Quotulatiousness

April 11, 2023

The amplifier may have been the key technological innovation that let vocalists and guitarists become stars

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

Chris Dalla Riva, guest-posting at Ted Gioia’s Honest Broker, considers how instrumental hits used to be far more popular before (among other factors) microphone technology let vocalists compete with orchestras and guitar amplifiers let the strings dominate the pop music market:

Clarinet players aren’t sex symbols. I say this with no disrespect for those that play the single-reeded woodwind. But if you asked a random person on the street to name a clarinet player, I suspect most people couldn’t come up with one, let alone one known for their good looks. Then again, this isn’t a particular indictment of clarinetists. If you asked that same person to name a sexy musician, I’d bet a large sum of money they’d name a vocalist.

This wasn’t always the case, though. In Kelly Schrum’s book Some Wore Bobby Sox: The Emergence of Teenage Girls’ Culture, 1920-1945, she notes that in high school yearbooks in the 1930s some students expressed a passion for “Benny Goodman while other girls had a ‘weakness’ for Artie Shaw or were classified as Glenn Miller ‘fanatics’, faithful fans of Tommy Dorsey, or ‘Happy while listening to Kay Kyser’. Cab Calloway, Xavier Cugat, and Harry James were also popular favorites.” Of those musicians, only Calloway was a singer. Goodman, Shaw, and Kyser played the clarinet. Miller and Dorsey played the trombone. Cugat played violin. James played trumpet.

Given that our contemporary musical world is dominated by vocalists, this seems bizarre. It feels like if you have a musical group it must be centered around the vocalist. If we measure the average percent of instrumental content per Billboard number hit between 1940 and 2021, we see demonstrable evidence for not just the decline of the instrumental superstar but the instrumentalist generally, with the sharpest declines beginning in the 1950s and the 1990s.

NOTE: Data from July 1940 to August 1958 comes from Billboard‘s Best Sellers in Stores chart. After August 1958, Billboard deprecated that chart in favor of the Hot 100, which initially aggregated sales, jukebox, and radio data. The Hot 100 remains the premiere pop chart, though it has come to include many more sources, like streams and digital downloads. The above displays a 50-song rolling average.

What’s going on here? How could throngs of high schoolers long for the clarinet-wielding Artie Shaw 80 years ago when most teenagers today would struggle to name a musician who isn’t also a singer. I believe it comes down to four factors: improved technology, the 1942 musicians’ strike, WWII, television, and hip-hop.

Improved Technology

In the VH1-produced documentary The Brian Setzer Orchestra Story, Dave Kaplan, Setzer’s manager, recounts a conversation he had with Setzer before assembling a guitar-fronted big band in the 1990s: “Nobody had ever fronted a big band with an electric guitar … I asked Brian, ‘Why wouldn’t somebody have tried it?’ [Setzer replied,] ‘Well there weren’t amps.'” Albeit a simplification, Setzer’s quip is pretty accurate.

While there were some famous guitar players among the big bands of the first half of the 20th century, we don’t see the guitar become a driving force in popular music until amplification improved. This was not only a boon for the guitarists but also vocalists. Unlike brass and wind instruments, you can sing while you play the guitar. Thus, it’s not shocking that the rise of the guitar coincided with the rise of the vocalist.

But it wasn’t just guitar amplification technology that was vital. It was also microphone technology. Again, microphones had to improve so vocalists could compete with the cacophony of a loud band. On top of this, recording had to change to capture more subtlety in the human voice.

LeMat Centerfire Pistol and Carbine

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

Forgotten Weapons
Published 27 Nov 2014

Colonel LeMat is best known for his 9-shot muzzleloading .42 caliber revolver with its 20 gauge shot barrel acting as cylinder axis pin — several thousand of these revolvers were imported and used in the field by Confederate officers during the US Civil War (and modern reproductions are available as well). What are less well-known are the pinfire and centerfire versions of LeMat’s revolver, and the carbine variants as well.

