Quotulatiousness

January 1, 2021

The paradox of innovation – the more you have, the less impact each individual innovation has

Filed under: Britain, Economics, History, Technology — Tags: , , — Nicholas @ 03:00

In the latest Age of Invention newsletter, Anton Howes considers the oddity that as the British economy expanded during the early Industrial Revolution, each new discovery had less and less direct impact on the economy as a whole:

What this means is that when there were even some slight improvements in agriculture alone, the effects on living standards could be dramatic. But absent such improvements, a rich culture of innovation affecting everything from clothes to watches to books, wine, glassware, metals, and pottery would have been almost entirely masked from the figures. Importantly, the same applies not only to the composition of average notional consumption baskets, but to the contributions of different sectors to the economy as a whole. While the total amount of food has increased dramatically for the past few hundred years, for example, agriculture’s share of the economy steadily fell (from over 40% of the English economy in 1600, and an even greater share of total employment, to less than 1% today, with a similar trend repeated worldwide). So the relative importance of your typical agricultural innovation for overall growth rates has fallen dramatically. Perhaps it’s no wonder that twentieth-century agricultural pioneers like Norman Borlaug still don’t really get their due.

The same goes, more recently, for manufacturing. The reason the textbooks always name Kay, Hargreaves, Crompton, Cartwright and Arkwright, is because they made improvements to what was already one of the most important sectors of the economy: textiles. In the eighteenth century, textiles as a whole accounted for a whopping 16-17% of the British economy. So any growth in the value of wool, linen, and increasingly cotton goods, had an appreciable impact on overall economic growth. Today, by contrast, you’d be hard pressed to find many sectors that account for even 5% of the country’s economy (except construction, and possibly financial services, depending on how broadly you define them). And while Britain may have long lost its role as the workshop of the world, textile production in China today still only accounts for about 7% of the country’s economy. To put it another way, the modern Arkwrights and Cartwrights and Cromptons of China, to have any comparable effect on national statistics, would have to make productivity improvements to their industry that are at least three times as impressive.

And impressive they are, though you won’t have heard of them. Arkwright and Crompton multiplied the number of threads that a single machine could spin, from one to dozens. Today, thread is spun by the thousands, at speeds they could have scarcely comprehended, and with entire factories hardly needing a single pair of human hands. Automatic sensors monitor the yarn’s tension and detect any defects while it is being spun, with robots even whizzing along to repair any snaps, able to find a loose end and piece the yarn together again — a task that once required the nimble fingers of small children. From an eighteenth-century perspective, our textile machines routinely now do magic, and are getting ever more fantastical every day. Imagine showing Arkwright the use of lasers in fading and cutting jeans.

But by replacing human labour, innovation has become ever more hidden. Many people don’t realise that British manufacturing is actually larger and more valuable than ever. It’s just that it employs fewer people than ever, so hardly anybody gets to witness its great strides forwards (to witness a flavour of manufacturing’s modern marvels, I recommend checking out MachinePix).

And more importantly, the overall effect of each innovation has also been steadily diluted — itself the result of growth. Innovation has, in a sense, been the victim of its own success. By creating ever more products, sprouting new industries, and diversifying them into myriad specialisms, we have shrunk the impact that any single improvement can have. When cotton was king, a handful of inventors might hope to affect the entire national textile industry in some way. Nowadays, there’s not a chance. Doubling the productivity of cotton spinning is all well and good, but what about nylon, polyester, rayon, and the host of other fibres we have since invented? And which kind of spinning machine would you improve? An old-fashioned ring-spinner, a newer rotor spinner, or perhaps even one of the brand new air-jet types?

If you make an improvement, it’s not going to be to the industry as a whole — it’ll be specific. And actually improvements have always been specific; it’s just that the industries have since multiplied and narrowed. Inventors once made drops into a puddle, but the puddle then expanded into an ocean. It doesn’t make the drops any less innovative. This paradox of progress affects all innovation, such that it is no wonder that the number of researchers has been increasing while national-level productivity growth has appeared fairly stagnant. Even general-purpose technologies, like the recent dramatic improvements to telecommunications, computing, and software, have had a muted effect, being applied more slowly than we’d have liked. I expect that all future general-purpose technologies will fare even worse, for it takes still further effort and innovation to apply a technology to a given industry, and those industries will continue to multiply. All future general-purpose technologies, that is, except improvements to energy.

