A note on the recommendation to study physics: physicists can do anything. Seriously. You see physicists making contributions to computer science, biology, statistics, computational finance, etc. You rarely see non-physicists making significant contributions to physics. I think the reason for this is that physicists learn lots of very useful mathematics that can be applied in a wide variety of contexts… and unlike someone who earns a mathematics degree, their emphasis is on applying math to solving problems, rather than on math for its own sake. The other factor may be that physicists are trained to think in terms of fundamental principles; they expect to find some hidden underlying pattern that will bring order out of the chaos.
A note on the recommendation to study physics: physicists can do anything. Seriously. You see physicists making contributions to computer science, biology, statistics, computational finance, etc. You rarely see non-physicists making significant contributions to physics. I think the reason for this is that physicists learn lots of very useful mathematics that can be applied in a wide variety of contexts… and unlike someone who earns a mathematics degree, their emphasis is on applying math to solving problems, rather than on math for its own sake. The other factor may be that physicists are trained to think in terms of fundamental principles; they expect to find some hidden underlying pattern that will bring order out of the chaos.
The other reason, of course, is that there’s nearly no work in physics itself.