In this video I’m taking a look at a centerfire LeMat revolver and a centerfire LeMat carbine, both extremely rare guns. They use the same basic principles as the early muzzleloading guns, but look quite different. In these guns, the shotgun remains 20 gauge but uses a self-contained shell loaded from the rear, and the 9 rifles shots are designed for an 11mm (.44 caliber) cartridge very similar to that used in the French 1873 service revolver.
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April 8, 2023

Błyskawica: The Polish Home Army’s Clandestine SMG

Forgotten Weapons
Published 23 Dec 2022

The Błyskawica (“Lightning”) is an SMG developed in occupied Poland to be issued out to Home Army units during Operation Tempest: the liberation uprisings planned for the advance of the Red Army into Poland.

The gun was developed starting in September 1942 by two engineers, Wacław Zawrotny and Seweryn Wielanier. Both were smart and talented, but neither had previous experience in arms design. The design they created is both innovative in some areas and inferior in others as a result, with major inspiration coming from the Sten and the MP40. Production was undertaken in the harshest conditions of occupied Warsaw, where just possession of cutting tools required German military permission.* It is a credit to the skill and dedication of the Home Army team that some 750 Błyskawica guns were made; the largest mass production of any underground weapon that I am aware of.

Ultimately, Operation Tempest did not come to full fruition, as the NKVD’s treatment of Polish fighters as collaborators destroyed Home Army interest in cooperation. The Błyskawica guns were never issued as planned, with only the few dozen last made being used in the Warsaw Uprising. The remaining 700-odd examples have never been found — perhaps they remain in long-forgotten caches still to this day?

For the full story of the Błyskawica, see Leszek Erenfeicht’s excellent article:
https://www.forgottenweapons.com/subm…

Many thanks to the Polish Army Museum for giving me access to film this exceptionally rare item for you! Check them out at: http://www.muzeumwp.pl/?language=EN

    * This created some interesting situations in which a shop might take a contract to make material for the Wehrmacht as a way to get access to the tools needed for Błyskawica component production. To those who did not know the whole story, such a shop was collaborationist.

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QotD: Rome’s “excess labour” problem

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

Back when historians actually cared about the behavior of real people, they looked at big-picture stuff like “labor mobility”. Ever wonder why all that cool shit Archimedes invented never went anywhere? The Romans had a primitive steam turbine. Why did it remain a clever party trick? Romans were fabulous engineers — these are the guys, you’ll recall, who just built a harbor in a convenient spot when they couldn’t find a good enough natural one. Surely their eminently practical brains could spot some use for these gizmos …?

The thing is — as old-school historians would tell you if any were still alive — technology is all about saving labor. Physical labor, mental labor, same deal. Consider the abacus, for instance. It’s a childishly simple device — it’s literally a child’s toy now — but think about actually doing math with it, when the only alternative is scratch paper. How much time do you save, not having to jot things down (remember where you put the jottings, etc.)?

I’m sure you see where this is going. The Romans did NOT lack for labor. They had, in fact, the exact opposite problem: Far, far too much labor. It’s almost a cliché to say that a particular group in the ancient world didn’t qualify as a “civilization” until they started putting up as ginormous a monument as they could figure out. They raised monuments for lots of reasons, of course, but not least among them was the excess-labor problem. What else are you supposed to do with the tribe you just conquered? Unless you want to wipe them out, to the last old man, woman, and child, slavery is the only humane solution.

If that’s true, then the opposite should also hold — technological innovation starts with a labor shortage. Survey says … yep. There’s a reason the Scientific Revolution dates to the Renaissance: The massive labor shortage following the Black Death. That this is also the start of the great age of exploration is also no accident. While the labor (over-)supply was fairly constant in the ancient world, once technological innovation really got going, the labor-supply pendulum started swinging wildly. The under-supply after the Black Death led to over-supply once technological work-arounds were discovered; that over-supply was exported to the colonies, which were grossly under-supplied, etc.

In short: If you want to know what kind of society you’re going to have, look at labor mobility.

Severian, “Excess Labor”, Rotten Chestnuts, 2020-07-28.

March 29, 2023

The obscure Polish banker who foresaw the carnage and deadlock of the First World War

Filed under: Books, Europe, History, Military, WW1 — Tags: , , , — Nicholas @ 03:00

Jon Miltimore on one of the few people to realize the increased deadliness and growing size of modern armies foreclosed any possibility of a quick, glorious war that would have the troops “home for Christmas”:

Jan Bloch, author of The War of the Future in its Technical, Economic and Political Relations (1898).

