The Map of Critical Thinking and Modern Science
Jamie noticed an interesting map of
critical thinking and science done in a sort of subway style. You can track Newton and Einstein and Tesla and so on. It's actually pretty interesting to navigate.
This map at first glance appears to be decidedly western individuals only.
My work here is dung.
Very similar to "The Great Bear" by Simon Patterson
is Glenn Beck on the map?
Yours In Osh,
K. Trout
I tried using my iPhone's Map app's "use current location" feature, but instead of placing me somewhere on that map of critical thinking and science it took me back here to /.
Do all destinations in this map equal 42?
Take Nobody's Word For It.
ALL ABOARD THE LOGIC TRAIN!!
This needs more cowbell!!!
It's done in the style of the london tube map:
http://images.intolondon.com/images/intolondon/transport-maps/london-underground-tube-map.gif
I realize this map is intended to be pretty much science-only, but if that's the case, can you please leave off the "reason and critical thinking" part? It kind of raises my hackles a bit when a document claims to list prominent personalities in the history of critical thought and leaves off such basic people as, I don't know, Plato and Aristotle. If you plot Western thought on a Tube map they're Paddington Station. I could go on with a pretty massive list of non-empirical non-mathematicians, but let's just stick with those two to avoid confusion.
Gauss should be on the physics line too, after all Gauss' law is one of maxwell's equations.
Eugenics! Fascism! Communism! Capitalism! Segregation! Anti-Desgregation! Anti-Environmentalism! Anti-Abortion! Free Love! Free Drugs! The Drug War! Abstinence Only!
Ok, I'm running out of exclamation marks.
Women always seem to say they can do anything as well as the men - so I guess women always have, and still are, choosing to not be good at science. What troubles me the most, is that even in the current generation, where the girls are fare much better in our school systems - none of that intellectual potential goes into moving the frontiers of the hard sciences.
Run with the lemmings, and you'll get your feet wet.
Not the proper graphics metaphor. Plus its too convoluted to fit it on a page.
This map have a clear message for all humanity: You need a bigger screen.
Someone has too much time on their hands.
Modern science and critical thinking are OPPOSITES!
I don't see Alonzo Church or Stephen Kleene. Or Noam Chomsky, for that matter.
No folly is more costly than the folly of intolerant idealism. - Winston Churchill
Crispian Jago is also the creator of the awesome "Periodic Table of Irrational Nonsense" T-Shirt that I was wearing when a nice husband and wife pair of Baptists stopped by to invite me to their church. Uncomfortable!
Tiller's Rule: Never use a word in written form that you've only heard and never read. You will end up looking foolish.
I got the map, but it looked to be getting slashdotted when I did (at around 30 comments in), and no wonder! A 2882.62 KB, 4450px × 2737px image on the front page of /.? Tsk, tsk, tsk.
You can't take the sky from me...
What about psychoanalytic? Is not this the greatest and newest science ever made in human history since some 100 years ago???
Critical thinking and science is about ideas, not people. I do not care for the name of an inventor or of a discoverer, I care about what they actually did. Hubble is the name of an effect, not of an astronomer.
I would prefer a tech-tree, a la Civilization, with more details and updated to the latest discovery than a list of people the author of the map felt were important.
The Wise adapts himself to the world. The Fool adapts the world to himself. Therefore, all progress depends on the Fool.
I can't find Ziggy and his, You Are Here, sign.
Any map that puts Neil DeGrasse Tyson and Brian Cox at antipodes is bollocks.
Astronomy and physics are more intimately related than most sciences, and should come out at almost the same point, not carry unsuspecting travellers to opposite ends of the map.
Looking at the rest of it, graphically it's confusing and randomly connected rather than insightfully linked.
Someone had a spreadsheet full of names in columns by college major and sorted by date, and they hung it on a colorful template. Which didn't fit so they wrapped the data around in a spiral, just like a ...subway system....?
Weren't we just discussing the fact that PowerPoint makes you stupid?
All these posts and no one has suggested a quick game of Mornington Crescent yet.
While interesting as artwork, I don't feel that this map really adds much value as a tool to help us derive meaning from the content. I don't think Edward Tufte would rate it very highly.
While I'm sure it was difficult to compile and put this together, I find some of the very basic omissions of this work surprising. Einstein wasn't a major contributor to astronomy? Really?
