Old libraries and old books play a big part in the aesthetic.
The movie version of academia is typically a leafy campus, with great libraries, bright minds, and deep intellectual discussions. It’s a happy grove where the young and talented go to bloom to superiority, eclipsing their parents and their well-meaning, but fuddy-duddy teachers. It’s also where oppressed middle-agers go to complete a journey of self -discovery. To the extent that professors are there in older movies, it’s to confer degrees and, eventually praise.
But there is a new mood in literature and movies where professors are sinister, and competition is darker and more dangerous place, both for the body and the soul. It’s called “Dark Academia.” Consider the recent hit movie and book, “The Secret History,” by Danna Tartt. It follows a talented person without any particular view or direction. The person arrives, looking to make friends and to become special, and through misguided efforts, students end up damaged or killed. Any friendships that result are sinister, and often exploitive.
An early version was Hitchcock’s “Rope,” where two students get excited by a professor expounding the ideas of Nietzsche. They go on to kill one of their fellows who they come to decide isn’t, quite as enlighten as they. Secret History is similar, except that the professor teaches Greek. Another early version was Frankenstein, whose early chapters are of crazed collegians pushing the limits of science in a dark laboratory and similarly dark library settings. For Dr. Frankenstein, the crushing pressure is from inside the student, and not so much from his professors or classmates. University is still a place of refuge, without the pressure of drugs, sex, or fashion.
Harry Potter and friends in dark academic garb. Casual, clean, active, hip-academic.
The evil professor trope of Dark Academia first appears in Harry Potter, I think. The school is both helpful and hurtful, both refuge and enemy. It’s education in a building that tries to trip you, with sadistic professors, plus slave labor, and some murderers or “death eaters.” There are friends too, with the friendship bound by fire-whiskey, or butter-beer, and an intense desire to excel over each other at ones craft, in this case magic. Fashion becomes important in dark academia. Harry Potter’s round glasses, robes, and school neckties, but the alcohol isn’t excessive in HP and the books are pretty chaste where sex is concerned.
Alcohol abuse, fashion, and sex are more central in “The Secret History”. There is a cultish professor, Morrow, and students fashions are described in detail. Most dress in tweeds, and all of them wear round glasses, like Harry Potter’s– in this case with metal rims. All are rich. And as in Hitchcock’s “Rope,” they conspire to murder the least special of their group in the goal of understanding the ancient Greeks. Unlike in Rope, they get away with it.
A yet more recent example is “Kill your darlings” — the main character is played by Daniel Radclift, the same actor who was Harry in the HP movies. It takes place in Columbia University in 1943-46 and portrays the young Alan Ginsberg. As in “Secret History” there is a cultish leader and a murder. Alan enters school not knowing what sort of poetry he’d like to write, or if he’ll write poetry. In the movie, Jack Kerouac, William Burrows and a few others who introduce him to drugs, including heroin, gay sex, wanton destruction, and benzedrine. As in Secret History, there are no bad effects from the drugs, though he tries suicide and one of his group murders another — the least special one as in other dark academia. He gets away with it, as in Secret History, the cult leader is rejected, and the others become special — a happy ending of sorts. Ginsberg writes a great “absurdist” essay and goes on to become a great poet.
Danna Tartt, author models the Dark Academic look. Notice the cigarette.
The mood of dark academia is a mix of repressed anger and innocence that takes place on a campus, but might as easily taken place in bohemian Paris. The movie architecture includes vast dining halls, gothic bell towers and forbidding libraries. The devoted student searches here for hidden light but finds only darkness. Murder follows. Students stare into space like Oscar Wilde with a heartburn, smoking like well-dressed longshoremen on break. See Danna Tartt at left.
The main contributions of Dark Academia is the fashion: Shades of brown, black and gray mostly, casual and active, but clean. The look says, “I’m both sexually active and criminally active; I do drugs think great thoughts, but don’t do homework. I might do murder too, but it’s OK since I plan to submit a killer final project. Morality is for losers, and “Genuine beauty is always quite alarming.” It’s a line from “The secret History,” appears, slightly altered, in Hitchcock’s “Rope.” The tremendous desire to be pure and special; great in a word, and that involves a destruction of the ordinary: an academic aesthetic where murder is the crowning creative act.
Near the beginning of the movie “The social network”, Zuckerberg asks his Harvard roommate, Saverin, to explain the chess rating system. His friend writes an equation on the window, Zuckerberg looks for a while, nods, and uses it as a basis for Facemash, the predecessor of Facebook. The dating site, Tinder said it used this equation to match dates, but claims to have moved on from there, somewhat. The same is likely true at J-swipe, a jewish coating site, and Christian mingle.
Scene from the social network, Saverin shows Zuckerberg the equations for the expected outcome of a chess match between players of different rankings, Ra and Rb.
I’ll explain how the original chess ranking system worked, and then why it works also for dating. If you’ve used Tinder or J-swipe, you know that they provide fairly decent matches based on a brief questionnaire and your pattern of swiping left or right on pictures of people, but it is not at all clear that your left-right swipes are treated like wins and losses in a chess game: your first pairings are with people of equal rating.
Start with the chess match equations. These were developed by Anand Elo (pronounced like hello without the h) in the 1950s, a physics professor who was the top chess player in Wisconsin at the time. Based on the fact that chess ability changes relatively slowly (usually) he chose to change a persons rating based on a logistic equation, sigmoid model of your chances of winning a given match. He set a limit to the amount your rating could change with a single game, but the equation he chose changed your rating fastest when you someone much better than you or lost to someone much weaker. Based on lots of inaccurate comparisons, the game results, you get a remarkably accurate rating of your chess ability. Also, as it happens, this chess rating also works well to match people for chess games.
The knowledge equation, an S curve that can be assumed to relate to the expected outcome of chess matchups or dating opportunities.
For each player in a chess match, we estimate the likelihood that each player will win, lose or tie based on the difference in their ratings, Ra -Rb and the sigmoid curve at left. We call these expected outcome Ea for player A, and Eb for player B where Ea = Eb = is 50% when Ra = RB. It’s seen that Ea never exceeds 1; you can never more than 100% certain about a victory. The S-graph shows several possible estimates of Ea where x= Ra-Rb, and k is a measure of how strongly we imagine this difference predicts outcome. Elo chose a value of k such that 400 points difference in rating gave the higher ranked player a 91% expectation of winning.
To adjust your rating, the outcomes of a game is given a number between 1 and 0, where 1 represents a win, 0 a loss, and 0.5 a draw. Your rating changes in proportion to the difference between this outcome and your expected chance of winning. If player A wins, his new rating, Ra’, is determined from the old rating, Ra as follows:
Ra’ = Ra + 10 (1 – Ea)
It’s seen that one game can not change your rating by any more than 10, no matter how spectacular the win, nor can your rating drop by any more than 10 if you lose. If you lose, Ra’ = Ra – 10 Ea. New chess players are given a start ranking, and are matched with other new players at first. For new players, the maximum change is increased to 24, so you can be placed in a proper cohort that much quicker. My guess is that something similar is done with new people on dating sites: a basic rating (or several), a basic rating, and a fast rating change at first that slows down later.
As best I can tell, dating apps use one or more ratings to solve a mathematical economics problem called “the stable marriage problem.” Gayle and Shapely won the Nobel prize in economics for work on this problem. The idea of the problem is to pair everyone in such a way that no couple is happier by a swap of partners. It can be shown that there is always a solution that achieves that. If there is a singe, understood ranking, one way of achieving this stable marriage pairing is by pairing best with best, 2nd with second, and thus all the way down. The folks at the bottom may not be happy with their mates, but neither is there a pair that would like to switch mates with them.