One man who did portend the carnage was Jan Bloch, a Polish banker and railroad baron who moonlighted as a military theorist. In 1898, Bloch published a little-noticed six-volume work titled The War of the Future in its Technical, Economic and Political Relations. The following year, the work was re-published in a single volume under a new title: Is War Now Impossible?

In the work, Bloch, who had closely studied Britain’s campaign in Africa during the Boer War, explained that modern weaponry had become so deadly that it had fundamentally changed warfare. Bayonet charges and cavalry flanking maneuvers were obsolete in an era defined by sophisticated earthworks and precision projectiles, he suggested.

    Everybody will be entrenched in the next war. It will be a great war of entrenchments. The spade will be as indispensable to a soldier as his rifle. The first thing every man will have to do, if he cares for his life at all, will be to dig a hole in the ground. War, instead of being a hand-to-hand contest in which the combatants measure their physical and moral superiority, will become a kind of stalemate, in which neither army is able to get at the other, threatening each other, but never being able to deliver a final and decisive attack.

War would be “impossible” in the sense that it would be suicidal. Neither side would be able to gain a decisive advantage, battles along massive contiguous fronts would continue indefinitely.

Was Bloch suggesting that modern man had vanquished war by making it so deadly and terrible? Hardly. He argued that humans would be slow to realize the changes, and the results would be catastrophic.

    At first there will be increased slaughter — increased slaughter on so terrible a scale as to render it impossible to get troops to push the battle to a decisive issue. They will try to, thinking that they are fighting under the old conditions, and they will learn such a lesson that they will abandon the attempt forever. Then, instead of war fought out to the bitter end in a series of decisive battles, we shall have as a substitute a long period of continually increasing strain upon the resources of the combatants. The war, instead of being a hand-to-hand contest, in which the combatants measure their physical and moral superiority, will become a kind of stalemate, in which neither army being willing to get at the other, both armies will be maintained in opposition to each other, threatening the other, but never being able to deliver a final and decisive attack …

    That is the future of war — not fighting, but famine, not the slaying of men, but the bankruptcy of nations and the breakup of the whole social organization …

First World War generals don’t get much credit for their varied efforts to break the trench warfare deadlock, and later historians certainly piled on for the leaders’ collective failure to resolve the problem, but as Bret Devereaux pointed out, there was no easy solution. Artillery wasn’t the answer, nor were the famed German Stoßtruppen, nor the technical innovation of tanks, nor air power (either tactical or strategic). The technology of the day provide no one answer, but the leaders tried everything they could and the bleeding went on.

March 15, 2023

An Aircraft Carrier Without A Deck? | The Remarkable Brodie Landing System

Filed under: History, Military, Pacific, Technology, USA, WW2 — Tags: , , , , , , — Nicholas @ 02:00

Rex’s Hangar
Published 21 Sept 2022

Today we’re taking a look at the remarkable Brodie Launch System. This device could be used on land or aboard ships, and it was designed to provide accessibility for light aircraft in extremely remote locations during WW2.
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March 2, 2023

Anti-Tank Chats #6 | The Panzerfaust | The Tank Museum

Filed under: Germany, History, Military, Weapons, WW2 — Tags: , , , , — Nicholas @ 02:00

The Tank Museum
Published 4 Nov 2022

Historian Stuart Wheeler is back with another anti-tank chat. In this episode, he is looking at the development and use of the legendary panzerfaust.
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March 1, 2023

Mauser WW1 Flyer’s Rifle: the Flieger Selbstlader Karabiner 1916

Filed under: Germany, History, Military, Weapons, WW1 — Tags: , , , , — Nicholas @ 02:00

Forgotten Weapons
Published 1 Nov 2022

Paul Mauser dedicated much of his life to the development of a practical semiauto military rifle, and did manage to have a design that was used in combat by Germany in World War One. It began with the model 06/08, a short-recoil, flap-locked design made in both rifle and pistol form. The short recoil idea was disliked by the military for a shoulder rifle, and so Mauser redesigned it to be inertially locked with a fixed barrel. This was sold in small numbers as a sporting rifle, and tested by the military a few years before the war. Once war began, Mauser once again submitted the design for use in an infantry configuration, but the system was too delicate for infantry combat. A second pattern was made for use by fliers, and this was accepted and used in service for that brief period between the introduction of military aviation and the adoption of aerial machine guns.