Some people are listed on multiple tracks. So for example Emmy Noether is listed for both math and physics. But other decisions seem questionable. For example, I'm not at all convinced that Einstein should be listed for both math and physics rather than just physics. Similarly Sheldon Glashow is listed as both math and physics whereas I'd put him down almost completely as physics. But Riemann only gets math and no physics? What's up with that? And there are also some odd choices to leave out. For example, G.H. Hardy is not included at all (presumably would go in both the math and natural history lines). There are also a lot of gaps in the math line in the last few years. The different lines seem to also end in slightly different times. The physics end has a fair number of fairly young physicists but the math end lacks Terry Tao for example (in fact the math line seems to be very sparse over the last few years). I'd be very curious as to how they made their various decisions for whom to include or not.
Rene Descartes and Blaise Pascal were both also philosophers in addition to being mathmaticians. I don't know why the paths diverge there and do not include them in both.
A Map of their theories and discoveries, and how long the theories lasted might be very interesting. A lot of the theories they put forward were wrong, or were superceded by theories based on later experiments and discoveries. An example is the debate about whether light is a wave or a particle. While we still use those terms, they don't really describe electromagnetic energy, quantum mechanics does a better job. So how long a physist's or chemist's work stood up and what superceded it would be a very interesting map of ideas.
Objective scoring of importance can be problematic, although algorithms exist (for example, Google's PageRank for scoring webpages, automated methods of assigning importance to authors based on patterns of citation, or even Erds number ;-). In this case, though, incorrect scope is more important than scoring errors.
The diagram's creator admits that he chose some merely popular individuals in addition to significant scientists, but let's suppose that we are trying to determine which events or persons are historically significant and those whose importance is merely transient. Imagine the importance (by some standard) of an individual or event as a (locally linear) function of time in a certain time window. Forgive the conceit of calling this an importance function.
Picking an appropriate time window is essential. When the sun supernovas, the entire history of this world will be erased, so the importance function of any terrestrial event is transient on a scale of billions of years. Any non-trivial importance function will be non-zero at some point, and so, by viewing such an object in a sufficiently brief window, it will appear non-transient (We have assumed local linearity.). In other words, the significance of an event depends both upon its importance and the time period used to evaluate that significance.
Further, let us assume that we estimate importance based on empirical data. Due to causality, observations of the future are not possible, so the latest possible upper bound of any time window is the present. Likewise, there are no observations of a given event before it occurs, so the earliest useful lower bound of a time window is the time at which the event occurs. To restate, the time window used to evaluate significance is constrained by both the time at which the event occurs and the time at which the evaluation occurs.
The preceding analysis is simply a formal way of stating that the historical significance of recent events and persons cannot be determined. The insight is the reason for this: only local characteristics of the importance function are available and only in a small interval, thus the long-term behavior of the importance function cannot be predicted.
Applying this to the specific topic of discussion, Phil Plait might well be felled by acute disease, natural disaster or random crime tomorrow and his importance function would drop suddenly. To be fair to Phil, let's imagine sudden success as well as tragedy. Perhaps tomorrow he will publish a paper that proves responsible for a new paradigm in cosmology and astronomy. Unfortunately Don Herbert has died, but the future of his legacy is also uncertain. Perhaps he will be eclipsed by Bill Nye or someone similar. The difference between Phil and Don is that there is evidence of Mr. Wizard's importance in previous decades, while Bad Astronomy is less than 10 years old. Of course, neither of them is comparable to scientists whose work has been influential for centuries or millennia.
Significance being related to uniqueness, it seems reasonable to assume the significance of an event of a certain type is a decreasing function of the number of events of that type (ceteris paribus). Then, it's natural that significant events are much rarer than insignificant events, which is intuitive. While the current popular interest in an event or person may be the best estimate of its short-term popularity, in light of the previous statement, we can see that most events in question will be revealed as historically insignificant in the future. Perhaps it is an unwitting assumption that popular interest will continue unchanged that accounts for the widely seen overestimation of the importance of the status quo. The article's author seems to share this bias with modern popular culture.
Use of the words "good", "bad" or "evil" is almost invariably the result of oversimplification.
"The map primarily includes modern scientists who have made significant advances to our understanding of the world, however I have also included many present day scientists who fuel a passion for, and advances in, science through communication and science popularisation"
Looks like that de-rails your smug wank-train, doesn't it? You must've been real excited to show Slashdot how much you know what real science is. Too bad, you didn't make the map, and you can't understand it either.
Circle Lines?