When special effects are applied to a picture of the stars, spiral galaxies appear when using the "swirl 1" application under camera effects and added to my picture. so, there fore i have deducted that we live in a swirling tunnel ( swirl is zero point 5) with a wave two point five effect as well, which means that we are positioned at a point at which the swirl and wave would match to the position of the swirling tunnel. i would have to come up with some calculations to figure out just where exactly that would be : )
Understanding dimensions ~ it’s amazing but I’ve just come to more of an understanding of dimensions. How we can see a flat galaxy make of symmetrically circular stars as spirals, or as spiral galaxies : ) it’s so symplistic. But I’m still amazed! I can also see how different appearances may take on shape under different microscopic lenses, as well as how you might take one appearance of shape (or a dimension) and place it inside another appearance of shape (or dimension), either surrounding or existing the one or equally intermixed. Such as: [o], or (] +[) .
* further explaination written under comments.
When special effects are applied to a picture of the stars, spiral galaxies appear when using the "swirl 1" application under camera effects and added to my picture. so, there fore i have deducted that we live in a swirling tunnel ( swirl is zero point 5) with a wave two point five effect as well, which means that we are positioned at a point at which the swirl and wave would match to the position of the swirling tunnel. i would have to come up with some calculations to figure out just where exactly that would be : )
ReplyDeleteUnderstanding dimensions ~ it’s amazing but I’ve just come to more of an understanding of dimensions. How we can see a flat galaxy make of symmetrically circular stars as spirals, or as spiral galaxies : ) it’s so symplistic. But I’m still amazed!
ReplyDeleteI can also see how different appearances may take on shape under different microscopic lenses, as well as how you might take one appearance of shape (or a dimension) and place it inside another appearance of shape (or dimension), either surrounding or existing the one or equally intermixed. Such as: [o], or (] +[) .