Designated the FSK-16 (FliegerSelbstladeKarabiner 1916), it was used primarily by balloon and Zeppelin crews. With a large magazine and self-loading action, it was much better for use in aircraft than the typical bolt action infantry rifles — and there was no mud to get into the action while airborne.
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February 28, 2023

The strange Steam Locomotive that was built like a Diesel – SR Leader Class

Filed under: Britain, History, Railways — Tags: , , , , — Nicholas @ 02:00

Train of Thought
Published 4 Nov 2022

In today’s video, we take a look at the Southern Railway “Leader” locomotive that was built like a diesel, powered by steam and had a lot pros and cons.
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February 17, 2023

Vektor CR21: South Africa’s Futuristic Bullpup

Filed under: Africa, History, Military, Weapons — Tags: , , , , , — Nicholas @ 02:00

Forgotten Weapons
Published 30 Apr 2018

The CR-21 was a private effort to create a new rifle for the South African military in the 1990s. Bullpup designs were all the rage at the time (Austria has the AUG, France had the FAMAS, the UK had the SA80, etc), and so a company called Lyttelton Engineering Works (now part of Denel Land Systems) created a bullpup conversion design for the South African R4 (Galil). It was given a very fluid, futuristic look, and equipped with a fiber optic optic without any iron sights. The action and magazines remained original R4/Galil, however.

The weapon was promoted to the South African military as an economical upgrade package for the R4 rifles already in service, but was met with little interest. Further efforts to sell the weapon to South African police and international military or security customers similarly met with no success. In total, only 200 complete rifles were made, plus parts for another 200. They achieved some notoriety in fictional media because of their looks, including use in the film District 9. As often happens, however, becoming popular in film or video games does not equate to commercial success.

Many thanks to the anonymous collector who let me take a look at this piece and bring you a video on it!
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February 11, 2023

Tank Chats #167 | French Panhard EBR | The Tank Museum

Filed under: Africa, France, History, Military, Weapons — Tags: , , , , , , , — Nicholas @ 02:00

The Tank Museum
Published 28 Oct 2022

How much do you know about the Panhard EBR? Join David Willey for this week’s Tank Chat as he covers the development, design and use of this French armoured car.
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February 9, 2023

Attractive VTOL autogyro with unrealised potential; the story of the Avian 2/180 Gyroplane

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

Polyus
Published 10 Jan 2019

The Avian 2/180 Gyroplane was a project that rose from the ashes of the Avro Arrow cancellation. Five former employee formed their own company and set out to build a new kind of autogyro. Their Gyroplane could take off and land vertically and could fly at speeds up to 265 km/h. Although it never made any sales, it is an impressive project that deserves some attention.
(Also sorry for the flickering in the video. I did my best to limit it but the source video didn’t give me much to work with.)
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February 4, 2023

A lobster tale (that does not involve Jordan Peterson)

In the latest Age of Invention newsletter, Anton Howes relates some of his recent research on the Parliament of 1621 (promising much more in future newsletters) and highlights one of the Royal monopolies that came under challenge in the life of that Parliament:

European lobster (Hommarus gammarus)
Photo by Bart Braun via Wikimedia Commons.

One of the great things about the 1621 Parliament, as a historian of invention, is that MPs summoned dozens of patentees before them, to examine whether their patents were “grievances” — illegal and oppressive monopolies that ought to be declared void. Because of these proceedings, along with the back-and-forth of debate between patentees and their enemies, we can learn some fascinating details about particular industries.

Like how 1610s London had a supply of fresh lobsters. The patent in question was acquired in 1616 by one Paul Bassano, who had learned of a Dutch method of keeping lobsters fresh — essentially, to use a custom-made broad-bottomed ship containing a well of seawater, in which the lobsters could be kept alive. Bassano, in his petitions to the House of Commons, made it very clear that he was not the original inventor and had imported the technique. This was exactly the sort of thing that early monopoly patents were supposed to encourage: technological transfer, and not just original invention.

The problem was that the patent didn’t just cover the use of the new technique. It gave Bassano and his partners a monopoly over all imported lobsters too. This was grounded in a kind of industrial policy, whereby blocking the Dutch-caught lobsters would allow Bassano to compete. He noted that Dutch sailors were much hardier and needed fewer provisions than the English, and that capital was available there at interest rates of just 4-5%, so that a return on sales of just 10% allowed for a healthy profit. In England, by comparison, interest rates of about 10% meant that he needed a return on sales of at least 15%, especially given the occasional loss of ships and goods to the capriciousness of the sea — he noted that he had already lost two ships to the rocks.

