I know that the single-plate one logically connects to ground through the air; what I meant was: Would the capacitance it could have being that far from a ground be at all significant?
My current setup requires a single plate with one charge (the polarity doesn't matter, although I hear...
Is it really that simple?!
That's because of Kirchoff's circuit equations (eg, constant current in series), right?
So you're saying something like
http://rprogrammer.net/static/curios/Monoplate_charger.gif
or
http://rprogrammer.net/static/curios/Biplate_charger.gif
The first one...
What is the best way to put a charge on a plate?
By 'plate' I mean some mass of conductor surrounded by an insulator. The problem, really, isn't how to generate charge, I know I can use a Van de graff or high-voltage rectifier for that; the problem is that I need to be certain of how much...
I don't have a textbook, I'm just going over the questions I missed online.
I've gotten all of them except this one. If you could just point me in the right direction, I would be most grateful.
Homework Statement
http://img225.imageshack.us/img225/3118/photo1587hx4.jpg
This #74 is on the SAT Practice Subject Test in Physics, which is also the Physics test administered in January 2003.
Homework Equations
I don't even know how to begin this problem.
The Attempt at a...
Confusion
Ok, now I think I've been confused all this time.
Here's how I thought the measurement was taken (of the signal photons, D0 in the paper):
The signal photons either exhibited a particle or a interference tendency (although only to be seen over meny repetitions).
D0 was on a...
Which pattern?
Now take a modification of the experiment where many photons are sent to the interferometer and hit the detector so that a pattern could emerge (and those are the idlers?).
While the signal(?) photons are still traveling for such a time that the last idler has hit the detector...
Understanding Bohmian
Demystifier
So, under the bohmian interpretation of quantum mechanics, every particle is a particle and a wave always.
And that the wave influences the particle based on where the wave is most intense.
But does that mean manipulating the which-way information...
Simplification
I too have seen this a lot and have found a one-line version of the question:
What would you see if you looked at the detector in a DCQE before the choice was made?
Now as for the implementation, I see Spacezilla's point also that the implementation would seem at least...
My point
So, what all this has been leading up to is this:
I have heard numerous places that Faster Than Lishgt information transfer cannot be achieved.
So, I would like to further my understandings of quantum physics from someone explaining to me what prevents this scenario from...
Last question.. (Hopefully)
One (hopefully) final question:
E. In the double slit experiment, would an interference pattern develop if a third party knew, or could know which slit the particles went through?