That's Mark W, Palko to you

Marginal Revolution recently ran a post entitled "Do middle name initials enhance evaluations of intellectual performance?"

I didn't click on the link, but it did remind me of this..



Which in turn reminded me of one of my all time favorite bits of casting.

I shouldn't have to say this, but it's only a "proof of concept" if it demonstrates the parts of the concept that have not previously been proven.

Just hearing myself say it (that's one of the disadvantages of dictation software) feels a little condescending. I certainly don't believe that any readers of our blog have trouble with the idea that if you claim you can accomplish a task using certain technology or under certain constraints of time and cost, it's not enough to simply perform the task; you have to perform it using that technology or satisfying those constraints in order to have proof of concept. Early aviators were not allowed to show it was possible to cross the ocean in an aircraft by sailing a boat. (That last one was a bit of a stretch, but I had to set up the video clip.)

As obvious as this may seem, though, it still needs to be said out loud because most of the journalists covering Elon Musk either don't understand this or choose to ignore it.

From Wired

Six months after Musk went on a Twitter tirade about LA traffic in December 2016, he had created the Boring Company, and was digging a tunnel under the parking lot at SpaceX’s headquarters in Hawthorne, California. The internet payment maven-turned-carmaker-turned-space enthusiast-turned-infrastructure baron has promised to completely change the way humanity bores tunnels, pledging make boring as much as 15 times faster, and reduce its cost by a factor of ten.

Thus far, the Boring Company is leaning on two used tunnel boring machines, and has yet to unveil any novel tech. But Musk did recently show off a completed, 2-mile proof-of-concept tunnel in Hawthorne, which begins in the parking lot of SpaceX’s headquarters.

Though I suppose we can't say for certain, it certainly appears that the digging here was done in a completely standard way using conventional (and not even new) equipment. It is, therefore, not a "proof of concept" tunnel, but rather just a tunnel. It is not particularly wide or particularly long. It was not dug under notably difficult conditions. It is just a tunnel.

For those of you who follow the Hyperloop coverage, this is a familiar turn of events. Despite the "dawn of a new age" rhetoric of most of the reporters, all of the demonstrations to date have been entirely limited to mature, well-established technology. We already knew that maglev trains and linear induction motors worked because we've had them for years. There was nothing more groundbreaking in these displays than in your typical, second-place science fair exhibit.

Now on to the good stuff.

They weren't giving prizes for humility.

"It has been a gigantic tidal wave of human ingenuity and resource, so stupendous in its magnitude, so complex in its diversity, so profound in its thought, so fruitful in its wealth, so beneficent in its results, that the mind is strained and embarrassed in its effort to expand to a full appreciation of it."

Edward W. Byrn


As mentioned before, the 50th anniversary issue of Scientific American is an essential resource for anyone trying to understand the stories we tell ourselves about technology. 1896 was near the peak of arguably the most dramatic period of technological advances, particularly in terms of their impact on society.

This essay on the progress of invention during the second half of the 19th century provides a tremendously informative view into how educated people thought about the state of science and progress at the time, but before we get into that, I want to highlight the list of notable inventions discussed in the introductory column.

There are some notable omissions here. Arguably the most important development of the late 19th/early 20th century doesn't even make the list, but the internal combustion gasoline engine and its progeny (automobiles, airplanes, submarines) wouldn't have their greatest impact for a few more years. The omission of the phonograph is a bit more difficult to explain since Edison's first famous invention gets a large and glowing write-up a few pages earlier in the same issue. That said, the peak impact of recorded media was also a few years away.

As for the essay itself, there's far too much here to comment on in a single blog post, but there are a couple of points I want to emphasize. First, thee people of the time were well aware that they were living in a period of ubiquitous explosive change. It was an attitude remarkably similar to that of today, only more appropriate to the situation.

Second, I've argued in the past that the new frontier of late 19th century technology in many ways fill the hole left by the closing of the actual frontier. As you read through the following, you'll notice more than a hint of manifest destiny. As with the earlier doctrine, it was assumed that Europeans and those of European descent were destined to rule this New World as well.

How widespread were these views? We should probably talk with an actual historian before trying to answer that question, but they were apparently representative enough to win the approval of distinguished judges and be granted a place of honor in the magazine (not to mention the $250, which back then was pretty good money).

