Galaxies, Asteroids, and Solar Flares
Journal Title: Asian Journal of Mathematical Sciences - Year 2017, Vol 1, Issue 3
Abstract
I provide here a few calculations on the shape of galaxies; on possible asteroids collisions; and on the cause of solar flares. Galaxies have the shape they do because the universe rotates at d theta/ dt=0.86/04. The asteroid should be between Neptune and Jupiter that could cross Earth’s path every 65 million years. Solar Flares can be modeled by Fluid Mechanics, namely Bernoulli’s equation.
Universal Matrix (Stiffness) Method
Here are some calculations on the dynamic response of the universe to the Superforce based on the matrix stiffness method. We see that by using these methods, various physical parameters can be explained by using these w...
Weyl-Euler-Lagrangian equations with Kähler-Einstein metric and equal Kähler angles on Fano manifolds
This manuscript set forth an attempt to introduce Lagrangian formalism for mechanical systems using Kähler-Einstein manifolds with equal Kähler angles, which represent an interesting multidisciplinary field of research....
Galaxies, Asteroids, and Solar Flares
I provide here a few calculations on the shape of galaxies; on possible asteroids collisions; and on the cause of solar flares. Galaxies have the shape they do because the universe rotates at d theta/ dt=0.86/04. The ast...
The triple sequence spaces of x3 on rough statistical convergence defined by Musielak-Orlicz function of metric
We introduce the triple sequence spaces notions of point wise rough statistical convergence and rough statistically Cauchy sequences of real valued function and study their inclusion. 2010 Mathematics Subject Classificat...
The Collatz Conjecture: Determining an Infinite Convergent Sequence
The field of number theory is vital in mathematics. Vitality of this field includes and is not limited to the distribution of prime numbers and cryptography. One of the most important unsolved mathematics problems are th...