Yeah! What is this place you worked at??? I have never heard of lasers being used like this before! It is inspiring hearing about lasers being used many ways.
Now I want to hear more about this. How would one get to a career path of this kind of research and work field? :thanks: a lot for sharing everyone!!!!!! :beer:
I worked in a SIMPLE laser spectroscopy lab that has been disbanded at the University of Akron. Most of that gear is off the shelf, and its what you do with it and how you cross connect it that counts. I did not mention the laser spectroscopy combined with atomic force microscopy. Servo systems tracked the Raman illumination spot onto the AFM tip.
What I describe is not all that complex. This guy does complex:
Theodor W. Hänsch - Wikipedia, the free encyclopedia
Homepage Prof. T.W. Haensch
He does things with tunable lasers that will blow your mind.
You need to start with a Bachelors in Electrical or Chemical Engineering or a undergrad in Physics.
Your then looking at graduate school, either 3 or 5 years. Some government agency usually pays for the graduate school.
If your very lucky, you can just be a technician, but those slots are rare, and you have to be in the right place at the right time to get the slot. I'm a technician. The technicians have to learn what is going on to higher levels then the students do, its not easy to work in a world class lab.
Technicians in these cases have a two or four year degree in electronics and often need machine shop skills as well.
University lab techs are rare, usually only a few per campus and then only on big campuses.
Getting a tech slot working in a general purpose university lab is pretty much a ACT OF GOD. Even then, HE really has to like you. Even HE has to pull some strings to get you the position.
Odds are I will never get to work on something that "complex" and "cool" again.
The real way to get access to laser gear like that is to be a graduate student. That means two more years of classes and a year or three years of research, once you are done with your undergraduate degree. You have to get really good high school and college grades for the scholarships. Your alternative is be employed by the military or a very large company since no one could afford tuition at the Masters/ PhD level in science. Companies like their mid level people to complete a Masters. You have to be competitive.
You could get a EE or ME or Math Degree and then go work at a Laser Company such as Coherent or Spectra Physics, but I think you'll find those slots are very rare, as well.
If you want that, STUDY MATH. Eat, Drink, and LIVE MATH. Calc I, Calc II, Geometry, High order equation solving. The chemistry and physics classes are easy, its the math you need. You also need strong programing skills in the C or C++ languages and in assembly language.
When you get the job, you find out you use less then .5% of all that math you spend years learning.
I should mention, that it might be 2-4 years of college before you even get to do more then tour a lab. That is changing, as more and more labs get funding to have the odd undergrad student help out on projects.
Another alternative if you wish to spend your life playing with cool toys is to teach high school science. Your allowed to have toys, but you must build your own in most cases.
What I worked is now obsolete. I bought some pieces of the gear at the university disposal office.
Steve