Scientific American 1896-07-25

Mars One: still a story too good to let facts get in the way

I honestly thought we've seen the last of this. Between the irrefutable critiques of every aspect of the plan and the long string of deadlines missed and promises broken, I believed that serious people and major publications were finally ready to let the story die, or at least transition into a "look at how gullible people used to be" narrative.

Apparently though, respectable news outlets like the Boston Globe still can't give up on Mars One and the nearly perfect human interest angle of a group of ordinary people who have agreed to take a one-way trip into space and spend the rest of their lives on another planet. The press is too much in love with these simplistic, melodramatic narratives (when Tom Wolfe and company brought literary storytelling techniques into the field, they were trying to elevate journalism to the level of literature. Now we've lowered it to the standards of a Harlequin romance).

Not only do journalists have a weakness for these stories, they have also gotten very good at finding excuses to justify them. One of the favorites, on display here, is the premise story. Just to review, this is employed when a reporter has a story he or she wants to tell, but it is predicated on assumptions that are obviously very likely untrue. The approved approach in these situations is to quickly get out of the way a bare minimum of caveats, then basically ignore them.

It is worth noting that the caveats in Mars One articles have steadily gotten stronger with time as the against the proposition has grown undeniable, but the writer still pulls back well before an honest picture is painted. Such a picture would fundamentally change the story. Instead of a bittersweet but inspiring account of human aspiration, we would get a depressing story of people suckered into believing an obvious scam (in no small part because of gross journalistic credulity and negligence) and in some cases paying a steep price for the delusion.

As the other world turns: How a trip to Mars thwarted and ignited love
Billy Baker - Reporter

When the initial tingle had passed and the idea had been given time to marinate and settle, Peter Degen-Portnoy said his family split into camps regarding his decision to commit to a one-way trip to Mars.

His sons think it’s cool.

His two oldest daughters stopped speaking with him.

And his wife left him.

...

Then time passed. Then the questions came. “Daddy, why do you want to leave us?’” he recalled. “Then it all came out. ‘Hey, you decided to leave us, and even if you change your mind, you can’t undo that decision. You made that decision.’ ”

He said his older daughters, who are 20 and 18 — he also has an 11-year-old daughter — viewed it as a breaking of the marriage vows he made to their mother. Till death do us part.

Degen-Portnoy views it another way. When he was a young boy, obsessed with outer space, he promised himself if he ever had the chance to go live on another planet, he would take it.

“So I was in a position where either I broke a promise to myself, or I broke a promise to my wife.”

...

Back in the coffee shop near his office, Degen-Portnoy is firm in his belief that it will all happen. That the extraordinary technical challenges will be solved. That the billions in funding will be raised. That he will be chosen for the mission. That he will die on Mars.

In the meantime, he is optimistic that he can repair his relationships here on Earth.

“I won’t get to Mars until I’m 70 at the earliest,” he said. “I’ve got time to reconcile. It should never go without saying that I love my children very much and would miss them.”

And if he gets to Mars, he already knows what his first feeling will be.

“I’ll look around at the landscape of Mars, take it all in, and I’ll wish my children could be there to see it.”

I apologize in advance for the electricity pun

Unsurprisingly insightful work from Robert Shiller on the enduring allure and almost inevitable failure of radical new forms of money. The whole thing is very good, particularly the section on the euro (thanks to Bitcoin, no longer the worst currency idea of the past 50 years) and this section on the technocracy movement of the 1930s. I had no idea that the period produced not one but two proposals for energy-based currencies (or should that be, current-based currencies?). I definitely need to add this book to my reading list.

The Old Allure of New Money by Robert J. Shiller
During the Great Depression of the 1930s, a radical movement, called Technocracy, associated with Columbia University, proposed to replace the gold-backed dollar with a measure of energy, the erg. In their book The A B C of Technocracy, published under the pseudonym Frank Arkright, they advanced the idea that putting the economy “on an energy basis” would overcome the unemployment problem. The Technocracy fad proved to be short-lived, though, after top scientists debunked the idea’s technical pretensions.
But the effort to dress up a half-baked idea in advanced science didn’t stop there. Parallel with Technocracy, in 1932 the economist John Pease Norton, addressing the Econometric Society, proposed a dollar backed not by gold but by electricity. But while Norton’s electric dollar received substantial attention, he had no good reason for choosing electricity over other commodities to back the dollar. At a time when most households in advanced countries had only recently been electrified, and electric devices from radios to refrigerators had entered homes, electricity evoked images of the most glamorous high science. But, like Technocracy, the attempt to co-opt science backfired. Syndicated columnist Harry I. Phillips in 1933 saw in the electric dollar only fodder for comedy. “But it would be good fun getting an income tax blank and sending the government 300 volts,” he noted.