Part of this, for better or worse, is physical attractiveness. Even if the low ranked (ugly) people are not happy with the people they are matched with, they may be happy to find that these people are reasonably happy with them. Besides a rating based on attractiveness, there is a rating based on age and location; sexual orientation and religiosity. On J-swipe and Tinder, people are shown others that are similar to them in attractiveness, and similar to the target in other regards. The first people you are shown are people who have already swiped right for you. If you agree too, you agree to a date, at least via a text message. Generally, the matches are not bad, and having immediate successes provides a nice jolt of pleasure at the start.
Religious dating sites, J-swipe and Christian Mingle work to match men with women, and to match people by claimed orthodoxy to their religion. Tinder is a lot less picky: not only will they match “men looking for men” but they also find that “men looking for women” will fairly often decide to date other “men looking for women”. The results of actual, chosen pairings will then affect future proposed pairings so that a man who once dates a man will be shown more men as possible dates. In each of the characteristic rankings, when you swipe right it is taken as a win for the person in the picture, if you swipe left it’s a loss: like a game outcome of 1 or 0. If both of you agree, or don’t it’s like a tie. Your rating on the scale of religion or beauty goes up or down in proportion to the difference between the outcome and the predictions. If you date a person of the same sex, it’s likely that your religion rating drops, but what do I know?
One way or another, this system seems to work at least as well as other matchmaking systems that paired people based on age, height, and claims of interest. If anything, I think there is room for far more applications, like matching doctors to patients in a hospital based on needs, skills, and availability, or matching coaches to players.
Robert Buxbaum, December 31, 2020. In February, at the beginning of the COVID outbreak I claimed that the disease was a lot worse than thought by most, but the it would not kill 10% of the population as thought by the alarmist. The reason: most diseases follow the logistic equation, the same sigmoid.
I’m not crazy about the COVID isolation, but there are up-sides that I’ve come to appreciate. You might too. Out of boredom, I was finally got into meditation. It was better than just sitting around and doing nothing.
It’s best not to look at isolation as a problem, but an opportunity. I’ve developed a serious drinking opportunity.
And it’s an opportunity to talk to myself. I told myself I’ should quit drinking. Then I figured, why should I listen to a drunk who talks to himself.
A friend of mine was on drugs, but then quit. Everyone in his house is happy, except for the lamp. The lamp won’t talk to him anymore.
The movies are closed, and the bars, and the gyms. It gives me another reason not to go to the gym.
Did you know that, before the crowbar was invented, crows used to drink at home.
The real reason dogs aren’t allowed in bars: lots of guys can’t handle their licker.
There’s time to spend with my children. And they look like me.
I like that I don’t commute. Family events are over zoom, funerals (lots of funerals), meetings, lectures. They come in via the computer, and I don’t have to dress or attend. No jacket, no pants… no travel …. no job.
My children are spending more time with us at home. We have virtual meals together. I discovered that I have a son named Tok. He seems to like my dad-jokes.
My wife is finding it particularly tough. Most every day I see her standing by the window, staring, wondering. One of these days, I’ll let her in.
I asked wife why she married me. Was it for my looks, or my income, or my smarts. She smiled and said it was my sense of humor. 🙂
My wife is an elementary school teacher. She teaches these days with a smart board. If the board were any smarter, it would go work for someone else. It’s necessary, I guess. If you can’t beat them, you might as well let the smart board teach. I think the smart board stole the election. It began by auto-correcting my spelling. Then it moved to auto correct my voting. The board is smarter and better than me (Hey, who wrote this?)
I’ve learned to love masks, though some of them are hot.
You’d think they’d reduce the number of administrators in the schools, given that it’s all remote. Or reduce the price of college. It would be nice if they’d up the number of folks who can attend. So far no. Today the Princeton alumni of Michigan is sponsoring video-talk by Princeton alumnus, George Will. I wanted to attend, but found there was limited seating, so I’m on the waiting list (true story). By keeping people out, they show they are exclusive. Tuition is $40,000 / year, and they keep telling us that the college is in service of humanity. If they were in the service of humanity, they’d charge less, and stream the talk to whoever wants to listen in. I have to hope this will change sooner or later.
Shopping for toilet paper was a big issue at the beginning of the pandemic, but I’ve now got a dog to do it for me. He goes to the store, brings it back. Brings back toothpaste too. He’s a lavatory retriever. (I got this joke from Steve Feldman; the crowbar joke too.)
I don’t mind that there are few new movies. There are plenty of old movies that I have not seen, and old TV shows too.
This fellow is the new head of Biden’s COVID-19 task force. He’s got a science-based plan for over-population and the disease.
I like that people are leaving New York and LA. It’s healthy, and saves on rent. Folks still travel there, mostly for the rioting, but lockdowns are nicer in Michigan.
More people are hunting, and hiking, and canoeing. These are active activities that you can do on lockdown. The old activities were passive, or going out to eat. Passive activities are almost a contradiction in terms.
We’re cooking more at home, which is healthier. And squirrel doesn’t taste half bad. If I live through this, I’ll be healthy.
I’m reading more, and have joined goodreads.com. I’ve developed a superpower: I find can melt ice cubes, just by looking at them. It takes a while but they melt.
A lot more folks have dogs. And folks have gotten into religion. Wouldn’t it be great, if after death we fond that dyslexic folks were right. There really is a dog.
Let’s love the virus. If we don’t, the next crisis will be worse.
There was an election last week. My uncles voted for Biden, which really surprised me. They were staunch Republicans when they were alive. My aunt got the ballot and convinced them. She was a Democrat when she was alive.
Before COVID, the other big crisis was global warming. Al Gore and Greta Thunberg claimed we had to shutter production and stop driving to save the planet. COVID-19 has done it. The next crisis is over-population. COVID is already curing that problem — not so much in China, but in the US, Europe, and South America.
Just As a final thought, let’s look at the bright side of the virus. If we don’t, the next crisis will be worse. Take Monty Python’s advice and Always look at the bright side of life.
You may know that engineers recently succeed in decreasing the tilt of the “leaning” tower of Pizza by about 1.5°, changing it from about 5.5° to about to precisely 3.98° today –high precision given that the angle varies with the season. But you may not know how that there were at least eight other engineering attempts, and most of these did nothing or made things worse. Neither is it 100% clear that current solution didn’t make things worse. What follows is my effort to learn from the failures and successes, and to speculate on the future. The original-tilted tower is something of an engineering marvel, a highly tilted, stone on stone building that has outlasted earthquakes and weathering that toppled many younger buildings that were built straight vertical, most recently the 1989 collapse of the tower of Pavia. Part of any analysis, must also speak to why this tower survived so long when others failed.
First some basics. The tower of Pisa is an 8 story bell tower for the cathedral next door. It was likely designed by engineer Bonanno Pisano who started construction in 1173. We think it’s Pisano, because he put his name on an inscription on the base, “I, who without doubt have erected this marvelous work that is above all others, am the citizen of Pisa by the name of Bonanno.” Not so humble then, more humble when the tower started to lean, I suspect. The outer diameter at the base is 15.5 m and the weight of the finished tower is 14.7 million kg, 144 million Nt. The pressure exerted on the soil is 0.76 MPa (110 psi). By basic civil engineering, it should stand straight like the walls of the cathedral.
