Conspiracies are normal and common

Thursday, July 4th, 2019

Moldbug’s Cathedral is not a conspiracy, Anomaly UK explains:

It makes more sense to say that the Cathedral is the opposite of a conspiracy. It is what you get when there are no conspiracies.

The word “conspiracy” is basically clickbait, but I’m going to stick with it anyway. Be aware, though, that I don’t mean anything really weird by it. The management of any company is a conspiracy, in that the members discuss plans in private and only publicise them if it is advantageous for them to do so. [Smug Misha] pointed out on twitter that HBO were able to keep the secret of the ending of Game of Thrones for months, despite hundreds of people needing to know it to make the episode.

In this sense, conspiracies are normal and common, though not quite as common as they used to be. That was my argument in the earlier piece: that as recently as a decade or so ago, a political party (or at least a faction within it) could agree an agenda in private and make confidential plans to pursue that agenda. That capability seems, since then, to have been lost. The key debates between leading politicians of the same party over what goals should be pursued and what means should be employed to pursue them are carried out in public.

I stand by that point. But on reflection I think it’s a much bigger deal. This is a recent development in a much longer trend. As I wrote yesterday in a comment, the Cathedral is defined by its lack of secrecy. The distinctive role of the universities and the press is to inform the public, and to do so with authoritative status. It is not defined by its ideology. However, its ideological direction is a predictable consequence of its transparency. A public competition for admiration causes a movement to the extreme: the most attractive position is the one just slightly more extreme than the others. This is the “holiness spiral”.

The breakdown of conspiracy, then, is not just a phenomenon of the last decade that has given us Trump and so on. It is the root cause of the political direction of the last few centuries.

What is the cause of the breakdown of conspiracy? If I had to guess and point at one thing it would be protestantism. That, after all, was largely a move to remove the secrecy from religion. Once democracy got going, that removed much more secrecy. But it’s still an ongoing process: democracy until recently was mediated by non-public formal and informal institutions. The opening of the guilds can be seen as part of the same trend. Many of the things I have written about in the past may be related — the decline in personal loyalty, for example.

That produces a feedback loop — a belief in equality and openness brings more decision-making into the public sphere, which leads to holiness spirals, which leads to ever increasing belief in equality and openness. But it seems to me that the openness comes first, and the ideology results from it. The Cathedral is a sociological construct, not an ideological one.

[...]

However, the actual powers of the state were immediately in the hands of the civil service and political parties, who were not transparent, and exerted a moderating influence. There were self-perpetuating groups of powerful people — conspiracies — who could limit the choices open to the electorate and therefore slow the long-term political trends driven by the Cathedral. Today, as a result of internal democracy in political parties (particularly in the UK, a very recent development), and of unmediated channels of communication, those conspiracies have been broken open. A politician today is fundamentally in the same business as a journalist or a professor — he is competing for status by means of public statements. The internal debates of political parties are now public debates. In the past, in order to become a politician, other politicians had to accept you. Now you can be a TV star or a newspaper columnist today, and be a politician tomorrow. The incumbents can’t quietly agree to stop you, any more than they could quietly agree to have pizza for lunch.

Lounging about his sitting-room in his dressing-gown, reading the agony column

Wednesday, July 3rd, 2019

I was listening to Stephen Fry’s narration of “The Adventure of the Engineer’s Thumb,” when Watson finds Holmes lounging about his sitting-room in his dressing-gown, reading the agony column of The Times and smoking his before-breakfast pipe.

But what’s an agony column? A simple Google search gives this definition:

a column in a newspaper or magazine offering advice on personal problems to readers who write in.

Sherlock Holmes reads the advice column? Well, not so fast. Wikipedia briefly notes that it can refer to a column of a newspaper that contains advertisements of missing relatives and friends. I had no idea such a thing existed, but I can certainly see why that would draw the attention of the famous consulting detective.

The agony column did in fact originate with The Times. I found a collection of columns from 1800-1870:

Agony Column

I suppose a modern Holmes would check the missed connections on Craig’s List.

