A close up of a bunch of circles with a star in the background

Digital universe parameter value assumption: angular velocity w=1; radius a=1; light speed v=c=n/P; spatial radial polar coordinate r=n/pt. Space-time coordinate equation equation assumption: x = r cos(t) * cos(a * t)=n/PTCos(t) * cos(t) x-coordinate equation (1) y = r * sin(t) * cos(a * t)=n/ptsin(t) * cos(t) y-coordinate equation (1) z = r * sin(a * t)=n/ptsin(t) z-coordinate equation (3) w = r=n/P*t w-coordinate equation (3) t=(0,1/2P,P,3/2P,2P),w corresponds to time axis. 6. Quantum field and probability, that is, five-dimensional polar coordinate values: u=u_n-1+sin(t+m) Five-dimensional polar coordinate value equation (5) The m value follows a probability distribution with a 1/8 probability of being 0, a 1/8 probability of being 1/2P, a 1/8 probability of being P, and a 1/8 probability of being 3/2P. There is no superimposed wave at 2P with a 1/2 probability. Sin(t+m) is 0 and un=u_n-1 remains the same as the previous round waveform. --auto --s2

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Información de creación

Prompts

Digital universe parameter value assumption: angular velocity w=1 ; radius a=1 ; light speed v=c=n/P ; spatial radial polar coordinate r=n/pt . Space-time coordinate equation equation assumption: x = r cos(t) * cos(a * t)=n/PTCos(t) * cos(t) x-coordinate equation (1) y = r * sin(t) * cos(a * t)=n/ptsin(t) * cos(t) y-coordinate equation (1) z = r * sin(a * t)=n/ptsin(t) z-coordinate equation (3) w = r=n/P*t w-coordinate equation (3) t=(0 , 1/2P , P , 3/2P , 2P) , w corresponds to time axis . 6 . Quantum field and probability , that is , five-dimensional polar coordinate values: u=u_n-1+sin(t+m) Five-dimensional polar coordinate value equation (5) The m value follows a probability distribution with a 1/8 probability of being 0 , a 1/8 probability of being 1/2P , a 1/8 probability of being P , and a 1/8 probability of being 3/2P . There is no superimposed wave at 2P with a 1/2 probability . Sin(t+m) is 0 and un=u_n-1 remains the same as the previous round waveform . --auto --s2

Tamaño

2048X2048

Fecha

Jul 4, 2023

Modo

Por defecto

Tipo

upscale

Checkpoint & LoRA

ChilloutMix

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