Place to study electromagnetic space drives?

In summary, the individual is seeking suggestions for places to investigate studies for next generation electromagnetic space drives. They have a background in various fields but are now looking to return to academic pursuits. One suggestion is to apply for a program that offers full tuition coverage and a stipend for working at a government agency after completion. It is recommended to look into astronautical engineering programs and research faculty with expertise in this field.
  • #1
ForedeckYoda
1
0
Would anyone have suggestions for places to investigate studies for next generation electromagnetic space drives?

Life sometimes takes us far from our passions, and after being a HS genius-turned-automotive engineer-turned-IT salesman-turned-yachtracer-turned HS physics teacher, I'm trying to find out what Universities or government funded institutions I might approach in my attempt to return to academic pursuits.

Thank you for your help.

ps if anyone knows of a HS between North Dakota and Washington that needs a physics teacher, let me know- my wife and I can't stand the entitlement mentality and crazy taxes in NY.
 
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  • #2
I'm not sure of your educational background, I'm assuming you have a B.S/M.S and want to go back to school. Otherwise, you should post this in the career advice section.

If you want to go back to get a PhD, you should apply to some programs and get a feel for whether or not you’re wasting your time. Retake the various exams/study old materials. I would also recommend applying to this program: http://smart.asee.org/about/eligibility. It’s mostly for workers already in civil service who want to go back to school, but you can submit a resume at the same time you apply. You get to pick three agencies you would like to work for when you complete your program, and will be hired by one after you’re done if you get accepted. Obviously, you’d want to apply to NASA (as they have a next generation drive program) and maybe DARPA. If accepted, you’d get full tuition coverage and a 28-41K stipend to help cover living costs. You must be willing to work for the agency based on the number of years you receive assistance and maintain a good academic standing.

Again, I’m making a ton of assumptions here, which is why I’m assuming no one has replied to your question yet. If you could flesh it out a bit that would be most helpful. Be warned, the program is a long shot to say the least in the current enviroment, although it has the benefit that many people don't know about it's existence.

Edit:
Just checking the website, looks like NASA is no longer a participating sponsor, although there are a couple of Air Force places that might be interesting to you. At any rate, if you want to do government work, getting your foot in the door at any agency won't hurt.
 
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  • #3
Howdy,

Look for astronautical engineering programs ... the discipline is not as "next generation" as you think... hall thrusters are kinda old and a lot of the physics for theses things were figured out in the 60s.

the most famous figure in this field, chang-diaz, teaches at rice, he studied plasma physics at MIT.

at purdue AAE for instance, there might be one or two faculty with part-time interest in the field and they might push a grad student or two through in that specialty, but i think specialists in this area are widely dispersed.

aero/astro engineering. try seeing which schools place at the top for that, and then filter down to which do more space things than aero things.
 

Related to Place to study electromagnetic space drives?

1. What is an electromagnetic space drive?

An electromagnetic space drive is a propulsion system that uses electromagnetic radiation to generate thrust and propel a spacecraft through space. It works by converting electrical energy into electromagnetic waves, which are then directed out of the back of the spacecraft, creating a reaction force that propels the spacecraft forward.

2. How does an electromagnetic space drive work?

An electromagnetic space drive works by using electrical energy to create microwaves, which are then funneled into a closed chamber. The microwaves bounce around inside the chamber, creating a standing wave. As the microwaves move towards one end of the chamber, they push against the walls, generating thrust in the opposite direction.

3. What are the potential applications of electromagnetic space drives?

Electromagnetic space drives have the potential to revolutionize space travel by providing a more efficient and faster means of propulsion. They could also be used for satellite maneuvering, orbit maintenance, and deep space exploration missions.

4. What are the advantages of using an electromagnetic space drive?

One major advantage of using an electromagnetic space drive is that it does not require any propellant, which eliminates the need for costly and heavy refueling missions. Additionally, electromagnetic space drives have the potential to reach higher speeds and travel longer distances compared to traditional chemical rockets.

5. What are the current challenges in developing and using electromagnetic space drives?

One of the main challenges in developing and using electromagnetic space drives is the need for a large power source to generate the necessary electromagnetic waves. Additionally, the technology is still in its early stages and requires further research and development to improve its efficiency and performance.

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