Loop Quantum Gravity

Here is the nineteenth episode of Quantum Foam, Loop Quantum Gravity. We are taking a look at this alternative theory to String Theory that is a candidate for The Theory Of Everything. This is a newish theory that is more like a method. What if there is another game in town that is able to describe Quantum Gravity? We think that you have to have a background-independent formulation in your Theory Of Everything. Everybody is a big G if they know what they are talking about. We are trying to come up with a conservative vector field that describes space-time with connections. String Theory necessitates background-dependency. Loop Quantum Gravity could be placed on top of a String Theory math box and both would not interact with each another. This theory relies upon connections between space-time quanta. LQG uses a region of space-time that is written with a perturbative method, which is called a spinor field. Loops are sections of space-time that are Ashtekar Variables. Asymptotic quantization of the variables was needed in order for Loop Quantum Gravity to be built. ADM formalisms such as a Hamiltonian formulation of General Relativity are being examined. This was an important prerequisite for Loop Quantum Gravity. Now we are working with canonical variables using an unusual way to describe spaces. Lagrangians do not change in these inertial reference frames. Loop Quantum Cosmology has been written for the laymen to be able to understand in the form of available published books. This methodology looks at particles, loops, and spinor fields. We need a theory that uses the correct version of General Relativity and is able to match space with the correct use of time. The gold of Loop Quantum Gravity is that it doesn't require supersymmetry or a million dimensions, and it doesn't necessitate a background-dependent grid lattice. We are interested in the function of entropy when considering Black Hole physics. There are various groups around the world that check this theory to see if it has any more merit than String Theory or any other theory of Quantum Gravity. Bekenstein-Hawking entropy is a hidden window into Quantum Gravity. Do these constructs really describe reality? We are demonstrating spin networks, which show states of mathematical interactions. There is a Plank-Dirac constant to be mindful of. Black Hole event horizons do not seem to increase except for when more matter goes into the Black Hole. It depends on what kind of Black Hole. Some rotate and others have different attributes. We are trying to use hidden information that may be within these Black Holes. The math for a White Hole should be the negative and inverse math for a Black Hole. At this point in time, we are unsure as to where a Black Hole leads whether to the same universe or an alternate one. We are currently unable to test these predictions. We are looking at functions that are applied to different grid systems. There is still a time problem present in this theory and most other theories as well. We know there is something different about the 3 spatial dimensions and the 1 dimension of time. We are looking at different theories that can be used to fully describe Quantum Gravity. There are other classes of approaches that study alternatives to these competing theories. Many of these ideas have not been proven and oppose one another. If Einstein was wrong, it was just because he didn't have right picture at the time. There are a lot of important people that were instrumental in formulating the theory of Loop Quantum Gravity and it is an active area of study today. It is a so-called interconnected network of quanta and can be your contender for The Theory of Everything right now.