabilities and capital across generations. — Reference: Age of Invention — Why Scotland Succeeded
  5. On Lend Against Reputation and Skill: Short-term credit based on personal security can finance capable people who do not yet own substantial land. — Reference: Age of Invention — Why Scotland Succeeded
  6. On Open Saving to Workers: Paying interest on tiny deposits allowed artisans and labourers to participate in and strengthen the financial system. — Reference: Age of Invention — Why Scotland Succeeded
  7. On Provide Usable Currency: Small-denomination banknotes can relieve coin shortages and make capital circulate through everyday commerce. — Reference: Age of Invention — Why Scotland Succeeded
  8. On Make Credit Enforcement Credible: Faster debt enforcement increases lender confidence and expands the pool of capital available for commerce and invention. — Reference: Age of Invention — Why Scotland Succeeded
  9. On Back the Ambitious Artisan: A financial system becomes innovation infrastructure when reputation, skill, and acumen are enough to raise capital for a new idea. — Reference: Age of Invention — Why Scotland Succeeded

Energy Transitions and Historical Explanation

  1. On Treat Managed Wood as Renewable: Fuel wood was typically coppiced and regrown, so it should not be modeled like an exhaustible mineral deposit. — Reference: Age of Invention — The Coal Conquest
  2. On Expect Supply to Respond to Price: When a renewable product becomes more valuable, producers tend to expand its supply rather than destroy the productive base. — Reference: Age of Invention — The Coal Conquest
  3. On Look Beyond Shortage Narratives: Rising wood prices and complaints about disappearing woods do not by themselves prove that fuel demand caused deforestation. — Reference: Age of Invention — The Coal Conquest
  4. On Test the Resource Base: Evidence that woodlands near London remained intact challenges simple stories of fuel exhaustion before coal's rise. — Reference: Age of Invention — The Coal Conquest
  5. On Measure Competing Demands: English woodland sustained growing exports and an expanding iron industry at the same time. — Reference: Age of Invention — The Coal Conquest
  6. On Follow Industry to Cheap Inputs: Ironmaking moved inland when necessary because valuable iron could bear transport costs that bulky wood could not. — Reference: Age of Invention — The Coal Conquest
  7. On Distinguish Timber Policy from Fuel Scarcity: Strategic rules preserving mature timber for ships are not evidence that renewable fuel wood had run out. — Reference: Age of Invention — The Coal Conquest
  8. On Separate Deforestation from Fuel Demand: Landowners often cleared woods for more profitable agriculture, making food and land values a different causal story from fuel shortage. — Reference: Age of Invention — The Coal Conquest
  9. On Find the Price Break: Coal spread rapidly after it became much cheaper in the 1570s, making it attractive even far from the mines. — Reference: Age of Invention — The Coal Conquest