There are few surviving buildings or monuments to testify to the period in which Berlin was the Nazi capital, when it was to become Welthauptstadt Germania – an Albert Speer-designed world capital of a massively expanded German nation.
The Olympic stadium, site of the 1936 Games, still exists, the disused Tempelhof airport and, most notably, the forbidding former ministry of aviation from which Hermann Göring boasted of dominating the European skies.
It is now the home of the ministry of finance, which many believe dominates Europe in a far more effective manner than the Luftwaffe could ever have done.
For all of history, humans have lived in societies dominated (in numbers at least) by children. By 2060 children will be barely more numerous than any other age group up to 65. And looking after parents and grandparents will be as big a, or a bigger, social requirement as bringing up children and grandchildren. The year 2015 is, roughly, the halfway point in this astounding transformation.
Remember this the next time someone (probably from deep right field) quotes an economist at Florida State!
…. from a Mathematically Literate World. E.g.
Our World: Market Rebounds after Assurances from Fed Chair
Mathematically Literate World: Market Rebounds after Regression to the Mean
Back in 1976, when I got an M.S. in Statistics from Stanford, the dominant interpretation of probability and statistics was the Frequentist view. The alternative Bayesian interpretation was definitely a minority position.
In recent decades the Bayesian view has been gaining ground, especially after the spectacular success of one of its practioners, Nate Silver, in predicting the results of the 2012 U.S. Presidential election. Silver has written an excellent book, The Signal and the Noise: Why So Many Predictions Fail-but Some Don’t, about forecasting. He gives some vivid examples of Bayesian methods.
The main point of Silver’s book is quite clear in the title: Real world data is full of noise. All too often people see some random fluctuation in the data and think that it represents some real pattern. Silver gives examples from many fields, including sports, the stock market, earthquakes, politics, and economics, that show this. In other cases, e.g. weather forecasting and climate change, there is a discernable signal in all of the noise. Silver neatly debunks some of the bad statistical methods used by the deniers of global warning.
Another good book about Bayesian probability is From Cosmos to Chaos: The Science of Unpredictability, by by Peter Coles. Coles assumes a little more comfort with mathematical notation than Silver, but the actual arguments do not require more than algebra. While discussing the history of probability theory from its roots in gambling, he concentrates on physics and astronomy, which also contributed significantly to the development of statistics. He is a strong advocate of Bayesian probability and suggests the Bayesian view avoids some nasty issues in the interpretation of statistical mechanics and quantum mechanics, notably that in
the latter subject there is no reason for the Many Worlds Interpretation. Incidentally, he has also argued that the conventional interpretation of Sherlock Holmes is wrong. See The Return of the Inductive Detective.
The Frequentists vs. Bayesian debate has also made Xkcd. The implication is that some level we are all Bayesians, even if we don’t admit it.