December 31, 2020

The limiting factor that holds back the green dream of electric cars everywhere

Filed under: Economics, Technology — Tags: , , , — Nicholas @ 03:00

I’m not actually against the spread of electric vehicles — where appropriate — but we’re a long way technically speaking from an all-electric future on the roads. Alongside the vast increase in our electric generation and distribution infrastructure such a change would require, there’s also the practical limitation of what is currently possible in battery technology, and hoped-for improvements will require significant breakthroughs which seem more than just a step beyond our current capabilities:

Nissan Leaf electric vehicle charging.
Photo by Nissan UK

“There are liars, damned liars, and battery guys” – or some variation thereof – is an aphorism commonly attributed to US electro-whizz Thomas Edison.

Edison’s anecdotal frustrations remain valid today because scarcely a month goes by without a promised battery revolution, and scarcely a month goes by without that revolution arriving.

In October, for example, The Register encountered Jagdeep Singh, CEO of QuantumScape, a battery startup that boasted a new type of battery that could double the range of electric vehicles, charge in 15 minutes, and is safer than the lithium-ion that dominates the rechargeable market.

“Ten years ago, we embarked on an ambitious goal that most thought was impossible,” Singh said in a canned statement. “Through tireless work, we have developed a new battery technology that is unlike anything else in the world.”

Singh might disprove Edison’s aphorism and deliver the better batteries the world will so clearly appreciate. But to do so he’ll have to buck a 30-year trend that has seen lithium-ion reign supreme.

Why has the industry stalled? The short answer is that chemistry hasn’t found a way to build a better battery.

“The basic concept of what a battery is hasn’t shifted since the 18th century,” says Professor Thomas Maschmeyer, a chemist at the University of Sydney and founding chairman of Gelion Technology, a battery developer. All batteries, Maschmeyer explains, consist of three main building blocks: a positive electrode, called a cathode; a negative electrode, called an anode; and an electrolyte that acts as a catalyst between the two sides. “These three elements cannot change. So, if you want a breakthrough, it must come from a fundamental change in the chemistry,” Maschmeyer says.

Better living through chemistry
Battery boffins have proposed a periodic table’s worth of alternative compounds that could surpass lithium-ion batteries.

These largely fall into two categories. First, batteries that are trying to surpass the energy densities that lithium offers, such as solid-state batteries, lithium-sulphur, and lithium-air. The other is batteries comprised of more abundant materials such as sodium-ion batteries, aluminium-ion, and magnesium-ion batteries.

But changing the chemistry of batteries is easier said than done, says Professor Jacek Jasieniak, a professor of material sciences and engineering at Monash University. He compares changing one element in a battery to changing a chemical in a pharmaceutical. “Often solving one problem exacerbates another,” he says.

December 20, 2020

QotD: Online literacy

Filed under: Education, Media, Quotations, Technology — Tags: , — Nicholas @ 01:00

In the various fora and social media circles in which I run, there’s a self-selecting bias toward literacy. Thoughts tend to be expressed in complete sentences with reasonably correct grammar and punctuation.

But sometimes I’ll find myself looking at the posts of a Facebook friend-of-a-friend-of-a-friend and I see these random aggregations of misspelled words. They have the occasional capital letter or punctuation mark thrown in, as though the writer knew they were supposed to include those, but not how or why.

And I find myself wondering “What’s it like inside their head?” I mean, you’d probably be going through life slightly angry, thinking everybody was secretly laughing at you behind their hands, that there was some arcane code of keyboard use you were violating. The whole internet would be like one of those fancy restaurants with too much silverware and you never know which implement to use to eat which dish.

Tamara Keel, “I’ve always wondered…”, view from the porch, 2018-08-24.

December 18, 2020

When Movies Were Magic (3D glasses recommended)

Filed under: France, History, Media, Technology, USA — Tags: , , , — Nicholas @ 02:00

Atun-Shei Films
Published 8 Sep 2020

A brief history of early motion picture technology and artistry, from the magic lantern to Georges Méliès. Presented in glorious 3-D!!!