Bonanno’s marvelous work started to sink into the soil of Pisa almost immediately, though. Then it began to tilt. The name Pisa, in Greek, means swamp, and construction, it seems, was not quite on soil, but mud. When construction began the base was likely some 2.5 m (8 feet) above sea level. While a foundation of clay, sand and sea-shells could likely have withstood the weight of the tower, the mud below could not. Pisano added length to the south columns to keep the floors somewhat level, but after three floors were complete, and the tilt continued, he stopped construction. What to do now? What would you do?
If it were me, I’d consider widening the base to distribute the force better, and perhaps add weight to the north side. Instead, Pisano gave up. He completed the third level and went to do other things. The tower stood this way for 99 years, a three-floor, non-functional stub.
About 1272, another engineer, Giovanni di Simone, was charged with fixing the situation. His was the first fix, and it sort-of worked. He strengthened the stonework of the three original floors, widened the base so it wold distribute pressure better, and buried the base too. He then added three more floors. The tower still leaned, but not as fast. De Simone made the south-side columns slightly taller than the north to hide the tilt and allow the floors to be sort-of level. A final two stories were added about 1372, and then the first of the bells. The tower looked as it does today when Gallileo did his famous experiments, dropping balls of different size from the south of the 7th floor between 1589 and 1592.
Fortunately for the construction, the world was getting colder and the water table was dropping. While dry soil is stronger than wet, wet soil is more plastic. I suspect it was the wet soil that helped the tower survive earthquakes that toppled other, straight towers. It seems that the tilt not only slowed during this period but briefly reversed, perhaps because of the shift in center of mass, or because of changes in the sea level. Shown below is 1800 years of gauge-based sea-level measurements. Other measures give different sea-level histories, but it seems clear that man-made climate change is not the primary cause. Sea levels would continue to fall till about 1750. By 1820 the tilt had resumed and had reached 4.5°.
The 2nd attempt was begun in 1838. Architect, Alessandro Della Gherardesca got permission to dig around the base at the north to show off the carvings and help right the tower. Unfortunately, the tower base had sunk below the water table. Further, it seems the dirt at the base was helping keep the tower from falling. As Della Gherardesca‘s crew dug, water came spurting out of the ground and the tower tilted another few inches south. The dig was stopped and filled in, but he dig uncovered the Pisano inscription, mentioned above. What would you do now? I might go away, and that’s what was done.
The next attempt to fix the tower (fix 3) was by that self-proclaimed engineering genius, Benito Mussolini. In 1934. Mussolini had his engineers pump some 200 tons of concrete into the south of the tower base hoping to push the tower vertical and stabilize it. The result was that the tower lurched another few inches south. The project was stopped. An engineering lesson: liquids don’t make for good foundations, even when it’s liquid concrete. An unfortunate part of the lesson is that years later engineers would try to fix the tower by pumping water beneath the north end. But that’s getting ahead of myself. Perhaps Mussolini should have made tests on a model before working on the historic tower. Ditto for the more recent version.
On March 18, 1989 the Civic Tower of Pavia started shedding bricks for no obvious reason. This was a vertical tower of the same age and approximate height as the Pisa tower. It collapsed killing four people and injuring 15. No official cause has been reported. I’m going to speculate that the cause was mechanical fatigue and crumbling of the sort that I’ve noticed on the chimney of my own house. Small vibrations of the chimney cause bits of brick to be ejected. If I don’t fix it soon, my chimney will collapse. The wet soils of Pisa may have reduced the vibration damage, or perhaps the stones of Pisa were more elastic. I’ve noticed brick and stone flaking on many prominent buildings, particularly at joins in the chimney.
John Burland’s team cam up with many of the fixes here. They are all science-based, but most of the fixes made things worse.
In 1990, a committee of science and engineering experts was formed to decide upon a fix for the tower of Pisa. It was headed by Professor John Burland, CBE, DSc(Eng), FREng, FRS, NAE, FIC, FCGI. He was, at the time, chair of soil mechanics at the Imperial College, London, and had worked with Ove, Arup, and Partners. He had written many, well regarded articles, and had headed the geological aspects of the design of the Queen Elizabeth II conference center. He was, in a word, an expert, but this tower was different, in part because it was an, already standing, stone-on stone tower that the city wished should remain tilted. The tower was closed to visitors along with all businesses to the south. The bells were removed as well. This was a safety measure, and I don’t count it as a fix. It bought time to decide on a solution. This took two years of deliberation and meetings
In 1992, the committee agreed to fix no 4. The tower was braced with plastic-covered, steel cables that were attached around the second and third floors, with the cables running about 5° from the horizontal to anchor points several hundred meters to the north. The fix was horribly ugly, and messed with traffic. Perhaps the tilt was slowed, it was not stopped.
In 1993, fix number 5. This was the most exciting engineering solution to date: 600 tons of lead ingots were stacked around the base, and water was pumped beneath the north side. This was the reverse of the Mussolini’s failed solution, and the hope was that the tower would tilt north into the now-soggy soil. Unfortunately, the tower tilted further south. One of the columns cracked too, and this attempt was stopped. They were science experts, and it’s not clear why the solution didn’t work. My guess is that they pumped in the water too fast. This is likely the solution I would have proposed, though I hope I would have tested it with a scale model and would have pumped slower. Whatever. Another solution was proposed, this one even more exotic than the last.
For fix number 6, 1995, the team of experts, still overseen by Burland, decided to move the cables and add additional tension. The cables would run straight down from anchors in the base of the north side of the tower to ten underground steel anchors that were to be installed 40 meters below ground level. This would have been an invisible solution, but the anchor depth was well into the water table. So, to anchor the ground anchors, Burland’s team had liquid nitrogen injected into the ground beneath the tower, on the north side where the ground anchors were to go. What Burland did not seem to have realized is that water expands when it freezes, and if you freeze 40 meters of water the length change is significant. On the night of September 7, 1995, the tower lurched southwards by more than it had done in the entire previous year. The team was summoned for an emergency meeting and the liquid nitrogen anchor plan was abandoned.
Tower with the two sets of lead ingots, 900 tons total, about the north side of the base. The weight of the tower is 14,700 tons.
Fix number 7: Another 300 tons of lead ingots were added to the north side as a temporary, simple fix. The fix seems to have worked stabilizing things while another approach was developed.
Fix number 8: In order to allow the removal of the ugly lead bricks another set of engineers were brought on, Roberto Cela and Michele Jamiolkowski. Using helical drills, they had holes drilled at an angle beneath the north side of the tower. Using hoses, they removed a gallon or two of dirt per day for eleven years. The effect of the lead and the dirt removal was to reduce the angle of the tower to 4.5°, the angle that had been measured in 1820. At this point the lead could be removed and tourists were allowed to re-enter. Even after the lead was removed, the angle continued to subside north. It’s now claimed to be 3.98°, and stable. This is remarkable precision for a curved tower whose tilt changes with the seasons. (An engineering joke: How may engineers does it take to change a lightbulb? 1.02).
The bells were replaced and all seemed good, but there was still the worry that the tower would start tilting again. Since water was clearly part of the problem, the British soils expert, Burland came up with fix number 9. He had a series of drainage tunnels built to keep the water from coming back. My worry is that this water removal will leave the tower vulnerable to earthquake and shedding damage, like with the Pavia tower and my chimney. We’ll have to wait for the next earthquake or windstorm to tell for sure. So far, this fix has done no harm.
