The article covers a wide variation of the theme, not limited to the initial Dyson concept.
A ring is just a slice out of a sphere and the ring subclass is referred to as a niven ring.
Other than that anything else is a matter of scale.
Microsoft has historically been very good about providing sample code.
When you start the program click help->samples.
Or go to http://msdn.microsoft.com/en-us/bb330936.aspx
The class of object you are describing is often referred to as a Dyson Sphere.
Some information can be found here
http://en.wikipedia.org/wiki/Dyson_sphere
This is QM, but the concept is more like a particle can be anyplace.
Not the same as being in more than one place at once.
I think there is some Astrophysics (as well as some other areas) work being done on "rolled up dimensions".
I'm inclined to say that the words "tiny" and "microscopic"...
Your head is reflected at the position your head is at.
Your feet are reflected at the position your feet are at.
It's the same with both hands.
It is only your mind that wants to do the rotation on the vertical centerline.
You get exactly the same effect using a video camera.
No mirror...
Granpa may not be all that far off.
I'd have to do some research to understand the proposed mechanism though.
Standard particle physics would have neutron decay as proton, electron, and an electron-type antineutrino.
http://www.ns.umich.edu/htdocs/releases/story.php?id=3070
As malawi_glenn already pointed out, your question appears similar to the question of "Will the gravitational force experienced by Earth cease to exist at the same instant as the sun disappears".
Since you didn't address the analogy, I'm going to guess that you don't understand that this is an...
There are four different classes of output circuits.
A, B, C and D
Generally in order of increased efficiency and increased distortion.
The particular circuit example you posted is class B.
I suspect class C might be the best choice for your application.
Using class D (square wave...
Welcome to PF.
You are right that it is a complex problem.
I don't know of any tables for your example, but that doesn't mean much.
Temperature rise will depend on how large the convection air currents generated by the heat from the power dissipated in the wire are (and thermal radiation)...
Because the output loop is resonant there should be some energy storage in the output loop (like riding a swing).
It will be important to keep the output loops resistance as low as possible.
You will probably need to adjust the drive frequency, depending on what object is in the heater coil...
I'm no expert, but orbital mechanics being what they are, I'm sure there is an exact minimum energy solution to your scenario.
Just a thought.
By specifying the trajectory as being from the north to south pole then it just barely fails to be an orbit.
This says to me that the delta v required...
Now that is an idea.
I have the same problem as wolram, better, but not the same as oven baked.
I used to make my own bread, but after the kids moved out, I'd sit there and eat the whole thing at once :biggrin: :rolleyes:
Well, the amount of energy to kick the rover up is the same amount that they have to get rid of to stop going down.
Since they survived the "Takeoff" they should survive the landing.
If they have any delta v capability at all, then the landing should be less stressful.
You would need to decode the composite output from the DVD player into RGB outputs.
You could connect your display to the monitor output of a computer.
Or scavenge some of the circuitry from an old TV.
I don't know if a standalone composite to RGB converter is available, perhaps.
It's been a long time since I did anything with this, but IIRC they just went in order.
Filament filament cathode grid plate.
The plate connection having the largest separation from the other contacts.
Perhaps if you contacted the ARRL they might have some more info on the tube and socket...