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Joben Joseph's avatar

I have a thought... necessity is the mother of invention. Would this Hormuz conundrum create the necessity to boost human ingenuity to boost nuclear power. We can't deny that most projects have the human element of bureaucracy and lethargy in execution of speed. I saw this first hand in a company I worked for...when faced with existential crisis...so many projects that had to pass through multiple head nodding committees got validated in hours....HOURS! This was during peak COVID shutdown.

abhay abhyankar's avatar

Talking of the Swiss watch industry, here's something that is not commonly known: Yes, for a significant portion of the Industrial Revolution, the UK was the undisputed technological and commercial leader in watchmaking. In 1800, British watchmakers produced approximately half of the world's watches (around 200,000 pieces per year).

1. Eras of British Dominance

Britain’s leadership was defined by two distinct phases:

a. Scientific Innovation (1650–1750): This period saw the UK become the hub of horological invention. British scientists and watchmakers developed the core technologies still used in mechanical watches today.

b. Global Market Leadership (1750–1820): Fueled by the needs of the British Empire and maritime trade, London (specifically Clerkenwell) and Lancashire became the global centers for high-precision timekeeping.

2. Key Technological Innovations

British watchmakers are credited with approximately 60–75% of all major innovations in mechanical horology:

The Lever Escapement (1754): Invented by Thomas Mudge, this is the "heartbeat" of nearly every modern mechanical watch.

The Marine Chronometer (1735–1759): John Harrison solved the "Longitude Problem," allowing ships to determine their east-west position at sea. This was a critical military and commercial advantage for the UK.

Other Milestones:

Cylinder Escapement (1695): Thomas Tompion.

Repeating Movements (1680): Daniel Quare.

Bimetallic Balance Wheel (1775): John Arnold, essential for temperature compensation.

Its been well researched:

Adam Smith, Watch Prices, and the Industrial Revolution" (Kelly & Ó Gráda,

Quarterly Journal of Economics, 2016):

o This study uses data from Old Bailey criminal trials to track watch prices from 1685 to 1810.

o The Findings: They found that real prices for watches dropped by about 1.3% per year—a 75% fall over a century—demonstrating that massive technological progress was happening in the UK long before the "official" start of the Industrial Revolution

o

Artisanal Skills, Watchmaking, and the Industrial Revolution" (Kelly & Ó Gráda,

Journal of Economic History , 2019):

o This paper focuses on the "human capital" aspect, linking the high literacy and technical skills of 18th-century watchmakers to the broader success of British engineering.

Time for a Change? Technological Persistence in the British Watchmaking Industry" (Alun C. Davies) Material Culture Review):

o This article specifically explores why British makers resisted the "American system" of interchangeable parts.

o The "Ingold Episode": It details how a Swiss inventor, Pierre Frédéric Ingold, tried to establish a watch factory in London in 1842 but was blocked by Parliament after intense lobbying from British craftsmen who feared "de-skilling".

And finally, ROLEX was set up in London in 1905 and then moved to Switzerland.

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