Robert Buxbaum, October 9, 2020. It’s nice to learn from other folks mistakes, and embarrassments, as well as from their successes. It’s also nice to see how science really works, not with great experts providing the brilliant solution, but slowly, like stumbling in the dark. I see this with COVID-19.
Philip Schuyler as a Major General in the Revolution. His statue was removed.
What most folks know about Alexander Hamilton’s father in law, Philip Schuyler, is that he was “loaded”, that he had three daughters, and that he quickly took to young Alexander. But an important fact varnished over is that Schuyler made his money in the slave trade, a trade that Hamilton was likely in when he met the young Schuyler daughters. Schuyler was also a slave owner, owning 13 slaves, by his record, and perhaps another 17 indentured servants working at two mansions. So far, only the Philip Schyler statue has been taken down. It seems possible that many monuments to Hamilton may follow.
Statue of Alexander Hamilton, proudly stands in front of Columbia University. The ten dollar founding father.
The play “Hamilton” proclaims Hamilton’s genius and exceptional work ethic, mentioning that, at the young age of 14 (more likely 16) he was left in charge of a trading company. This was for 5 months in 1771, while the owner was over seas doing business. Hamilton knew the business well; he’d been hired as a clerk at 11 at Beekman and Cruger, a similar import-export trading firm. What items did these firms trade — cotton, sugar, rum, and most profitable slaves. This likely was the business that kept the owner overseas for 5 months while Alexander ran the shop. There are at least two notifications of slave ships entering the harbor with human good for sale. Among Hamilton’s likely jobs would have been fattening and oiling the goods for sale. Hamilton himself seems to have owned a slave-boy named Ajax who he inherited (briefly) from his mother, Rachel. His mother is listed on the tax records as white. She owned five saves at one time, suggesting she was not entirely impoverished. Hamilton’s father, though a failed businessman, was a Scottish Laird (a Lord). As for the court-mandated transfer of Ajax from Alexander, it was to his half-brother James because James was “Legitimate.”
I base Hamilton’s age on the Nevis-St Kitts record of his birth, January 11, 1755.”[1] The play takes as a fact Hamilton’s claim to have been born two years later, January 11, 1757. I trust the written records here, and imagine Hamilton wanted to present himself as a young genius, rather than as a bright, but older fellow. In 1772, at at age 17, Hamilton wrote a “fire and brimstone” description of a deadly hurricane, describing it as “divine rebuke to human vanity and pomposity.”[2] Between this, and his skill at trading, the community leaders collected money to send him to New York, but unlike the play’s description, it was not only for further education. The deal was that he continue trading for the firm,[3] and this is likely how he met his future father in law. “[4]
In New York, Hamilton met Schuyler and his daughters. It seems likely that he met the father first, likely as possible customer for the slave trade from the Caribbean, or perhaps as a customer for rum and sugar. A 1772 letter in Hamilton’s handwriting [4] asks for the purchase of “two or three poor boys” for plantation work, “bound in the most reasonable manner you can.” As in the play, Hamilton was friends with John Laurens, an abolitionist, and among his first lodgings was with Hercules Mulligan, a tailor’s apprentice. Hercules is presented as black in the play, but he was quite white (see picture) with a black slave, Cato. Cato ran most of the messages. According to the play, “I’m joining the rebellion cuz I know it’s my chance To socially advance, Instead of sewin’ some pants, I’m taking my shot. No, Hercules was socially advanced ,married into the British Admiralty, even. He was a true believer in freedom and a slave-holder. His older brother, Hugh Mulligan, was one of the traders that Hamilton was supposed to work with.[5] As for Laurens and his anti-slavery organization, most of those in the organization owned slaves, and though they opposed slavery, they could never decide on when or how to end it. There is no evidence that Cato was ever set free.
The appointment to Washingtons staff was not likely a coincidence. The elder Schuyler was one of the four top generals appointed in 1775 to serve directly under Washington. Phillip oversaw, at a distance, the disastrous attack on Quebec and the victory at Saratoga– both, Burr served admirably. Phillip’s main role was as a quartermaster/supplier, and this is not a small role. Phillip Schuyler had been a quarter-master in the French and Indian war. It’s likely that it was Schuyler who got Hamilton his appointment to Washington’s staff.
Once on Washington’s staff, Hamilton served admirably. Originally serving as a secretary, Hamilton wrote many of Washington’s dispatches. Then, according to tradition, as a cannon commander, he took particular pleasure in the attack on Princeton University. He then served well as secretary of the Treasury, and as head of the Bank of The United States, the only major US bank until Burr opened the Bank of the Manhattan company. Despite his aversion to slavery, Hamilton also continued to deal in slaves. A 1796 cash book entry records Hamilton’s payment of $250 to his father-in-law for “2 Negro servants purchased by him for me.” This is only 3 years before 1799, when New York began to end slavery in the state with the Act for the Gradual Abolition of Slavery. Children of slaves born after July 4, 1799, were to be legally free, but required indentured servitude: to age 28 for males and 25 for females. Those born before July 4, 1799 became free in 1817. There is no evidence that Hamilton was a leader in any of this, but Burr, another slave-owning abolitionist, was a leader in the NY legislature at the time.
I’m with Burr.He was flawed, a slave-owning abolitionist, but vehimently against the Alien and Sedition Acts, a Hamiltonian horror.
It seems that Robert Morris introduced Hamilton to the importance of tariffs, and to the idea of using debt service as a backing to currency. It’s brilliant idea, but Hamilton understood it and took to it. Hamilton also understood the need for a coast guard to enforce the tariffs. As for Hamilton’s character, or Burr’s. Both, in my understanding, were imperfect people who did great deeds. I’ve already written that Hamilton was likely setting up Burr for murder, perhaps because of Burr’s vehement opposition to the Alien and Sedition Acts — That’s why Hamilton wore his glasses and fiddled with the gun so much. Burr was also gaining power through his Manhattan corporation and Tammany organization. both of which got his support among the immigrants.
My intent here is not to knock the image of Hamilton, Schuyler, Laurens and Mulligan, nor to raise that of Burr, but to correct some current fictions in the play “Hamilton”, and to fight a disease of our age, the cancel culture. The cancel culture elevates their heroes (Hamilton, Mulligan) to god-status. They will lie to cover the flaws of their heroes, and will lie also to claim a drop of black blood in them; neither Hamilton nor Mulligan were black and both owned slaves, as did Burr. The other side of the cancel culture is to cancel — to eliminate the validity — of the reactionaries, the non-revolutionary. In the play, these include Samuel Seebury and Aaron Burr. Great building is almost always the work of contradictory people. They need some talent, and a willingness to act, and because building requires a group, they have to work in a group, tolerating flaws of the others in the group. It is just these flawed, contradictory builders that are being cancelled, and I don’t think that’s right or healthy.
…And [the leper] shall cover his face to the lip, and call out unclean, unclean… (Lev. 13: 45)
Video and TV-learning has been with us for a long time. It’s called PBS. It’s entertaining, but as education, it sucks. You can see the great courses on DVD too. The great professors teaching great material. It’s entertaining, but as education, they suck.
