Recent content by giann_tee

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    Do one-dimensional signals truly exist?

    I think that it is a generous to be rich in contents, animate people and create something lasting. This is the kind of moderation I would do on my thread. There are many intuitive aspects of the topic, equivalences between abstract ideas, some of which possesses material links that can be...
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    Do one-dimensional signals truly exist?

    I doubt that anything is appropriate for this forum, including conversation. As you can see, we have some answers in between. Maybe you can fill in where my PhD was incomplete, please?
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    Do one-dimensional signals truly exist?

    You are correct, there is a danger. I have an organizational problem and I think that I googled and read everything before, so I should probably change the routine this time.
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    Do one-dimensional signals truly exist?

    Yes! It reminds me of a network, internet. I have a friend who wrote about the Universal Field, an exploration in philosophy. She talked to the physicists and interviewed them. I had to restrain myself from being overly informative. The universality is accomplished by lifting different notions...
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    Do one-dimensional signals truly exist?

    Yes yes, I know about the frequency. What would you suggest about the EM wave reception, what's the punchline? I am thinking about some electrons in the metal being displaced in different directions as various EM waves pass through the metal. The motion of electrons along a wire as an induced...
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    Do one-dimensional signals truly exist?

    This is something new. You say that the orientation of a lousy iron antenna does not matter within some limits, precisely because of the reflections?
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    Do one-dimensional signals truly exist?

    Very interesting. Although it seems that the receiving antenna does not react to orientation and short changes of distance, larger changes of distance indicate that the emitter is a physical object of certain size and "luminosity" - like a star, but in radio wave frequency range. The...
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    Do one-dimensional signals truly exist?

    Well, you tuned your antennas and you know how it goes with the topic of Tesla... but, if you care to notice, after a few pages of my writing, this is really not about Tesla at all. This is about math and geometry. For example, you can have a point-like source that oscillates, or the whole...
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    Do one-dimensional signals truly exist?

    OMG, please don't remind the government... Just kidding. Yes, please just one topic :-)
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    Do one-dimensional signals truly exist?

    Yes, this is slightly newer than Tesla who allegedly discovered the radio. You want to say that the gigantic wavelength causes the loss of spatial resolution. Perhaps this gives us the approximately one-dimensional signal, which really draws my attention to the question itself - is it really...
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    Do one-dimensional signals truly exist?

    I think that this is how government promised to find us back in the 1990s, to find that we possesses a TV set with an antenna, while we are refusing to pay the subscription. They had some kind of directional hand-held antenna to scan the neighborhood. I waited my whole life to find out how that...
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    Do one-dimensional signals truly exist?

    This is good thinking, because you are talking about patterns. Wavelength is equivalent to frequency and that is just one parameter to tune. The wavelength or frequency range represents the window of opportunity to see the patterns.
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    Do one-dimensional signals truly exist?

    Longitudinal waves could be the right thing to imagine. Also, the frequency, as a single parameter required to set in order to catch the signal.
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    Do one-dimensional signals truly exist?

    I also heard long time ago, about radio wave reflections. Within certain limits, it appears as though the ether is saturated with the radio stations battling for their share of the (market). A grid of emitters close to each other do not mean a thing to any ordinary radio receiver, I was about to...
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    Do one-dimensional signals truly exist?

    I graduated physics 5 years ago, but only this summer I managed to read Feynman's "QED", popular book from the 1980s. I think that the book is remarkable - it gives meaning to all that I learned. It is as if I never really studied QM, because I did not hear about its foundation slowly and...
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