1,858 karma · joined September 6, 2010
2) What's the medical / engineering / legal equivalent of a hackathon that those professions aren't doing? Doctors and lawyers can always choose an interesting or deserving client (possibly pro bono), or do a research project.
3) If it's hard to explain, is it possible software isn't changing the world all that much?
4) Imagine Google sharing its Search code. It won't, but as lawyers get to learn from the best lawyers in any area of the law by reading their briefs and watching their trials (all public).
Say you spend $300k on law school. Over a 30 year career, you only have to make an average of $10k extra per year to break even.
The "Jobs Data" tab offers more details: "79.2% of graduates were known to be employed in long-term, full-time legal jobs", "93% graduates were employed in long-term jobs", etc.
The number of software jobs are expected to grow, but is the growth going to be in jobs you really want, or will they all be for 23-year-old coding bootcamp grads?
Again, who cares about the nationwide averages? The 50th percentile Northwestern law grad makes $160k right out of school, and is on track make several times that as a law firm partner, or somewhat less as in-house counsel. My impression is that most programmers struggle to hit $160k any time in their careers, at least outside of SFBA.
When someone describes the downsides of their job, I take it with a grain of salt. Often, it's a case of "the grass is always greener". Sometimes, members of high-status professions want to downplay their success. In any case, most of the lawyers I've talked to say they enjoy their work (though they do work much longer and less predictable hours than programmers).
Relatively modest undergraduate performance can get you into a law school like Northwestern's, where 87% of the class of 2013 "found work and reported a salary", and at least 43% of the class had a starting salary of over $160k, a very respectable ending salary for a programmer, especially outside of SFBA (http://www.lstscorereports.com/schools/northwestern/sals/201...).
Google "reproducibility crisis", "Why Most Published Research Findings Are False" by Ionnadis, "The Garden of Forking Paths" by Gelman.
Christina Hoff Sommers' guesses: https://www.youtube.com/watch?v=l-6usiN4uoA, http://www.theatlantic.com/sexes/archive/2013/03/what-lean-i...
There are reasons to be skeptical of any claim based on correlations between such widely separated variables as lead exposure (the cause) and crime (the effect). Consuming lead does not instantly turn someone into a criminal in the way that consuming vitamin C cures scurvy. It affects the child’s developing brain, which makes the child duller and more impulsive, which, in some children, and under the right circumstances, leads them to grow up to make short-sighted and risky choices, which, in some children and under the right circumstances, leads them to commit crimes, which, if enough young people act in the same way and at the same time, affects the crime rate. The lead hypothesis correlates the first and last link in this chain, but it would be more convincing if there were evidence about the intervening links. Such correlations should be far stronger than the one they report: presumably most kids with lead are more impulsive, whereas only a minority of impulsive young adults commit crimes. If they are right we should see very strong changes in IQ, school achievement, impulsiveness, childhood aggressiveness, lack of conscientiousness (one of the “Big Five” personality traits) that mirror the trends in lead exposure, with a suitable time delay. Those trends should be much stronger than the time-lagged correlation of lead with crime itself, which is only indirectly related to impulsiveness, an effect that is necessarily diluted by other causes such as policing and incarceration.
http://stevenpinker.com/files/pinker/files/pinker_comments_o...
More to the point, that quote doesn't refer to the information content of genes at all. You'll certainly agree that it doesn't do so explicitly. Can you find a quote that explicitly says that someone disagrees with Dawkins about the information content of genes? Maybe in the Wikipedia articles for gene selection and kin selection?
What's your point? In what way would Dawkins disagree with this statement?
> they're much more like a complicated self-referential computer program for manipulating reality
What does "manipulating reality" mean? What reality is being manipulated, if not an organism's cells?
I doubt doing things that could be construed as "out of line, incorrect, inappropriate, whatever" really improve your lectures in a significant and sustainable way. In any case, there are better ways to be interesting and entertaining [1].
I think everyone understand that instructors aren't concerned about copyrights. They're concerned about having to improve the quality of their lectures, or have a permanent record of lectures they're not really proud of.
[1] Richard Buckland, UNSW: http://www.youtube.com/watch?v=2bLCjMA0YlE
[1] http://www.amazon.com/Killing-Psychological-Cost-Learning-So...
The comment: http://news.ycombinator.com/item?id=2574877