Consider PBS, the public broadcast system, it was funded 50 years ago and given a portion of the spectrum to be a font for at-distance education. At first they tried showing classroom lectures from the best of professors. Few people watched, and hardly anyone learned. Hardly anyone was willing to do catch every lecture, or do any of the reading or any of the assigned homework. Some did some problems, but only if they already knew the subject, sort of as a refresher . No viewer of record learned enough to perform a trade based on PBS-learnign, nor achieved any academic proficiency that would allow them to publish is a reviewed journal, unless they already had that proficiency. A good question is why, but first lets consider the great DVD lectures in science or engineering . They too have been around for years, but I’ve yet to meet anyone of proficiency who learned that way. Not one doctor, lawyer, or engineer whose technical training came this way. Even Sesame street. My sense is that no one ever learned to read from this, or from the follow-on program reading rainbow, except that they had parental help — the real teachers being the parent. My sense is that all formal education over video is deficient or worthless unless it’s complimented by an in-person, interaction. The cause perhaps we are not evolutionarily developed to connect with a TV image the way we connect with a human.
Education is always hard because you’re trying to remold the mind, and it only works if the student wants his or her mind molded. To get that enthusiasm requires social interaction, peer pressure and the like, and it requires real experience, not phony video. Play is a real experience, and all animals enjoy play. it convinces them they can do things, This stag on a now-empty soccer field is busy developing soccer skills and is rewarded here with a reaching his goal. Without the physical goal there would be no practice, and without the physical practice there would be no learning.
For people, the goals of the goals of the teacher must be made to match those of the student. The teachers goals are that they student should love learning, that he or she should acquire knowledge, and that he or she should be prepared to use that knowledge in a socially acceptable way. For the student, the goals include being praised by peers, and getting girls/ boys, and drinking. Colleges work, to the extent they do, but putting together the two sets of goals. Colleges work best in certain enclaves — places where the student’s statues increases if he or she does well on exams or in class, where he or she can drink and party, but will get thrown out if they do it so much that their grades suffer. Also colleges make sure to have clubs and sports where he or she can develop a socially acceptable way to deal with others. Remove the goals an rewards, and the lessons become pointless, or “academic.”
A cave painting from France. It’s diagrammatic, not artistic. It shows where you stand, how you hold the spear, and where the spear is supposed to go, but the encouragement to do it had to be given in person..
It might be argues that visual media can make up for real experience, and to some extent this is true. Visual media has been used since the beginning, as with this cave painting, but it only helps. You still need personal interaction and real-life experience. An experienced hunter could use the cave picture to show the student where to stand and how to hold the spear. But much of the training had to be social, with friends before the hunt, in the field, watching friends and the teacher as they succeed or fail. And — very important — after the hunt, eating the catch, or sitting hungry rubbing one’s bruises. This is where fine-points are gained, and where the student became infected with the desire to actually do the thing right. Leave this out, and you have the experience of the typical visitor to the museum. “Oh, cool” and then the visitor moves on.
In a world of Zoom learning, there is no feast at the end, no thrill of victory, and no agony of defeat. The students do not generally see each other, or talk to one another. They do not egg each other on, or condemn bad behavior. They do not share stories, and there is no real reward. There is no way to impress your fellow, and no embarrassment if you fail, or fail to work. The lesson does not take hold because we don’t work this way. A result is that US education as we know it is in for a dramatic change, but the details are sill a little fuzzy.
As best I can tell, our universities managers do not realize the failure of this education mode, or the choose to ignore it. If they were to admit defeat, they would lose their job. They can also point to a sort of artificial success, as when an accomplished programmer learns a bit more programming, or when an accomplished writer learns a new trick, but that’s not real education, and it certainly isn’t something most folks would pay $50,000 per year for.
Harvard University claims it will be entirely on-line next year, and that it will charge the same. We will have to see how that works for them. You still get the prestige of Harvard, though you can no longer join the crew team, or piss on the statue of John Harvard. My guess is that some people will put up with it, but not at that price. Why pay $50,000 — the equivalent of over $100/hour when you can get a complete set of DVDs on the material for $100, and a certificate. Without the physical pain or rowing, or the pleasure of pissing, there is no real connection to your fellow student, and a lot of the plus of Harvard is that social connection.
On line education isn’t strange; it just isn’t education.
I expect the big mid tier colleges to suffer even more than the great schools. I don’t expect 50,000 students to pay $40,000 each to go to virtual Indiana State. Why should they? Trade-schools may last, and mini-colleges, those with a few hundred students, that might be able to continue in a version of the old paradigm, and one-on-one or self-learning. This worked for Lincoln, and Washington; for Heraclitus and for Diogenes. Self study and small schools are good for self-reflection and refinement. The format is different from on-line, more question and answer. Some folks will thrive, others will flounder — Not everyone learns the same– but the on-line university will die. $40k of student debt for on-line lectures followed by an on-line, virtual graduation? No, thank you.
The reason that trade schools will work, even in a real of COVID, is they never focussed as much on personal interaction, but more on the interaction between your hands and your work. This provides a sort of reality check that doesn’t exist in typical on-line eduction. If your weld breaks, or your pipe leaks, you see it. Non-trade school, on-line eduction suffers by comparison, since there is no reality in the material. Anything can be shown on screen. My undergrad college, a small one, Cooper Union, used something of a trade school approach. For example, you learned control theory while sitting underneath a tank of water. You were expected to control the water height with a flow controller. When you got the program wrong, the tank ran dry, or overflowed, or did both in an oscillatory way. I can imagine that sort of stuff continuing during COVID lockdowns, but not as an on-line experience.
It seems to me that the protest and riots for Black Lives serve as a sort of alternative college, for the same type of person. It relieves the isolation, and provides a goal. My mother-in-law spent her teenage years in Ravensbruk concentration camp, during the holocaust, and my father-in-law survived Auschwitz. They came out scarred, but functional. They survived, I think, because of a goal. A recognition that the they were alive for a reason. My mother-in-law helped her sister survive. For many these days, ending racism by, tearing down statues is the goal. The speeches are better than in on-line colleges., you get the needed physical and social interaction, and you don’t spend $50,00 per year for it.
Robert Buxbaum July 24, 2020. These are my ramblings based in part on my daughter’s experience finishing college with 4 months of on-line eduction. The next year should see a shake-out of colleges that are not financially sound, I expect.
There have been a dozen attempts to tear down the statue of Andrew Jackson outside the Whitehouse. Most of these appear to have been done by white people, supporters of “Black Lives Matter,” or BLM. BLM vandals were more successful destroying statues of Columbus, Lee, Washington, Jefferson, Roosevelt, Lincoln, Saint Louis, and Christian Heg, an anti-slavery activist of the 1800s, — he was a white guy. Graves are spray painted BLM, stores have been vandalized and looted, people have been killed, and at least one “cop free autonomous zone” set upin Seattle. No police allowed, no fire fighters allowed. At least one murder. Policing by a BLM warlord. So who are the BLM vandals running these activities, and who are their supporters?
Graves vandalized with Black Lives Matter, and with BLM Floyd. The vandals prepared, bringing spray paint to the cemetery, but there is no sense they were helping black people.
To my observation the BLM activist-vandal is not typically black, nor illiterate, nor disadvantaged; nor do they act in a fit of anger. The tools of destruction, bricks, spray paint, chains torches, and firebombs are brought home, often many miles away. Bricks are left in buckets are key locations for ready use in the demonstration. Many of the activists are white, often women, literate, liberal, socially secure, and self-satisfied. Two lawyers, one a Princeton graduate, were among those throwing firebombs in a Jewish section of Brooklyn, last week. They were acting for social justice in Palestine, they say. Another pair of bomb-throwers were two sisters white, from upstate NY who traveled to Brooklyn to throw a gasoline bomb into a police care with four officers. Her motivation, she says, social injustice — certainly not for the innocent policemen.