To fully enjoy this video, you will need a pair of red/blue anaglyph 3-D glasses. They can be acquired cheaply at a number of online vendors, and you can even make them at home by coloring sheets of clear plastic with permanent markers: https://www.wikihow.com/Make-Your-Own…

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~REFERENCES~

[1] William Godwin. Lives of the Necromancers (1834). Project Gutenberg https://www.gutenberg.org/cache/epub/…

[2] Paul Clee. Before Hollywood: From Shadow Play to the Silver Screen (2005). Houghton Mifflin, Page 12-21

[3] Chris Bennett. “The Psychedelic Phantasmagoria Shows of the 18th Century” (2018). Cannabis Culture https://www.cannabisculture.com/conte…

[4] Clee, Page 39-47

[5] Clee, Page 84-85

[6] “Dissolving View Magic Lantern Slides.” Magic Lantern World https://magiclanternist.com/2016/09/2…

[7] “A Color Photograph Pioneer Comes to Light” (2018). The European Synchrotron https://www.esrf.eu/home/news/general…

[8] Clee, Page 83

[9] Clee, Page 85-95

[10] “Freeze Frame: Eadweard Muybridge’s Photography of Motion” (2000). National Museum of American History https://americanhistory.si.edu/muybri…

[11] “Sallie Garner at a Gallop.” IMDB https://www.imdb.com/title/tt2221420/…

[12] Laurent Mannoni. “Etienne-Jules Marey: French Physiologist and Chronophotographer.” Who’s Who of Victorian Cinema https://www.victorian-cinema.net/marey

[13] Clee, Page 107-109

[14] Harald Sack. “The Kinetoscope and Edison’s Wrong Way to Invent the Cinema” (2020). SciHi Blog http://scihi.org/kinetoscope-edison/

[15] Clee, Page 127

[16] Clee, Page 139-141

[17] James Travers. “Georges Méliés Biography: Life and Films” (2017). FrenchFilms.org http://www.frenchfilms.org/biography/…

[18] Clee, Page 158-159

December 16, 2020

Storm in the Labrador Sea

Filed under: History, Technology — Tags: , , , , , — Nicholas @ 02:00

Draken Harald Hårfagre
Published 20 Aug 2016

8 minutes with the amazing Draken Viking Ship. This is the film we showed in our exhibition tent on the festivals around the Great Lakes, filmed between Greenland and Newfoundland on the crossing of the North Atlantic Ocean.

December 2, 2020

Bill C-10, An Act to amend the Broadcasting Act hijack the internet

Filed under: Bureaucracy, Cancon, Media, Technology — Tags: , , , , — Nicholas @ 03:00

At The Line, Josh Dehass outlines the benign-sounding claimed intent of Bill C-10 and the malign reality if it is implemented as written:

Bill C-10 would expand the term “broadcasters” to include online content creators. This means that after decades of a mostly regulation-free Internet, the CRTC will soon have a say in what content you can and can’t see on services like Netflix, Amazon Video and Spotify. The bill says these “broadcasters” will be required to “serve the needs and interests of all Canadians — including Canadians from racialized communities and Canadians of diverse ethnocultural backgrounds, socio-economic statuses, abilities and disabilities, sexual orientations, gender identities and expressions, and ages — and reflect their circumstances and aspirations, including equal rights, the linguistic duality and multicultural and multiracial nature of Canadian society and the special place of Indigenous peoples within that society.”

In the Globe and Mail Guilbeault helpfully translated from Newspeak: broadcasters now must create “Indigenous programming,” and possibly other forms of mandatory content by and for minority groups. Guilbeault said that the mandatory Indigenous programs are necessary to correct the “historical mistake” that Canada made when it denied Indigenous people their cultural expression. That historical mistake apparently cannot corrected solely by forcing Canadians to fund APTN and non-stop Indigenous content at CBC. Only when every private company is co-opted in the mission will the mistake be corrected.

It’s bad enough that this new law will require Canadians to pay for shows and podcasts that they’re unlikely watch. What’s really disturbing is that this new law means any large company that wants to produce artistic and cultural content online in Canada will no longer be permitted to devote their time and money exclusively to expressing the ideas that they wish [to] express. Instead, they will be forced to also express the ideas the government wishes them to express. This is compelled speech, which is the term lawyers use when the government forces you to mouth its message. This is contrary the spirit of free expression rights that the Charter of Rights and Freedoms guarantees.