Notes on the content bubble

[If you're new to the thread, check out this, this, and this]

One of the classic recipes for disaster in a market bubble is focusing exclusively on a sharp increase in demand while ignoring an even greater increase in supply. The potential audience for video content has greatly increased. Furthermore, the amount of video each member of that audience can conveniently consume has probably more than doubled. Unfortunately, the supply of content has increased by orders of magnitude. This holds virtually across-the-board: scripted and unscripted; new and old; live and recorded; big-budget and web cam in the basement.

Hype always plays a role in bubbles going all the way back to the 18th century. You could even argue that bubbles are primarily the result of buzz distorting markets. In the 21st century, living in the hype economy, the distortions are greatly amplified. Today, we have companies spending billions of dollars primarily to promote shows that almost no one is watching. Depending on how you calculate the numbers, the reboot of Twin Peaks got something like one fiftieth The audience of the original.

Nonetheless, the funding keeps coming.

Hollywood mogul Jeffrey Katzenberg has secured about $800 million in financing for his video startup NewTV, which the company will use to fund high-end TV series that have YouTube-length episodes, according to people with knowledge of the matter.
...
NewTV will use the money to finance shows that are roughly the duration of a typical YouTube clip, but at a cost more on a par with a Netflix Inc. series. Each NewTV series will cost about $5 million to $6 million per hour, the people said, but individual episodes won’t run much longer than 15 minutes.
...
Katzenberg, who declined to comment for this story, has reached out to some of the biggest directors and producers in the entertainment business, the people said. NewTV has yet to announce any shows.

It's also worth noting that perhaps the most prominent company to try to bring big stars and slick production to short YouTube videos was Funny or Die, and that hasn't proven to be a growth model.

Things don't really get weird till you get "computer dating" in the 60s

Science fiction is a sometimes useful but often misleading indicator of how people in the past thought about progress and technology. In order to establish that some new innovation was really on people's minds, you need to look to the mainstream and you don't get much more mainstream than The Desk Set. A successful 1955 play starring Shirley Booth before becoming a vehicle for Hepburn and Tracy. (Certainly not one of their best efforts, but still better than you'd think from this trailer.





It's not entirely clear from the trailer, but the central conflict is the threat that the introduction of computers will lead to massive lay-offs in the office. People were talking about computers sixty-plus years ago, and the conversation has not evolved all that much.

Crowdsourcing my work

If you have a minute, I would appreciate your help with an essay I'm working on. I'm putting together a list of postwar scientific and technological innovations that meet the following two criteria: first, they need to be major advances that either occurred during or had their greatest impact in the period roughly defined by 1945 to 1970; second, they need to have comparable or greater symbolic value.

For example, the eradication of polio was an impressive medical accomplishment:

In 1947, Salk accepted an appointment to the University of Pittsburgh School of Medicine. In 1948, he undertook a project funded by the National Foundation for Infantile Paralysis to determine the number of different types of polio virus. Salk saw an opportunity to extend this project towards developing a vaccine against polio, and, together with the skilled research team he assembled, devoted himself to this work for the next seven years. The field trial set up to test the Salk vaccine was, according to O'Neill, "the most elaborate program of its kind in history, involving 20,000 physicians and public health officers, 64,000 school personnel, and 220,000 volunteers." Over 1,800,000 school children took part in the trial.

But given the shadow that polio had cast over the public imagination and the suddenness of the development of the vaccine, the symbolic value was arguably even greater.:

Until 1955, when the Salk vaccine was introduced, polio was considered one of the most frightening public health problems in the world. In the postwar United States, annual epidemics were increasingly devastating. The 1952 U.S. epidemic was the worst outbreak in the nation's history. Of nearly 58,000 cases reported that year, 3,145 people died and 21,269 were left with mild to disabling paralysis, with most of its victims being children. The "public reaction was to a plague", said historian William L. O'Neill. "Citizens of urban areas were to be terrified every summer when this frightful visitor returned." According to a 2009 PBS documentary, "Apart from the atomic bomb, America's greatest fear was polio."
...
When news of the vaccine's success was made public on April 12, 1955, Salk was hailed as a "miracle worker" and the day almost became a national holiday. Around the world, an immediate rush to vaccinate began, with countries including Canada, Sweden, Denmark, Norway, West Germany, the Netherlands, Switzerland, and Belgium planning to begin polio immunization campaigns using Salk's vaccine.

