What is a big united theory?

6 Given that any large united theory attempts to combine the current understanding of physical forces, it is often referred to as research in classic unified field theories. There are many different unified field theories that explain the behavior of matter and energy, yet the string theory is perceived as the best view since 2011 for having a chance to bind the effects of gravity on three basic forces. Particular physics

currently uses a theory known as a standard model to describe the interaction of physical forces in nature. The current form of the standard model since 2011 has been established in the 70s and is responsible for the interaction of three of the four basic forces - electromagnetism and weak and strong nujsky forces. As the standard model developed, it has been revealed that electromagnetism and weak nuclear force were indeed aspects of the same force at a high energy level. This built on earlier discoveries at the end of 19 Century by British physicist James Maxwell and joins magnet forcesIsm and electricity as two aspects of the same force-electromagnetism. Large unified theory can therefore be considered as an attempt to unify a standard model with the effects of gravity.

Because the development of simple united theory does not have to be responsible for all interactions of matter and energy in the universe, the final theory is often referring to all forces referred to as theory of everything (peaks). The three main arena of studying in physics would have to be connected into one to create a viable theory of everything, and this includes a standard model, generral relativity and quantum mechanics. One key design includes researching the chain theory that describes the basic state of matter where everything in the physical universe is finally composed of vibrational energy loops, each size of the planck or 10 -33 centimeters. These chains are theorized as a direct cause of effects of all four basic forces in nature, existence of matterAnd energy as well as space and time. One of the weaknesses of string theory, however, is that it is extremely complex and requires interaction in ten dimensions of space, while the final united theory is considered a simple equation that is no longer than 1 inch (2.5 centimeters) if written on the usual hand size.

Perhaps the biggest challenge to arrival with the elegant form of large united theory since 2011 is the work of physical cosmology of gravity to EQUEANC. Gravity is least understood from all physical forces and may not be a force at all. Some research suggests that gravity is simply the effect of deformation of space in matter, as Einstein's discoveries indicate because the origin for the gravitational source has never been found. All other forces in nature have basic particles with them, so physics assumed that there would be a graviton particle that would explain gravity. Until the evidence is obtained that explains how gravity works on macroscopic and microsKopic level, will be a large unified theory connecting all physical forces in nature elusive.