The new policy might strike you as old-fashioned broadcast regulation. It isn’t. The theory behind the original Broadcast Act was that the airwaves were a finite resource, requiring the government to act as referee. Otherwise, we could end up consuming nothing but low-brow American cultural products rather than high-brow CanCon like Family Feud Canada and Hedley. This was an elitist argument, since it assumed that individual consumers weren’t capable of determining what content is in their own interests, but at least it made a little sense, because it was theoretically possible for important programming like news to get completely crowded out. The Internet, on the other hand, is effectively infinite. There’s room for everyone’s content in the online marketplace of ideas. So far, it’s worked wonderfully. Virtual nobodies can find huge audiences without big money to get started. There’s really no reason for the government to interfere.

November 30, 2020

The Ancient Art Of Brickmaking – Impervious Building Blocks Handmade From The Earth

Filed under: History, Technology, USA — Tags: — Nicholas @ 02:00

Townsends
Published 31 Aug 2020

Visit Our Website! ➧ http://www.townsends.us/ ➧➧

Help support the channel with Patreon ➧ https://www.patreon.com/townsend ➧➧

Instagram ➧ townsends_official

November 29, 2020

What is Concrete?

Filed under: Technology — Tags: , — Nicholas @ 02:00

Practical Engineering
Published 27 Mar 2018

What’s the difference between concrete and cement?

Concrete is the most important construction material on earth and foundation of our modern society. At first glance it seems rudimentary, but there is a tremendous amount of complexity involved in every part of designing and placing concrete. This video is meant to be a bare-bones introduction to the topic, with a cool demonstration of concrete strength using a hydraulic press.

-Patreon: http://patreon.com/PracticalEngineering
-Website: http://practical.engineering

“Marxist Arrow” by Twin Musicom is licensed under a Creative Commons Attribution License
Source: https://www.youtube.com/watch?v=rBlLC…

“Tonic and Energy” by Elexive is licensed under a Creative Commons Attribution License
Source: https://www.youtube.com/watch?v=U6fBP…

November 18, 2020

The Consumer Privacy Protection Act

Filed under: Business, Cancon, Government, Law, Technology — Tags: , , , — Nicholas @ 05:00

Michael Geist looks at Bill C-11, which was introduced by Navdeep Bains on Tuesday:

Parliament Hill in Ottawa.
Photo by S Nameirakpam via Wikimedia Commons.

Canada’s privacy sector privacy law was born in the late 1990s at a time when e-commerce was largely a curiosity and companies such as Facebook did not exist. For years, the privacy community has argued that Canada’s law was no longer fit for purpose and that a major overhaul was needed. The pace of reform has been frustrating slow, but today Innovation, Science and Industry Minister Navdeep Bains introduced the Consumer Privacy Protection Act (technically Bill C-11, the Digital Charter Implementation Act), which represents a dramatic change in how Canada will enforce privacy law. The bill repeals the privacy provisions of the current Personal Information Protection and Electronic Documents Act (PIPEDA) and will require considerable study to fully understand the implications of the new rules.

This post covers six of the biggest issues in the bill: the new privacy law structure, stronger enforcement, new privacy rights on data portability, de-identification, and algorithmic transparency, standards of consent, bringing back PIPEDA privacy requirements, and codes of practice. These represent significant reforms that attempt to modernize Canadian law, though some issues addressed elsewhere such as the right to be forgotten are left for another day. Given the changes – particularly on new enforcement and rights – there will undoubtedly be considerable lobbying on the bill with efforts to water down some of the provisions. Moreover, some of the new rules require accompanying regulations, which, if the battle over anti-spam laws are a model, could take years to finalize after lengthy consultations and (more) lobbying.

Trudeau’s internet policy — cash grab or power grab? Embrace the healing power of “and” (TM Instapundit)

Filed under: Business, Cancon, Government, Media, Technology — Tags: , , , , , , — Nicholas @ 03:00

The Canadian government is taking advantage of the ongoing economic and social disruption of the Wuhan Coronavirus to widen their existing regulation of both broadcasting and internet entertainment. It’s not just a bit of maple-flavoured cultural imperialism, but it’s also a blatant cash grab:

Canadian Heritage Minister Steven Guilbeault, 3 February 2020.
Screencapture from CPAC video.