(I have often wondered if the experience with polio created unrealistic expectations for the war on cancer, but that's a topic for another post.)

Here's the list I came up with.

Space travel/satellites
Nuclear weapons/power
Television
Computers
Jet travel
Miniaturization/transistors
Polio eradication
Green revolution
DNA
Birth control

And possibly lasers

Does anyone see any obvious omissions?

Life in the hype economy – – Moviepass edition

[Continuing the MoviePass thread]

I have no idea whether it is real or apocryphal, but there's an often referred to study with primates where the they earned tokens that could be exchanged for food. According to the standard version, the subjects soon came to value those tokens more than the treats they could be exchanged for.

The hype economy works along similar lines. The ability to get people talking about something (preferably but not always necessarily in a positive way) is tremendously valuable by most traditional standards. For entertainers, it can bring in large audiences. For goods and services, it can drive sales and help maintain customer loyalty. For politicians, it can be votes. For public policy initiatives, it can generate and shore up support.

At some point though (and it's a point we passed quite a while back) the ability to generate buzz becomes disconnected both from the attributes which are supposed to drive it and the objectives it is supposed to serve. It then takes on a life of its own. Hype becomes the primary if not sole metric by which anything is judged. The television show that no one watches, the business with no real prospect of turning a profit, the research claim that collapses under scrutiny are all seen as successful and important as long as you hear enough about them.

This is a big topic for a short post so I won't try to get into the specifics the damage done by the hype economy. We've already spent countless hours talking about how it  distorts markets, wastes resources, undermines our public policy  and corrupts the research needed to drive real innovation.

As he did with the make-it-up-in-volume fallacy, the CEO of MoviePass provides a perfect example of the hype economy.

Emphasis added.

Pogue: OK, but if I’m paying $7 a month, I’m paying less than half of the price of one ticket. You’re paying the theater double that — so I don’t understand how you can stay in business.

Lowe: Well, have you seen Spotify’s financials? They spent $2 billion more on music content licensing than they brought in in revenue. Netflix has to borrow billions of dollars each year to pay for the content that, over time, they hope to make their money back on. We’re investing in building a huge subscriber base.

Pogue: Originally, MoviePass was $50 a month. What did the membership numbers do when the price dropped down to $10 last fall?

Farnsworth: Well there were about 20,000 users at the time, and Mitch’s deal was that we would have 250,000 in 18 months. He had 18 months to get 250,000. We got there in two days.

To be blunt, Netflix is a marginally profitable company in an increasingly competitive market. Spotify is a money-losing company. Neither is likely to justify the investments that have been made in them, but in the hype economy, that doesn't stop them from being held up as examples to justify a business strategy.

"Oh, the things that you'll see."

To get a handle on turn-of-the-century mentality, you have to focus not just on the newness of individual technologies, but of the very idea of being able to do these now ordinary things. At the beginning of the 19th century, the only way to capture an image was to have a highly skilled artist draw or paint it. The process was inexact, expensive and so slow that anything that could not remain still for an extended period of time had to be represented from memory.

For people around 1900, viable photography was still a relatively recent development, very much in living memory. It would not have been difficult to find someone who remember the first time he or she saw a photograph. Furthermore, this fantastic advance kicked off a dizzying flood of ever more impressive innovations. Cameras and film became cheaper, simpler, and more compact. Pictures started to move. Photographs could be transmitted over telegraph. You could see images of the skeleton of a living human being and capture an instant in time.

One of the points we keep coming back to in this thread is that our concept of the future was the product of a generation of explosive and (even more importantly) ubiquitous technological growth which was the culmination of a century of exponentially advancing innovation. Our framework for thinking about the world that's coming was largely formed in a period of technological change unmatched before or since.

From Scientific American 1909/12/18

Yes, we're losing money on every transaction, but we have a plan to increase volume

[Apologies for letting this one sit in the queue for so long. I plan to do a fairly long post on the various absurdities of this business plan, but I realized that the company may not be able to wait for detailed analysis. Therefore, I'm just going to hit a couple of high points in this and an upcoming post.]

I suspect that most people (maybe especially those who read this blog) have become thoroughly jaded to bad business plans running on new economy hype and Silicon Valley money. Many of you probably feel that you seen it all before, that you have lost the capacity to be shocked by how stupid an idea can be or by how many millions it can raise.

