To be sure, many wave functions have singularities. In general, the wave equation has two families of independent solutions. One of those families exhibits no singularities. The other does, that is, it becomes unbounded or infinite at a particular point in space or time. The wave equation in a spherical coordinate system is a well understood and classic example. Along the radial coordinate, the solutions are Bessel Functions. There are two well studied familes of solutions. The J-Bessel Functions are well behaved everywhere, that is, they do not exhibit singularities. In contrast, the Y-Bessel function has a singularity at the origin or the coordinate system. The J and Y Bessel functions may be superimposed to form traveling waves. Depending upon how they are combined, the waves may travel away from the origin or towards the origin. There are many other coordinate systems besides the spherical one. They all have wave functions with and without singularities. If one of the coordinate systems conforms to our notion of the shape of the universe, then, with suitable boundary conditions, a singularity at the origin of time and space does indeed give rise to wave functions.
The Big Bang almost certainly did occur.A singularity, on the other hand - whether it is the singularity of the Big Bang, or the singularity in a black hole - probably indicates that something is incomplete in our current understanding of physics.
A singularity is a situation in which a certain mass (usually a large mass) is concentrated in ZERO volume, resulting in an infinite density. This can happen, in certain theories, for black holes, and as the initial conditions of the Big Bang. Physicists generally believe that such singularities don't really exist, and that, if singularities to appear in some formula, they represent a failure of the corresponding theory at extreme conditions.
The Big Bang theory suggests that the universe began as a singularity, a point of infinite density and temperature.
Hello, i am minakshi so, the big bang theory as currently postulated incomplete because the big bang theory does not answers about the questions that what happened or what was there before the big bang ? it also does not tells about the singularities,that what is singularities, and why the laws of physics are not implied on it.
the singularity
The concept of what existed before the Big Bang is still a topic of scientific debate and exploration. Some theories suggest that a singularity, a point of infinite density and temperature, existed before the Big Bang. However, the exact cause or origin of this singularity is not yet fully understood by scientists.
Both black hole and Big Bang singularities are points of infinite density and mass where known physical laws break down. They are both areas where gravity is extremely strong, leading to intense curvature of spacetime. Additionally, our current understanding of physics is unable to fully describe or predict the behavior of matter and energy within these singularities.
Most scientists believe that an infinite dense singularity existed before the incident known as the Big Bang.
There is not a theoretical way to determine "where" the Big Bang occurred. In point of fact,the idea of a "where" existing before time and space began hasno meaning at all. Since theoretically the Big Bang resulted from a singularity, then the where, when, how, and why ofour unfolding and evolvingSpaceTime continuum(or our traditional four dimensional universe) must be based from this pre-Big Bang singularity. You would need to approachsuch queries from the perspective of "what" isthis singularity.
yourmom
A singularity is a point in space-time in which matter and energy are infinitely dense, as at the center of a black hole or at the moment of the Big Bang.
The singularity is believed to have been created by the rapid expansion of the universe from a single point of infinite density and temperature, known as the Big Bang.