I see, in the Globe and Mail, that Justin Trudeau and Steven Guilbeault want to further regulate the broadcasting services in Canada. Their goals seem to be, in part, a cash grab ~ online streaming services, like Netflix, are offering Canadians, for a price, what they want, while the CBC offers Canadians, thanks to a $1+ Billion annual subsidy from taxpayers like you and me, what we, pretty clearly, do not want to watch and the Liberals want a share of that money ~ and also an appeal to those who play identity politics.

I think we need to look at the “products” of broadcasting ~ information (news and “public affairs” and documentary programmes) and entertainment, including sports, as “consumable products,” rather like food and, say, soft drinks.

We do allow, even demand that governments exercise some important regulatory functions in regard to food and soft drinks: we want to make sure that they are safe to consume and Canadians want to know what is in the food we consume.

The Canadian Radio-television and Telecommunications Commission (CRTC) was, originally, conceived to solve a fairly simple problem: allocating broadcast licences. Government engineers calculated how many radio channels could be used in any given place but they didn’t want to have to decide who should get to use them. Politicians didn’t want to do it, either, because while the successful applicant was (usually) happy the more numerous unsuccessful ones were disappointed and politicians hate to disappoint people. Thus they created an arms length agency to make the tough decisions for them. Licence allocation is still an important job for the CRTC. But the CRTC’s mandate was expanded with the birth of cable TV. Companies, like Rogers, built cable systems ~ and they received both direct and indirect government support to reach more and more Canadians ~ and then “sold” access to consumers. In the normal course of events one might have thought that the government would attach some business conditions to its loans, grants and tax deductions, but there was an ever-growing demand, from the Canadian cultural community ~ based almost entirely in Montreal and Toronto ~ to regulate the fledgling cable and “pay TV” market to ensure that Canadian programmes were not shut out but, in fact, could have privileged positions in the cable lineup, which led to the government, in the 1960s, telling the CRTC to regulate how companies like Famous Players, Maclean Hunter and Rogers configured the private product they sold to individual consumers.

The initial government argument was “we regulate all kinds of things for the common good: that’s why we all drive on the right, for example, and the delivery of broadcasting by cable is like that.” “No it’s not,” the cable operators replied, “you build and maintain the roads, using taxpayers’ dollars, so you’re allowed to regulate how they’re used, plus it’s a safety issue. Cable service and ‘pay TV’ are private, commercial transactions between us, the companies who built and operate the systems, and the individual consumer who wants to subscribe to what we offer. You don’t presume to regulate, beyond the laws against libel and pornography, what people can read in MacLean’s magazine or the Globe and Mail, why is ‘pay TV’ and cable different?” It’s still a good question. But the cable operators surrendered gracefully and the CRTC has been, broadly, for the last half-century, protective of the rights of incumbents in the infotainment markets. In return the cable and internet operators have agreed to “tiers” of programming which means that if you want to watch, say, BBC World Service or Deutsche Welle or Fox News, you must also pay for CBC News Network and CTV News Channel and, no matter who you are and what your individual preferences might be, when you subscribe to a cable/internet service you must also support a number of French stations/channels; it’s the law. And now Minister Guilbault wants to ensure that you pay for the output of indigenous producers, writers, actors and so on, on both indigenous networks ~ to which you must already subscribe if you have a “basic” Canadian cable or satellite TV package ~ and, it appears to me, in programmes produced by Canadians and even by Netflix.

November 15, 2020

London’s wool and cloth trade fuelled massive growth in the city’s population after 1550

In the latest Age of Invention newsletter, Anton Howes traces the rise and fall of the late Medieval wool trade and its rebirth largely thanks to an influx of Dutch and Flemish clothmakers fleeing the wars in the Low Countries after 1550:

The Coat of Arms of The Worshipful Company of Woolmen — On a red background, a silver woolpack, with the addition of a crest on a wreath of red and silver bearing two gold flaxed distaffs crossed like a saltire and the wheel of a gold spinning wheel.
The Worshipful Company of Woolmen is one of the Livery Companies in the City of London. It is known to have existed in 1180, making it one of the older Livery Companies of the City. It was officially incorporated in 1522. The Company’s original members were concerned with the winding and selling of wool; presently, a connection is retained by the Company’s support of the wool industry. However, the Company is now primarily a charitable institution.
The Company ranks forty-third in the order of precedence of the Livery Companies. Its motto is Lana Spes Nostra, Latin for Wool Is Our Hope.
Wikipedia.