This broken gene may explain humans’ endurance

Tuesday, July 2nd, 2019

A “broken” gene may explain humans’ endurance:

Some clues came 20 years ago, when Ajit Varki, a physician-scientist at the University of California, San Diego (UCSD), and colleagues unearthed one of the first genetic differences between humans and chimps: a gene called CMP-Neu5Ac Hydroxylase (CMAH). Other primates have this gene, which helps build a sugar molecule called sialic acid that sits on cell surfaces. But humans have a broken version of CMAH, so they don’t make this sugar, the team reported. Since then, Varki has implicated sialic acid in inflammation and resistance to malaria.

In the new study, Varki’s team explored whether CMAH has any impact on muscles and running ability, in part because mice bred with a muscular dystrophy–like syndrome get worse when they don’t have this gene. UCSD graduate student Jonathan Okerblom put mice with a normal and broken version of CMAH (akin to the human version) on small treadmills. UCSD physiologist Ellen Breen closely examined their leg muscles before and after running different distances, some after 2 weeks and some after 1 month.

After training, the mice with the human version of the CMAH gene ran 12% faster and 20% longer than the other mice, the team reports today in the Proceedings of the Royal Society B. “Nike would pay a lot of money” for that kind of increase in performance in their sponsored athletes, Lieberman says.

The team discovered that the “humanized” mice had more tiny blood vessels branching into their leg muscles, and — even when isolated in a dish — the muscles kept contracting much longer than those from the other mice. The humanlike mouse muscles used oxygen more efficiently as well. But the researchers still have no idea how the sugar molecule affects endurance, as it serves many functions in a cell.

The true identity of this snake has been a puzzle

Monday, July 1st, 2019

I’ve been listening to Stephen Fry’s narrations of the Sherlock Holmes stories, and I came to “The Adventure of the Speckled Band,” where the murder weapon is — spoiler alert! — a swamp adder:

The name swamp adder is an invented one, and the scientific treatises of Doyle’s time do not mention any kind of adder of India. To fans of Sherlock Holmes who enjoy treating the stories as altered accounts of real events, the true identity of this snake has been a puzzle since the publication of the story, even to professional herpetologists. Many species of snakes have been proposed for it, and Richard Lancelyn Green concludes the Indian Cobra (Naja naja) is the snake which it most closely resembles, rather than Boa constrictor, which is not venomous. The Indian cobra has black and white speckled marks, and is one of the most lethal of the Indian venomous snakes with a neurotoxin which will often kill in a few minutes. It is also a good climber and is used by snake charmers in India. Snakes are deaf in the conventional sense but have vestiges to sense vibrations and low-frequency airborne sounds, making it remotely plausible to signal a snake by whistling.

In The Adventures of Sherlock Holmes and Dr. Watson, the deafness inconsistency (while not the others) was solved by Dr. Roylott (suspecting the deafness of snakes) softly knocking on the wall in addition to whistling. While snakes are deaf, they are sensitive to vibration.

Bitis arietans from Africa, Russell’s viper and saw-scaled viper also bear resemblance to the swamp adder of the story, but they have hemotoxin — slow working venoms.

The herpetologist Laurence Monroe Klauber proposed, in a tongue-in-cheek article which blames Dr. Watson for getting the name of the snake wrong, a theory that the swamp adder was an artificial hybrid between the Mexican Gila monster (Heloderma suspectum) and Naja naja. His speculation suggests that Doyle might have hidden a double-meaning in Holmes’ words. What Holmes said, reported by Watson, was “It is a swamp adder, the deadliest snake in India”; but Klauber suggested what Holmes really said was “It is a samp-aderm, the deadliest skink in India.” Samp-aderm can be translated “snake-Gila-monster”: Samp is Hindi for snake, and the suffix aderm is derived from heloderm, the common or vernacular name of the Gila monster generally used by European naturalists. Skinks are lizards of the family Scincidae, many of which are snake-like in form. Such a hybrid reptile will have a venom incomparably strengthened by hybridization, assuring the almost instant demise of the victim. And it will also have ears like any lizard, so it could hear the whistle, and legs and claws allowing it to run up and down the bell cord with a swift ease.