I more than sympathize. In a world where Tesla is valued higher than General Motors and Bitcoin is... well, Bitcoin, it is difficult to come up with the topper. That said, sometimes a piece of business logic, while perhaps not the stupidest or the most overvalued, nonetheless manages to stand out through a blinding lack of self-awareness.

Many companies have used the losing-money-but-making-it-up-in-volume argument over the past few years, but I don't know that I've ever seen it stated in quite such naked terms.

From an interview with Mitch Lowe, CEO of Moviepass.

[David Pogue] The math doesn’t really work out, does it? Let’s say you go to the movies twice a month. In New York, that’s $360 of movie tickets a year — but you’re paying MoviePass only $120 a year. MoviePass is losing $240 a year, just on you. Multiply that by MoviePass’s 2 million subscribers, who are currently buying 6% of the nation’s movie tickets. How is that sustainable?

...

Pogue: You must go through your life explaining how MoviePass works. And everybody says exactly the same thing back to you…

Lowe: Which is, “how can you possibly afford such an amazing deal?”

Pogue: Yeah. How do you make money?

Lowe: There’s two groups of people that go to the movies. There’s 11% that go 18 times a year, and they buy half of all the movie tickets in the country. 5.5 billion tickets.

There’s another 200 million people (89% of moviegoers) that only see the blockbuster hits. They go to four maybe five films a year. They see “Star Wars” and the Marvel films. Our product is priced to reactivate those casual moviegoers, to get them to go see the great independent films that now they say, “I’m just going to wait and stream at a later date.”

...

Lowe: People have told us they’re starting movie clubs, and now they’re going with a bunch of friends, going to the movies every week together and then going out afterwards. We have a guy who said, “I’m going to turn 40. I’m going to go to a movie for 40 days in a row leading up to my 40th birthday.” But what’s even cooler is people are seeing films they never would have seen without a MoviePass card.

Pogue: But I’m confused about that, because every time someone goes to a movie, you’re losing more money. Don’t you secretly prefer people who don’t use the card as often?

Lowe: They [the people who see a lot of movies] become more valuable to us. They evangelize the service. They become more valuable to our partners, the studios, exhibitors.

"Those thrilling days of yesteryear"

I keep getting the feeling that there is some bigger, more profound lesson I should be drawing from these examples of the turn-of-the-century fascination with stunts and daredevils. Surely, the desire to see men and women (there was a surprising degree of gender balance) risk their lives in these elaborate contraptions tells us something about the mentality of the time, but damned if I know what it is.

I do know, however, that these pictures from Scientific American (1903/07/18 and 1905/10/14) were  simply too cool not to post.

And for those of you who caught the title reference...

Abstracts as pitches – – how a Wansink paper is like Will Ferrell's Land of the Lost reboot

Picking up from Andrew Gelman's recent post on why so much of what we hear about the replication crisis seems to center on social psychology, My take is that we should talk more about our old friend hype and the way it distorts discussions and corrupts important processes.

When I started to write out a reply in the comment section, it struck me that there was a pretty good analogy here with movie pitches (and obviously, if I come up with a pretty good analogy, I'm going to save it for a blog post). Researchers in today's environment have a strong incentive to generate buzz around their work.

In a sense, you can think of a paper's abstract as a pitch directed at reporters. Though the scale is very different, the basic dynamic is similar to that of a producer approaching a studio. Both Disney and the New York Times are looking for story ideas that will bring in large audiences, both have limited time and attention, and both are going to make the initial decision to proceed based on a quick summary of the story.

That intermediate step is very important. It means that the primary focus of both producer and researcher needs to be on the pitch more than on the quality or appeal of the larger story. Something that is easily pitched has an enormous advantage.

It is almost certainly not a coincidence that, when you see a big, underperforming movie come out, it's generally easy to imagine how the initial presentation went. "Look at those numbers for Night at the Museum. big-budget action comedy with lots of special effects and dinosaurs. We'll do the same thing with that 70s kids show, Land of the Lost . Old TV shows are big. Will Ferrell is big. We'll just put them all together." .

If you were a researcher trying to get a reporter to write up your study, what areas would "pitch well"? Three that come to mind are broad statements about human nature, dietary findings, and most of all "news you can use"/self-help. You'll notice that studies that fall into one or more of these categories tend to do very well in the hype market. As a consequence, there's also more of an incentive to push these through despite low-quality,
.
Of course, along with the hype comes increased scrutiny and a greater chance that someone will try to replicate the findings.