… it was one thing to be able to reach these new southern markets, and another thing to have something to sell in them. For the shift in the markets for wool cloth exports also required major changes in the kinds of cloth produced. In this regard, London may well have been a direct beneficiary of the 1560s-80s troubles in the Low Countries that had caused Antwerp’s fall, because thousands of skilled Flemish and Dutch clothmakers fled to England. In particular, these refugees brought with them techniques for making much lighter cloths than those generally produced by the English — the so-called “new draperies”, which could find a ready market in the much warmer Mediterranean climes than the traditional, heavy woollen broadcloths.

The introduction of the new draperies was no mere change in style, however. They were almost a completely different kind of product, involving different processes and raw materials. The traditional broadcloths were “woollens”. That is, they were made from especially fine, short, and curly wool fibres — the type that English sheep were especially famous for growing — which were then heavily greased in butter or oil in preparation for carding, whereby the fibres were straightened out and any knots removed (because of all the oil, in the Low Countries the cloths were known as the wet, or greased draperies). The oily, carded wool was then spun into yarn, and typically woven into a broad cloth about four metres wide and over thirty metres long. But it was still far from ready. The cloth had to be put in a large vat of warm water, along with some urine and a particular kind of clay, and was then trodden by foot for a few days, or else repeatedly compacted by water-powered machinery. This process, known as fulling, scoured the cloth of all the grease and shrunk it, compacting the fibres so that they began to interlock and enmesh. Any sign of the cloth being woven thus disappeared, leaving a strong, heavy, and felt-like material that was, as one textile historian puts it, “virtually indestructible”. To finish, it was then stretched with hooks on a frame, to remove any wrinkles and even it out, and then pricked with teasels — napped — to raise any loose fibres, which were then shorn off to leave it with a soft, smooth, sometimes almost silky texture. Woollens may have been made of wool, but they were no woolly jumpers. They were the sort of cloth you might use today to make a thick, heavy and luxuriant jacket, which would last for generations.

Yet this was not the sort of cloth that would sell in the much warmer south. The new draperies, introduced to England by the Flemish and Dutch clothworkers in the mid-sixteenth century, used much lower-quality, coarser, and longer wool. Later generally classed as “worsteds”, after the village of Worstead in Norfolk, they were known in the Low Countries as the dry, or light draperies. They needed no oil, and the long fibres could be combed rather than carded. Nor did they need any fulling, tentering, napping, or shearing. Once woven, the cloth was already strong enough that it could immediately be used. The end product was coarser, and much more prone to wear and tear, but it was also much lighter — just a quarter the weight of a high-quality woollen. And the fact that the weave was still visible provided an avenue for design, with beautiful diamond, lozenge, and other kinds of patterns. The new draperies, which included worsteds and various kinds of slightly heavier worsted-woollen hybrids, as well as mixes with other kinds of fibre like silk, linen, Syrian cotton, or goat hair, thus came in a dazzling number of varieties and names: from tammies or stammets, to rasses, bays, says, stuffs, grograms, hounscots, serges, mockadoes, camlets, buffins, shalloons, sagathies, frisadoes, and bombazines. To escape the charge that the new draperies were too flimsy and would not last, some varieties were even marketed as durances, or perpetuanas.

Curiously, however, while the shift from woollens to worsted saved on the costs of oiling, fulling, and finishing, it was significantly more labour-intensive when it came to spinning — even resulting in a sort of technological reversion. Given the lack of fulling, the strength of the thread mattered a lot more for the cloth’s durability, and the yarn had to be much finer if the cloth was to be light. The spinning thus had to be done with much greater care, which made it slower. Spinners typically gave up using spinning wheels, instead reverting to the old method of using a rock and distaff — a technique that has been used since time immemorial. Albeit slower, the rock and distaff gave them more control over the consistency and strength of the ever-thinner yarn. For the old, woollen drapery, processing a pack of wool into cloth in a week would employ an estimated 35 spinners. For the new, lighter worsted drapery it would take 250. As spinning was almost exclusively done by women, the new draperies provided a massive new source of income for households, as well as allowing many spinsters or widows to support themselves on their own. Indeed, an estimated 75% of all women over the age of 14 might have been employed in spinning to produce the amounts of cloth that England exported and consumed. Some historians even speculate that by allowing women to support themselves without marrying, it may have lowered the national fertility rate.

