Fast Interstellar Space Travel using Phase-shifted Electrodynamic Propulsion
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Uploader Comments (mferreirajr)
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This video is a response to Electrodynamic Space Thruster - Innovative Propulsion
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All Comments (17)
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Well if you can create your engine successfully, we can find out what is on Kepler 22-b! :D
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@mferreirajr If f refers to frequency, then at least your units are correct. But the line reading "FTL force if (f>= c/L)" seemed be discussing a force.
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forget speed loss.
a large enough speck of dust will go straight through the whole ship in a head on colission(large enough is about the same size as a grain of salt)
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If starship reaches an acceleration of 9.8m/s², then the crew will experience 1 g-force which is equivalent to the acceleration of Earth's gravity.
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This still wouldnt even get you close to the speeds necessary for interstellar flight.
TheMysteriousAtheist 7 months ago
@TheMysteriousAtheist
Take a look at "Phase-shift Plasma Turbine" and "Relativistic Phase Displacement Space Drive"
watch?v=GSkxPghXTCg
mferreirajr 7 months ago
This is pretty easy to debunk, I don't even have to figure the whole thing out, your units are wrong. C/L has units of 1/time while F has units of (mass*distance)/time^2. Therefore F cannot be equal to C/L, the units prohibit even the comparison.
Total bullshit.
loveofphysics 8 months ago
@loveofphysics
f(Hz or 1/s) is frequency, c(m/s) is speed of light, and L(m) is the length of array.
What is wrong with units? 1/s=(m/s)/m are ok. Are you confusing f(frequency) with F(force)?
mferreirajr 8 months ago
apparently lorentz transformatons did not reach your world
DarkTemp0 10 months ago
@DarkTemp0
If you think it will be useful for a long space journey, you can use lorentz transformations by yourself.
mferreirajr 10 months ago