There is rarely any connection between the destruction and any positive help to black people nor is there any direct relationship to George Floyd, killed by cruel police. Why behead the statue of Columbus, or burn this statue of an elk? Even the fire-bombing lawyers had trouble explaining the relationship between their bombing of a police car in Brooklyn and the motivating causes, police brutality and ending the zionist presence in Palestine, for these particular two. So why burn a car, topple a statue, or loot a store, or burn an elk? As best I can tell, it’s because these things are big, available, and minimally guarded. If someone steps out to defend their property, the vandals leave, or snuck around to sucker-punch from behind, leaving quickly afterward, before the police get there.
The vandals do not act out of rage either, but with malice and fore-thought. It takes a lot of organization to show up with working fire-bombs, bricks, or with spray paint for that matter. Neither of these items is available at stores near the demonstrations. And taking down a statute requires more. The vandals bring strong ropes, chains, and cutting torches. Check out this video of an attempt on the Andrew Jackson statue, and note the organization of labor and that virtually everyone here is white.
Samantha Shader, traveled to Brooklyn with gasoline bombs and through one into a police car with 4 officers inside. None died. She’s not black, uneducated, or oppressed, Just bored, and angry.
Whether they succeed or not, the vandals are proud of their activities. They brag to the press and often post videos. Publicity is part of the motivation, but it sometimes leads to capture. Samantha Shader, throwing a gasoline bomb, was caught because of her own bragging video.
When caught, the BLM vandal immediately appeals for his or her rights, and is often bailed out by the politicians who claim to deplore violence. They blame the very folks they’d harmed too, and claim it was justice to destroy the statue, or the Jewish or black-owned store. The black store owner is an uncle Tom, the Jewish synagog a symbol of oppression, and they see themselves as white saviors, white knights and revolutionaries, destroying offensive symbols of other folks success. It’s only other people’s stuff that’s offensive to them, by the way. I’ve yet to see any of the BLM vandals destroy their own cars or homes.
As bad as the actual vandals are, in a sense the politicians who support them are worse, spurring them, then sitting judgement on the BLM wrongs. The politicians, liberal, often white women, praise the BLM vandal leaders, and help the raise money for them. They ascend the podium with the worst of the BLM vandal leaders, proclaiming, “We’re with you.” “You are right to be angry, and your cause just.” “We are inspired by you.” They say they are against violence, but they eagerly remove the statues that the BLM vandals spray painted — The statue of Columbus in front of Columbus city hall for example, They defund the police — their salaries, retirements, etc. — and give the money to BLM-run organizations. The Biden campaign does more and provides bail money. All this helps honest black people not at all, nor is it good for the cities, but it does provide good press for the politicians, and so far the support for BLM seems to make up for Biden’s habit of touching and sniffing girls’ hair. As for where the BLM money goes, we have little information, but this is what we know. Some will go back to the Democratic party via a BLM program called #WhatMatters2020. Some will go toward Black Liberation education. None is slated to help victims of BLM vandalism, black or white. And this is what passes for political accountability.
Columbus Ohio; Vandals spray paint the statue of Columbus in front of city hall, then the Mayor cleans the statue, and removes it. Which one is the bigger vandal? Do either help black people?
I imagine that I do more for black lives than what BLM does, by my efforts to provide clean water and better sewage, for example. Another thing we might do, if we thought black lives really mattered would be to change the laws that put black people behind bars for minor crimes, e.g. pot sales. Recreational pot use is legal in much of the US, but black people are emprissoned in large numbers, because the sale is illegal unless you have special licenses. and black people never can get the license to sell legally. I don’t think defunding the police is a road to help black people, certainly not when the money goes to Black Liberation education and statue removal. It seems that black lives don’t matter at all to either the BLM vandals, or the fire-bombers, or to the politicians,, and they never did.
There are several unbelievable assertions surrounding the Kennedy assassination, leading many to conclude that Oswald could not have killed Kennedy alone. I believe that many of these can be answered once you realize that Oswald used an Italian gun, and not a US gun. Italian engineering differs from our in several respects that derive from the aesthetic traditions of the countries. It’s not that our engineers are better or worse, but our engineers have a different idea of what good engineering is and thus we produce designs that, to an Italian engineer, are big, fat, slow, and ugly. In our eyes Italian designs are light, fast, pretty, low-power, and unreliable. In the movie, Ford vs Ferrari, the American designer, Shelby says that, “If races were beauty contests, the Ferrari would win.” It’s an American, can-do, attitude that rings hollow to an Italian engineer.
Three outstanding questions regarding the Kennedy assassination include: How did Oswald fire three bullets, reasonably accurately in 5 to 8 seconds. How did he miss the limousine completely on the first, closest shot, then hit Kennedy twice on the next two, after previously missing on a close shot at retired general, Edwin Walker. And how could the second shot have gone through Kennedy’s neck, then through his wrist, and through Connolly twice, emerging nearly pristine. I will try to answer by describing something of the uniquenesses of the gun and bullets, and of Italian engineering, in general.
Oswald cartridge.
The rifle Oswald used was a Modello 91/38, Carcano (1938 model of a design originally used in 1891) with an extra-long, 20.9″ barrel, bought for only $19.95 including a 4x sight. That’s $12.50 for the gun, the equivalent of $100 in 2020). The gun may have been cheep, but it was a fine Italian weapon: it was small, fast, pretty, manual, and unreliable. The small size allowed Oswald to get the gun into the book depository without arousing suspicion. He claimed his package held curtain rods, and the small, narrow shape of the gun made the claim believable.
The first question, the fast shooting, is answered in part by the fact that loading the 91/38 Carcano rifle takes practice. Three American marksmen who tried to duplicate the shots for the Warren commission didn’t succeed, but they didn’t have the practice with this type of gun that Oswald had. The Carcano rifle used a bolt and clip loading system that had gone out of style in the US before WWI. To put in a new shell, you manually unlock and pull back the bolt. The old casing then flies out, and the spring–clip loads a new shell. You then have to slam the bolt forward and lock it before you can fire again. For someone practiced, loading this way is faster than with a semi-automatic. To someone without practice it is impossibly slow, like driving a stick shift car for the first time. Even with practice, Americans avoid stick shift cars, but Italians prefer them. Some time after the Warren report came out, Howard Donahue, an American with experience on this type of rifle, was able to hit three moving targets at the distance in 4.8 seconds. That’s less than the shortest estimate of the time it took Oswald to hit twice. Penn of Penn and Teller recreates this on TV, and shows here that Kennedy’s head would indeed have moved backward.
Oswald’s magic bullet, shot two.
That Oswald was so accurate is explained, to great extent by the way the sight was mounted and by the unusual bullets. The model 38 Carcano that Oswald bought fired light, hollow, 6.5×52mm cartridges. This is a 6.5 mm diameter bullet, with a 52 mm long casing. The cartridge was adopted by the Italians in 1940, and dropped by 1941. These bullets are uncommonly bullet is unusually long and narrow (6.5 mm = .26 caliber), round-nosed and hollow from the back to nearly the front. In theory a cartridge like this gives for greater alignment with the barrel., and provides a degree of rocket power acceleration after it leaves the muzzle. Bullets like this were developed in the US, then dropped by the late 1800s. The Italians dropped this bullet for a 7.5 mm diameter version in 1941. The 6.5 mm version can go through two or three people without too much damage, and they can behave erratically. The small diameter and fast speed likely explains how Oswald’s second shot went through Kennedy and Connolly twice without dong much. An American bullet would have done a lot more damage.