While I don't want to push the analogy too far or over into size one aspect of a complicated process, this might be a useful way of thinking about at least part of the problem.

When you have to go from a world of sycophancy, story stocks, and magical heuristics to a world of reality, that first step can be a doozy.

As you may have heard, Tesla is hitting a bit of a rough patch. Elon Musk probably represents Silicon Valley culture and its dysfunctions better than anyone else and, in a lot of ways, even more than Space X, Tesla is the definitive Elon Musk company.

In aeronautics, Musk has always been somewhat grounded by both his engineers and his customers. You can't simply wave away problems with rockets, and the payloads that they carry are so obscenely expensive that you can't take unnecessary risks either. And the fact that it was privately held meant that the company had to do more than simply tell a good story.

With Tesla, Elon Musk could convert fanboys and a cult of personality into tremendous share price. He could get more bounce for unlikely promises than most businesses could get out of solid earnings reports. The only problem was that at some point you have got to transition out of that world and into one based on product and profits. Musk is now stepping into that new world and it is not going well.

From the indispensable Michael Hiltzik: 

But Tesla Chief Executive Elon Musk's performance on his conference call with analysts Wednesday, following the release of the company's first-quarter financial results, was in a class by itself. To mention the bottom line here at the top: It was enough to make people wary of buying his stock, and could even make people wary of buying his cars.
...

Aficionados of weird CEO behavior will treasure the hour-and-15-minute call for years. He insulted analysts who asked pertinent (or perhaps, from his standpoint, impertinent) questions. He made unsupported claims about the safety of his cars' autonomous driving systems. He attacked the news media for reporting on accidents involving those systems. At times he seemed distracted, even confused.

Musk displayed particular contempt for analysts who dared to ask about his company's capital spending plans and the state of reservations for the mass-market Model 3 sedan. These issues aren't trivial for Tesla investors. Whether the company will need to raise capital this year has been oft-debated; it became a more critical issue after Tesla revealed that it burned through about $1 billion in cash in the first quarter. And the company's very survival depends on the Model 3, which has been plagued by production delays and quality control issues.

Yet when analyst Toni Sacconaghi of Sanford C. Bernstein & Co. asked about capital requirements, Musk cut him off. "Excuse me. Next," he said. "Boring bonehead questions are not cool." The next questioner was Joseph Spak of RBC Capital Markets, who asked about Model 3 orders. Musk gave him the cold shoulder too.

"These questions are so dry," he said. "They're killing me." Musk then cued up Galileo Russell, a Tesla fanboy who issues his sycophantic opinions on Tesla via a YouTube channel. Musk spent about 20 minutes conversing companionably with Russell — who pronounced Musk's answers "awesome" — on issues tangential, at best, to the hard quarterly numbers the company disclosed a few minutes before.

...

What perhaps was most disturbing in Musk's performance Wednesday was his discussion of the safety of Tesla's cars and the company's Autopilot semiautonomous driving system. In March, the occupant of a top-of-the-line Tesla Model X with the system engaged died after the vehicle hit a highway barrier in Northern California, was hit by two other cars and caught fire. The incidents revived memories of a 2016 crash when the occupant of a Tesla running on Autopilot in Florida was killed in a collision with a truck the system apparently had not spotted.
...

Let's be clear about this: Musk has no statistical grounds to state categorically that autonomous systems are safer than human-driven vehicles. That conclusion might stand to reason, since human error is blamed for most vehicular deaths and injuries, but autonomous systems might create dangerous situations we can't yet anticipate. His apparent assumption that the debate is over — "Vehicles that we're producing are capable of full autonomy," he said — is a little scary, considering how much still needs to be learned about the functioning of fully autonomous cars, and about the interaction of autonomous systems with humans in the cockpit.

A few points on the Pennington airship

1. Let's be honest I'm posting this because it's a cool picture.
2. I'm certainly not posting it because it was a major advance in air travel. As you can see from the excerpt below, it appears never to have gotten past the model stage.

3. That text raises a couple of additional interesting points as well. First, we haven't spent nearly enough time talking about the role of private investment in the technology boom of the period or on the role of terrible ideas and outright scams in the investment culture of the time. (Pennington was a bit of a... character.)

4. And finally this is a good time to note that the Scientific American of the time did a pretty good job staying open to new developments while being reasonably skeptical.


Scientific American 1891/03/07