This spinning, of course, was not done in London. It was largely concentrated in Norfolk, Devon, and the West Riding of Yorkshire. But the new draperies provided employment of another, indirect kind. As a product that was saleable in warmer climes it could be exchanged for direct imports of all sorts of different luxuries, from Moroccan sugar, to Greek currants, American tobacco (imported via Spain), and Asian silks and spices (initially largely imported via the eastern Mediterranean). The English merchants who worked these luxury import trades were overwhelmingly based in London, and had often funded the voyages of exploration and embassies to establish the trades in the first place, putting them in a position to obtain monopoly privileges from the Crown so that they could restrict domestic competition and protect their profits. Unsurprisingly, as they imported everything to London, it also made sense for them to export the new draperies from London too.

Thus, despite losing the concentrating influence of nearby Antwerp, London came to be the principal beneficiary of England’s new and growing import trades, allowing it to grow still further. The city began to carve out a role for itself as Europe’s entrepôt, replacing Antwerp, and competing with Amsterdam, as the place in which all the world’s rarities could be bought (and from which they could increasingly be re-exported). Indeed, English merchants were apparently happy to sell wool cloth at below cost-price in markets like Spain or Turkey — anything to buy the luxury wares that they could monopolise back home.

November 14, 2020

The Decline of the Great Library of Alexandria

The History Guy: History Deserves to Be Remembered
Published 27 Mar 2019

Presented by Ms History. The Great Library was a center of knowledge. Its decline was not the single cataclysmic event that may seem to think, but its slow decline is perhaps, even more tragic. It is history that deserves to be remembered.

This is original content based on research by The History Guy. Images in the Public Domain are carefully selected and provide illustration. As images of actual events are sometimes not available, images of similar objects and events are used for illustration.

All events are portrayed in historical context and for educational purposes. No images or content are primarily intended to shock and disgust. Those who do not learn from history are doomed to repeat it. Non censuram.

Ms. History Guy is an avid reader and former reference librarian, and reviews around 100 books per year. Feel free to follow her progress or befriend her on Goodreads where she goes by the name “Heidi the Reader”: https://www.goodreads.com/MsHistory

Patreon: https://www.patreon.com/TheHistoryGuy

The History Guy: History Deserves to Be Remembered is the place to find short snippets of forgotten history from five to fifteen minutes long. If you like history too, this is the channel for you.

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Script by JCG

#history #thehistoryguy #library

How It’s Made – Combination Squares

Filed under: Technology, Tools, Woodworking — Tags: , — Nicholas @ 02:00

How Its Made
Published 11 Jan 2016

How It’s Made season 27
Combination Squares
#HowItsMade episode 9

November 12, 2020

The General Relativity of Revolution | BETWEEN 2 WARS: ZEITGEIST! | E.03 – Spring 1919

Filed under: Architecture, Germany, History, Media, Russia, Technology, USA — Tags: , , , , — Nicholas @ 04:00

TimeGhost History
Published 11 Nov 2020

It is a springtime of revolution throughout the world in 1919 and not just the political kind. Era-defining advances in science and technology and iconic cinematography are made this season.

Join us on Patreon: https://www.patreon.com/TimeGhostHistory

Hosted by: Indy Neidell
Written by: Indy Neidell and Francis van Berkel
Director: Astrid Deinhard
Producers: Astrid Deinhard and Spartacus Olsson
Executive Producers: Astrid Deinhard, Indy Neidell, Spartacus Olsson, Bodo Rittenauer
Creative Producer: Maria Kyhle
Post-Production Director: Wieke Kapteijns
Research by: Indy Neidell and Francis van Berkel
Edited by: Michał Zbojna
Sound design: Marek Kamiński

Colorizations:
Klimbim
Mikołaj Uchman
Wayne Degan
metacolor.org

Sources:
Library of Congress
Bundesarchiv
Icons from The Noun Project:
– retro computer By Tinashe Mugayi, MY
– audio sound recorder By Vectors Point, PK
– Radio by Bill Denk
– Old TV By Pascal Heß, DE
– Radio Tower by Iris Sun