Because of the light weight and the extra powder, the 6.5 mm hollow bullet travels uncommonly fast, about 700 m/s at the muzzle with some acceleration afterwards, ideally. Extra powder packs into the hollow part by the force of firing, providing, in theory, low recoil, rocket power. Unfortunately these bullets are structurally weak. They can break apart or bend and going off-direction. By comparison the main US rifle of WWII, the M1, was semi-automatic, with bullets that are shorter, heavier, and slower, going about 585 m/s. Some of our bullets had steel cores too to provide a better combination of penetration and “stopping power”. Only Oswald second shot stayed pristine. It could be that his third shot — the one that made Kennedy’s head explode — flattened or bent in flight.
Oswald fragment of third bullet. It’s hollow and seems to have come apart in a way a US bullet would not.
The extra speed of Oswald’s bullets and the alignment of his gun would have given Oswald a great advantage in accuracy. At 100 yards (91 m), test shots with the rifle landed 2 1⁄2 to 5 inches high, within a 3-to-5-inch circle. Good accuracy with a sight that was set to high for close shot accuracy. The funky sight, in my opinion , explains how Oswald managed to miss Walker, but explains how he hit Kennedy accurately especially on the last, longest shot, 81 m to Kennedy’s head
Given the unusually speed of the bullets (I will assume 750 m/s) Oswald’s third shot would have taken 0.108 s to reach the target. If the sight were aligned string and if Kennedy were not moving, the bullet would have been expected to fall 2.24″ low at this range, but given the sight alignment we’d expect him to shoot 3-6″ high on a stationary target, and dead on, on the president in his moving vehicle. Kennedy was moving at 5 m/sand Oswald had a 17° downward shot. The result was a dead on hit to the moving president assuming Oswald didn’t “lead the shot”. The peculiarities of the gun and bullets made Oswald more accurate here than he’d been in the army, while causing him to miss Walker completely at close range.
comparison of the actual, second shot, “magic bullet,” left, with four test-shot bullets. Note that one of the test bullets collapsed, two bent, and one exploded. This is not a reliable bullet design.
We now get to the missed, first shot: How did he miss the car completely firing at the closest range. The answer, might have to do with deformation of the bullets. A hollow base bullet can explode, or got dented and fly off to the side. More prosaically, it could be that he hit a tree branch or a light pole. The Warren commission blamed a tree that was in the way, and there was also a light pole that was never examined. For all we know the bullet is in a branch today, or deflected. US bullets would have a greater chance to barrel on through to at least hit the car. This is an aspect of Italian engineering — when things are light, fast, and flexible, unusual things happen that do not expect to happen with slow, ugly, US products. It’s a price of excellence, Italian style.
Another question appears: Why wasn’t Oswald stopped when the FBI knew he’d threatened Kennedy, and was suspected of shooting at Walker. The simple answer, I think, is that the FBI was slow, and plodding. Beyond this, neither the FBI nor the CIA seem to have worried much about Kennedy’s safety. Even if Kennedy had used the bubble top, Oswald would likely have killed him. Kennedy didn’t care much for the FBI and didn’t trust Texas. Kennedy had a long-running spat with the FBI involving his involvement with organized crime, and perhaps running back to the days when Kennedy’s father was a bootlegger. His relation with the CIA was similar.
The Mateba, Italian semi-automatic revolver, $3000, available only in 357 Magnum and 44 magnum.
I should mention that the engineering styles and attitudes of a country far outlast the particular engineer.We still make big, fat, slow, ugly cars — that are durable and reasonably priced. Germans still overbuild, and Italian cars and guns are as they ever were: beautiful, fast, expensive, and unreliable. The fastest production car is Italian, a Bugatti with a top speed of 245 mph; the fastest rollercoaster is at Ferrari gardens, 149 mph, and in terms of guns, let me suggest you look at the Mateba, left, a $3000 beautiful super fast semi-automatic revolver (really), produced in Italy, and available in 357 magnum and .44 magnum only . It’s a magnificent piece of Italian engineering beautiful, accurate, powerful, and my guess is it’s unreliable as all get out. Our, US pistols typically cost 1/5 to 1/10 as much. A country’s cars, planes, and guns represent the country’s aesthetics. The aesthetics of a county changes only slowly, and I think the world is better off because of it
Robert Buxbaum, February 14, 2020. One of my favorite courses in engineering school, Cooper Union, was in Engineering Aesthetics and design.
One remarkable thing about Shakespeare’s plays is how varied they are. There are comedies and tragedies; histories of England, and of Rome, musings on religion, and on drink, and lots of cross-dressing. He wrote at least thirty seven plays between 1590 and 1613, alone or as a major collaborator, and the chart below gives a sense of the scope. I have seen less than half of these plays, so I find the chart below both useful and humorous. The humor of the chart is partly that it presents the common man (us) access to the godly (Shakespeare). That access is the root of the best comedy, in my opinion. Shakespeare also has a comic dog, some total idiots, comic violence to women, and a few other cringeworthy laugh-getters, but we’ll not mention those; it’s low comedy. You’ll notice that Merchant of Venice is listed here as a comedy; I think it was seen that way by Shakespeare. The hero of the play in my opinion, is a woman, Portia, who outsmarts all others by her legal genius at the end. Tragedy is when the great individual can not access great things. At least that’s how I see it. As for History; it’s been said, that it starts as tragedy, and ends as comedy. Shakespeare’s histories include some of each. And as for our, US history, Lincoln was tragedy, like LBJ; Truman was comedy, and Andrew Jackson too. And, as for Trump, who knows?
A Shakespeare collaboration. The collaborator, Fletcher, is cited by name.
Ms Gosling’s graphic, wonderful as it is, lists some but not all of Shakespeare’s collaborations. Two listed ones, “Henry VIII,” and “The Two Noble Kinsmen” were with John Fletcher. The cover shown at right, shows Fletcher named as first author. Since Fletcher outlived Shakespeare and took over the company after his death, I’ll assume these are later plays.
“Henry IV, part 1” is thought to be from Shakespeare’s early career, and seems to have been a mass collaboration: something written by a team the way situation comedies are written today. And “Pericles, Prince of Tyre,” listed near the bottom right, seems to have been a mid-career collaboration with George Wilkins. At least four of Shakespeare’s collaborations don’t appear at all in the graphic. “Edward III” and “The Spanish Tragedy”, appear to have been written with Thomas Kyd, likely early in Shakespeare’s career. Perhaps Gosling felt they don’t represent the real Shakespeare, or perhaps she left them off because they are not performed often. Another collaboration, “Sir Thomas More” (an intentional misspelling of Moore?), is well regarded today, and still put on. An existing manuscript includes 300+ lines written in Shakespeare’s hand. Still, Shakespeare’s main contribution seems to have been editing the play to get it past the censors. Finally, “Cardenio,” is a lost play, likely another collaboration with Fletcher. It got good reviews.
The cool thing about Shakespeare’s play writing, in my opinion, is his willingness to let the characters speak for themselves. Even characters who Shakespeare doesn’t like have their say. They speak with passion and clarity; without interruption or mockery. Writing this way is difficult, and most writers can’t avoid putting themselves and their opinions in the forefront. I applaud Ms Gosling for making Shakespeare accessible. Here’s this month’s issue of her blog, GoodTickleBrain.
