Quotulatiousness

June 14, 2016

Beyond The Genocide – Armenia in WW1 I THE GREAT WAR Special

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

Published on 13 Jun 2016

The region of Armenia was a play ball between the interests of Russia and the Ottoman Empire long before World War 1. But the Armenian people were striving for self determination like the peoples all across Europe were doing too. In our special episode we take a look at the struggle of the Armenians beyond the Armenian Genocide.

Early Christian Schisms – II: The Woes of Constantine – Extra History

Filed under: Europe, History, Religion — Tags: , — Nicholas @ 02:00

Published on 7 May 2016

Constantine had restored full rights to Christians in the Roman Empire with the Edict of Milan, but he did not expect theological debates to divide the church. Conflict between the orthodox church and both the Donatists and the Arians drew him to intervene.
____________

Disclaimer: This series is intended for students, to give them a broad overview of a complicated subject that has driven world history for centuries. Our story begins and focuses on Rome.

Constantine had gained control of the Roman Empire, its first Christian emperor, and he restored full rights to people of the Christian faith with the Edict of Milan. But his generosity immediately raised a question: what did the church do with so-called traditors, who had renounced the Christian faith during the days of persecution and now wanted to return? The Roman Church demanded they be restored, because the doctrine of penance declared that anyone could repent for any sin, no matter how grievous. But in North Africa, one group was outraged when a traditor named Caecilian was not only restored to the faith but elected Bishop of Carthage. They refused to accept him and elected their own bishop, Donatus, instead. Donatus performed the role of a bishop without official church authority and he insisted on re-baptizing traditors in contradiction to the doctrine of penance. The church wanted to put him on trial, but since Donatus had rebelled against the people calling for his trial, he didn’t believe it would be a fair trial. He wrote Constantine asking for help and the emperor decided to intervene, setting a dangerous precedent for imperial involvement in affairs of the church. Over a series of several trials, church leaders continued to condemn Donatus and he continued to ask Constantine for retrials until the emperor grew fed up and washed his hands of the matter. The unrepentant Donatists went on to become a splinter church that divided North Africa for centuries. Around the same time, a bishop named Arius had begun to teach a view on the nature of the Father and the Son which contradicted the trinitarian belief in co-equal and co-substantial natures. The Bishop of Alexandria excommunicated him when his teachings attracted too many followers and again threatened to split the church. Since the debates continued to rage, Constantine sent a cleric to try and broker peace between the two sides – but the cleric he sent was a strident trinitarian who only tried to put down the Arian sect and sparked riots instead. That cleric attempted to call a local council to resolve the matter, but Constantine – well aware by now that his representative was probably laying a trap for the Arians – suggested instead that a universal council of bishops from across the empire be called together at Nicea.

QotD: Romantic love … what is it for?

Filed under: Health, Quotations, Science — Tags: , , — Nicholas @ 01:00

It’s all about the encephalization, really. Millions of years ago our hominid ancestors stumbled onto a novel adaptive strategy: be smart, adaptable, and capable of learning rather than purely instinct-driven. Make tools; use fire; invent language.

This strategy required much, much more of our nervous systems. Because intelligence was in fact a winning strategy, we were selected for growing more complex brains capable of doing more information processing. But increasing the logic density of brains is hard; there probably isn’t a path to it through the design space that is rapidly exploitable by small point mutations. So selective pressure made our brains larger, instead.

The fossil record shows that the hominid line encephalized at a breakneck speed compared to the usual leisurely pace of evolutionary change. This had huge consequences; much of human biology is a series of hacks and kluges to support that encephalization, often in stupidly suboptimal ways.

The one that’s relevant here starts from the limited width of the birth canal. Limited, that is, by the pelvic girdle surrounding it. A skull that’s too large won’t fit through. Therefore, the genetic lines that survived were those in which babies are born with small skulls but the ability to grow them much larger by maturity. (And even so, the size of a baby’s skull pushes that limit pretty hard; this is why birth is so much more difficult and dangerous for human females than it is for other primates).

That design (be born with a small skull and upgrade it outside the womb) implied a long juvenile period between birth and physical maturity. In fact the human brain doesn’t completely finish configuring and rewiring itself until around age 25. And the long juvenile period probably also explains the exceptionally long human lifespan; whatever had to be altered in the development clock to defer stabilization into the final adult configuration probably also delayed the inset of senescence. (Direct evidence for this theory is the rare disease “progeria”).

And the dominoes kept falling. The long juvenile period implied offspring that would be incapable of fending for themselves for an unprecedently long time – on the order of decades rather than the few months to a year typical for other mammals. Consequently the selective value of extended cooperation between the parents went way, way up relative to even our nearest animal kin.

Romantic love works as an an evolved mechanism for keeping mated pairs cooperating long enough to raise multiple children. Here again, selection favors those who love more because they get to launch more offspring. We are, in fact, made to fall in love – and it would only be surprising if the mechanism for establishing it were not simple, robust, and easily triggered.

Eric S. Raymond, “Love is the simplest thing”, Armed and Dangerous, 2015-01-15.

Powered by WordPress