Soundtracks from Epidemic Sound:
– “British Royalty” – Trailer Worx
– “Flight Path” – Cobby Costa
– “Deflection” – Reynard Seidel
– “Flight Path” – Cobby Costa
– “A Single Grain Of Rice” – Yi Nantiro
– “Trapped in a Maze” – Philip Ayers
– “Symphony of the Cold-Blooded” – Christian Andersen
– “Rainy Landscapes” – Farrell Wooten
– “Ancient Saga” – Max Anson

Archive by Screenocean/Reuters https://www.screenocean.com.

A TimeGhost chronological documentary produced by OnLion Entertainment GmbH.

From the comments:

TimeGhost History
1 day ago
J’accuse is one of the many iconic films we’ll explore in this series. The interwar period is when European cinema really starts to hit its stride again after some serious setbacks during the Great War. In those years, American cinema rocketed to the mainstream both at home and abroad, with revolutionary filmmaking techniques being developed that we still see today such as close-ups, huge cast lists, and realistic set design.

The post-Great War is set to be a great era in the history of cinema and not just because of the films themselves, J’accuse and other films are important as historical movers in their own right! They shape public perceptions, influence political change, and inspire whole social movements, so make sure you stay tuned to find out.

And in the meantime, are there any iconic interwar films you think deserve to be in this series?

November 10, 2020

QotD: The Smartphone, the Eater-of-Gadgets

Filed under: Economics, Quotations, Technology — Tags: , , , , , — Nicholas @ 01:00

I’ve been thinking for some time now that the smartphone has achieved a kind of singularity, becoming a black hole that sucks all portable electronics into itself. PDAs – absorbed. Music players – consumed. Handset GPSes – eaten. Travel-alarm clocks, not to mention ordinary watches – subsumed. Calculators – history. E-readers under serious pressure, and surviving only because e-paper displays have lower battery drain and are a bit larger. Compasses – munched. Pocket flashlights – crunched. Fobs for keyless locks – being scarfed down as we speak, though not gone yet.

[…]

But in an entertaining inversion, one device of the future actually works on smartphones now. Because I thought it would be funny, I searched for “tricorder” in the Android market. For those of you who have been living in a hole since 1965, a tricorder is a fictional gadget from the Star Trek universe, an all-purpose sensor package carried by planetary survey parties. I expected a geek joke, a fancy mock-up with mildly impressive visuals and no actual function. I was utterly gobsmacked to discover instead that I had an arguably real tricorder in my hand.

Consider. My Nexus One includes a GPS, an accelerometer, a microphone, and a magnetometer. That is, sensors for location, magnetic field, gravitational fields, and acoustic energy. Hook a bit of visualization and spectral analysis to these sensors, and bugger me with a chainsaw if you don’t have a tricorder. A quad- or quintcorder, actually.

And these sensors are already completely stock on smartphones because sensor electronics is like any other kind; amortized over a large enough production run, their incremental cost approaches epsilon because most of their content is actually design information (cue the shade of Bucky Fuller talking about ephemeralization). Which in turn points at the fundamental reason the smartphone is Eater-of-Gadgets; because, as the tricorder app deftly illustrates, the sum of a computer and a bunch of sensors costing epsilon is so synergistically powerful that it can emulate not just real single-purpose gadgets but gadgets that previously existed only as science fiction!

[…]

I specified “personal” radios because radios have something in common with personal computers; their main design constraints are actually constraints on a peripheral stage. For a computer you’ll be using for hours at a time you really want a full-sized hard keyboard and a display bigger than a smartphone’s; for a really good radio, the kind you supply sound for a party with, you need speakers with resonant cavities that won’t fit in a smartphone enclosure.

Digital cameras are another diagnostic case. The low-end camera with small lenses is already looking like a goner; the survivors will be DSLRs and more generally those with precision optics too large and too expensive to fit in a phone case.

These two examples suggest Raymond’s Rule of Smartphone Subsumption: if neither the physics nor the ergonomics of a gadget’s function require peripherals larger than will fit in a smartphone case, the smartphone will eat it!

Eric S. Raymond, “Smartphone, the Eater-of-Gadgets”, Armed and Dangerous, 2010-07-16.

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