Robert Buxbaum, June 26, 2019. As a side note, Shakespeare appears to have been born and died on the same date, April 23; in 1564 and 1616, respectively.
“Riding on the City of New Orleans Illinois Central Monday morning rail Fifteen cars and fifteen restless riders Three conductors and twenty-five sacks of mail All along the southbound odyssey The train pulls out at Kankakee Rolls along past houses, farms and fields Passin’ trains that have no names Freight yards full of old black men And the graveyards of the rusted automobiles…”
Every weekday, this train leaves Chicago at 9:00 PM and gets into New Orleans twenty hours later, at 5:00 PM. It’s a 925 mile trip at a 45 mph average: slow and money-losing, propped up by US taxes. Like much of US passenger rail, it “has the disappearing railroad blues.” It’s a train service that would embarrass the Bulgarians: One train a day?! 45 mph average speed!? It’s little wonder is that there are few riders, and that they are rail-enthusiasts: “the sons of Pullman porters, and the sons of engineers, Ride[ing] their father’s magic carpets made of steel.” The wonder, to me was that there was ever fifteen cars for these, “15 restless riders”.
A sack of mail being picked up on the fly.
I would be happy to see more trips and a faster speed, at an average speed of at least 60 mph. This would require 85 mph or higher between stops, but it would save on salaries, and it would bring in some new customers. But even if these higher speeds cost nothing extra, in net, you’d still need something more to make the trip profitable; a lot more if the goal is to add another train. Air-traffic will always be faster, and the automobile, more convenient. I find a clue to profitability in the fifteen cars of the song and in the sacks of mail.
Unless I’m mistaken, mail traffic was at least as profitable as passenger traffic, and those “twenty-five sacks of mail” were either very large, or just the number on-loaded at Kankakee. Passenger trains like ‘the city of New Orleans’ were the main mail carriers till the late 1970s, a situation that ended when union disputes made it unprofitable. Still, I suspect that mail might be profitable again if we used passenger trains only for fast mail — priority and first class — and if we had real fast mail again. We currently use trucks and freight trans for virtually all US mail, we do not have a direct distribution system. The result is that US mail is vastly slower than it had been. First class mail used to arrive in a day or two, like UPS now. But these days the post office claims 2 to 4 business days for “priority mail,” and ebay guarantees priority delivery time “within eight business days”. That’s two weeks in normal language. Surely there is room for a faster version. It costs $7.35 for a priority envelope and $12.80 for a priority package (medium box, fixed price). That’s hardly less than UPS charges.
Last day of rail post service New York to Washington, DC. .June 30, 1977.
Passenger trains could speed our slow mail a lot, if it were used for this, even with these slow speeds. The City of New Orleans makes this trip in less than a day, with connections available to major cities across the US. If priority mail went north-south in under one day, people would use it more, and that could make the whole operation profitable. Trains are far cheaper than trucks when you are dealing with large volumes; there are fewer drivers per weight, and less energy use per weight. Still there are logistical issues to making this work, and you want to move away from having many post men handling individual sacks, I think. There are logistical advantages to on-loading and off-loading much larger packages and to the use of a system of standard sizes on a moving conveyor.
How would a revised mail service work? I’d suggest using a version of intermodal logistics. Currently this route consists of 20 stops including the first and last, Chicago and New Orleans. This suggests an average distance between stops of 49 Miles. Until the mid 70s, , mail would be dropped off and picked up at every stop, with hand sorting onboard and some additional on-off done on-the-fly using sacks and hooks, see picture above. For a modern version, I would suggest the same number of passenger stops, but fewer mail pick ups and drop offs, perhaps only 1/3 as many. These would be larger weight, a ton or more, with no hand sorting. I’d suggest mail drop offs and pick ups every 155 miles or so, and only of intermodal containers or pods: ten to 40 foot lengths. These containers plus their contents would weigh between 2,500 and 25,000 pounds each. They would travel on flatcars at the rear of the passenger cars, and contain first class and priority mail only. Otherwise, what are you getting for the extra cost?
The city of New Orleans would still leave Chicago with six passenger cars, but now these would be followed by eight to ten flatcars holding six or more containers. They’d drop off one of the containers at a stop around the 150 mile mark, likely Champaign Urbana, and pick up five or so more (they’d now have ten). Champaign Urbana is a major east-west intermodal stop, by the way. I’d suggest the use of six or more heavy forklifts to speed the process. At the next mail-stop, Centralia, two containers might come off and four or more might come on. Centralia is near St. Louis, itself a major rail hub for trains going west. See map below. The next mail stop might be Memphis. Though it’s not shown as such, Memphis is a major east-west rail hub; it’s a hub for freight. A stripped down mail-stop version of passenger train mail like this seems quite do-able — to me at least. It could be quite profitable, too.
Amtrak Passenger rail map. The city of New Orleans is the dark blue line going north-south in the middle of the map.
Intermodal, flat-bed trucks would take the mail to sorting locations, and from there to distribution points. To speed things, the containers might hold pre-sorted sacks of mail. Intermodal trucks might also carry some full containers east and west e.g. from Centralia to St. Louis, and some full flatcars could be switched on and off too. Full cars could be switched at the end, in New Orleans for travel east and west, or in the middle. There is a line about “Changing cars in Memphis Tennessee.” I imagine this relates to full carloads of mail joining or leaving the train in Memphis. Some of these full intermodal containers could take priority mail east and west. One day mail to Atlanta, and Houston would be nice. California in two days. That could be a money maker.
At this point, I would like to mention “super-fast” rail. The top speeds of these TGV’s “Transports of Grande Vitess” are in the range of 160 mph (265 km/hr) but the average speeds are lower because of curves and the need to stop. The average speeds are roughly 125 mph on the major routes in Europe, but they require special rails and rail beds. My sense is that this sort of special-use improvement is not worth the cost for US rail traffic. While 60 -90 mph can be handled on the same rails that carry freight, the need for dedicated track comes with a doubling of land and maintenance costs. And what do you have when you have it? The bullet rail is still less than half as fast as air travel. At an average speed of 125 mph, the trip between Chicago and New Orleans would take seven hours. For business travelers, this is not an attractive alternative to a two hour flight, and it is not well suited for intermodal mail. The fuel costs are unlikely to be lower than air travel, and there is no easy way to put mail on or off a TGV. Mail en-route would slow the 125 mph speed further, and the use of intermodal containers would dramatically increase the drag and fuel cost. Air travel has less drag because air density is lower at high altitude.
Meanwhile, at 60 mph average speeds, train travel can be quite profitable. Energy use is 1/4 as high at 60 mph average as at 120 mph. An increase of average speed to 60 mph would barely raise the energy use compared to TGV, but it would shorten the trip by five hours. The new, 15 hour version of “The City of New Orleans” would not be competitive for business travel, but it would be attractive for tourists, and certainly for mail. Having fewer hours of conductor/ engineer time would save personnel costs, and the extra ridership should allow the price to stay as it is, $135 one-way. A tourist might easily spend $135 for this overnight trip: leaving Chicago after dinner and arriving at noon the next day. This is far nicer than arriving at 5:00 PM, “when the day is done.”
Robert Buxbaum, June 21, 2019. One summer during graduate school, I worked in the mail room of a bank, stamping envelopes and sorting them by zip code into rubber-band tied bundles. The system I propose here is a larger-scale version of that, with pre-sorted mail bags replacing the rubber bands, and intermodal containers replacing the sacks we put them in.