At the same time, patent monopolies were designed to nurture expertise. Bassano noted that he still needed to rely on the Dutch, who were forced to sell to the English market either through him or by working on his ships. But he had been paying his English sailors higher wages, so that over time the trade would come to be dominated by the English. (This training element was a key reason that most patents tended to be given for 14 or 21 years — the duration of two or three apprenticeships — though Bassano’s was somewhat unusual in that it was to last for a whopping 31.)

But the blocking of competing imports — especially foodstuffs, which were necessaries of life — could be very controversial, especially when done by patent rather than parliamentary statute. Monopolies could lawfully only be given for entirely new industries, as they otherwise infringed on people’s pre-existing practices and trades. Bassano had worked out a way to avoid complaints, however, which was essentially to make a deal with the fishmongers who had previously imported lobsters, taking them into his partnership. He offered them a win-win, which they readily accepted. In fact, the 1616 patent came with the explicit support of the Fishmongers’ Company.

It sounds like it became a large enterprise, and I suspect that it probably did lower the price of lobsters in London, bringing them in regularly and fresh. With a fleet of twenty ships, and otherwise supplementing their catch with those caught by the Dutch, Bassano boasted of how he was able to send a fully laden ship to the city every day (wind-permitting). This stood in stark contrast to the state of things before, when a Dutch ship might have arrived with a fresh catch only every few weeks or months, and when they felt that scarcity would have driven the prices high.

February 2, 2023

MAC Model 1947 Prototype SMGs

Filed under: France, History, Military, Weapons — Tags: , , , , , — Nicholas @ 02:00

Forgotten Weapons
Published 12 Oct 2022

Immediately upon the liberation of France in 1944, the French military began a process of developing a whole new suite of small arms. As it applied to SMGs, the desire was for a design in 9mm Parabellum (no more 7.65mm French Long), with an emphasis on something light, handy, and foldable. All three of the French state arsenals (MAC, MAS, and MAT) developed designs to meet the requirement, and today we are looking at the first pair of offerings from Chatellerault (MAC). These are the 1947 pattern, a very light lever-delayed system with (frankly) terrible ergonomics.

Many thanks to the French IRCGN (Criminal Research Institute of the National Gendarmerie) for generously giving me access to film these unique specimens for you!

Today’s video — and many others — have been made possible in part by my friend Shéhérazade (Shazzi) Samimi-Hoflack. She is a real estate agent in Paris who specializes in working with English-speakers, and she has helped me arrange places to stay while I’m filming in France. I know that exchange rates make this a good time for Americans to invest in Europe, and if you are interested in Parisian real estate I would highly recommend her. She can be reached at: samimiconsulting@gmail.com

(Note: she did not pay for this endorsement)
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February 1, 2023

What’s the Greatest Machine of the 1980s … the FV107 Scimitar?

Filed under: Britain, History, Military, Weapons — Tags: , , , , — Nicholas @ 02:00

Engine Porn
Published 19 Jan 2015

Light, agile and very fast on all types of terrain, the fabulous Scimitar FV107 armoured reconnaissance vehicle was developed by car manufacturer Alvis, who were asked to build a fast military vehicle that was light enough to be airdropped — simply not an option for full sized battle tanks at the time, which averaged around 13 tonnes. [NR: I think they mean “light tanks” here, as MBTs of the era would have been more like 50+ tons.]

Alvis got the weight down to under 8 tonnes by using a new type of aluminium alloy and minimising armour rating in favour of speed. They built the Scimitar around a 220 horsepower, six cylinder, 4.2 litre Jaguar sports car engine with ground-breaking transmission that allowed differential power to each set of tracks. The result was a sports car of the the military world that might not be the toughest in the field, but could race its way out of trouble at speeds of up to 70 miles an hour.

What makes it great: A revolutionary armoured vehicle that brought the very best of British sports car performance to the battlefield.

Time Warp: The Scimitar was the only armoured vehicle to be used by the British Army in the Falklands War.

This short film features Chris Barrie taking the Scimitar for a spin.
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