<p>I went to Harvard instead of MIT. I should have gone to MIT instead of Harvard.</p>
<p>I’m a senior bio/physics concentrator. Unfortunately, I didn’t get into the MIT graduate program in biology, so I am staying here for six more years in the PhD biophysics program.</p>
<p>I like Harvard. Most of the students are pretty smart, although few have the combination of smart and “chill” that I feel a lot of MIT students have.</p>
<p>However, I feel like, from the perspective of a scientist, Harvard isn’t as exciting of a place to be. Harvard hires relatively few young assistant professors; instead, it poaches the best professors from other schools, including MIT, after they have already established themselves as the best in their field.</p>
<p>The problem with that is that most of the Professors Harvard hires have done their best work in the past. Harvard gives them lots of nice lab space, and they usually have well-funded, large research groups. However, because they are already established, they are less willing to try new things or deviate from the path of success that they have been on.</p>
<p>There are fewer mind-bendingly amazing collaborations between 29-year-old professors at the absolute top of their game. Because Harvard engineering is relatively separate, both physically and departmentally, from Harvard science, there is less of a “let’s build this” atmosphere in Harvard science labs than there is in MIT science departments. Harvard produces substantially fewer “methods” papers than MIT does, and in the long run methods work is the type of work that changes the world.</p>
<p>At Harvard, I’ve had the chance to work with a couple of brilliant scientists. I currently work in George Church’s lab. If you haven’t heard of him, you should look him up–he has been at the absolute center of every discovery in molecular biology in the last 30 years. However, the best work he ever did was in the 1980s, when invented the first direct DNA sequencing technology. His technologies, like molecular multiplexing and DNA tagging, are still at the center of every DNA sequencing machine, and it’s obvious what a revolutionary DNA sequencing technology has been.</p>
<p>However, Church invented sequencing while he was a Professor at MIT. A couple of years later, he was hired by Harvard, and has not since made as significant of a discovery.</p>
<p>Right now, MIT has methods-developers like Ed Boyden, Ron Weiss, Chris Voigt, and Aviv Regev. Boyden, especially, is on fire–he invented optogenetics, a way of controlling the action potential generation of individual neurons with light. I have a friend at MIT who works in the Boyden lab. He can direct a mouse through a maze with a joystick. Boyden is definitely going to win the Nobel Prize. Harvard might one day give him an offer he can’t refuse, but it will always be true that he did his best work at MIT.</p>
<p>I think that there is something about being in an environment where people are doing these amazing things that brings out greatness in other people. At Harvard, people are doing very cool, interesting, guaranteed-to-be-successful things. But at MIT, people are trying things that will completely revolutionize science. They might fail, but that’s ok because it’s ok to fail at MIT, and there good ideas are not in short supply.</p>
<p>Also, I should probably say: I took one class, nonlinear optics, at MIT, and it was one of the best classes I’ve taken in college. In the MIT physics department, there are no TAs. Instead, a second professor teaches the recitation sections. I found that completely mindboggling.</p>