• 4 months

    And this is why absolute statements are generally bad arguments. It only takes one example to disprove them.

  • Worked as a physicist for 30 years, nobody talks like that. Everyone else in the room is to smart, and will slap you down for using absolutes.

    • no science teacher would ever say that.

      Light travels in a straight line, plenty of crystals, linear erosion, many trees evolved to be as straight as possible…

      and to be esoteric, every object path, even when gravity affects them (they travel in a perfectly straight line, but it is spacetime that is curved).

        • It travels in a straight line, just not in every dimension. Look at a waveform from above, it’s a straight line.

          • 4 months

            I don’t think that’s right because they are affected by gravity, even if ever so slightly

            • 4 months

              But isn’t the gravity bending the space, so the light itself is travelling straight but seems curved to the observer?

              • 4 months

                Hmm, I’m not actually sure. Are we also ignoring refraction and reflection because the path is straight between those? If we’re talking discrete photons, you may be correct about each segment in its path being perfectly straight, but I’m not a theoretical physicist.

      • 4 months

        We can say that spatially, the summation of the photons movement is linear, but everything in the universe is waves and curves and we all know that to be true

        • if by straight you mean a perfect eucledian line, then there’s no such thing as a perfect line in nature or reality.

          as that might violate the Eisenberg Uncertainty principle. because if I know two points position or or if I know the direction and one point I’ll know the position and direction of every point.

          but then that’s too esoteric.

          • 4 months

            You are clearly full of shit and have no idea what you’re talking about, and your flip-flopping between positions