User talk:2A02:F6D:8484:0:5DB8:62B:ADDB:8E54

"with orbits following geodesics"
By no description can an orbit be truly defined as a set of geodesics, since geodesics always are a straight line. Calculation of approximating nature can create a set of very short small straight lines to roughly equate it's path, and yet, everything in nature is a curve, and no orbit of any kind is truly a set of straight lines, since it's always curved. In computer technology simulations, the geodesic approach allows for accurate simulation up to a degree, where the degree of accuracy is directly proportional to the inverse length of the geodesics used, but never truly 100%, since an orbital path is ultimately a curve, and not a set of small straight lines, since there's no quant involved in direction, it's entirely analog. And no, quantum direction really doesn't exist.