No, and we're actually not positive there really is a single "theory of everything".
Belgium and France have been briefly unified by Napoleons conquests.
As far as we can tell, electromagnetism and gravity are two entirely separate forces. They have no effect on each other at all.Many top-flight scientists including Einstein and Hawking have worked on a "unified field theory" that would explain how the four distinct atomic forces are related. The four forces are the strong nuclear force, the weak nuclear force, electromagnetism and gravity. There has been some progress in explaining the electromagnetic force in its relationship to the weak nuclear force, but so far gravity and the strong nuclear force seem unrelated.
Field of Dreams.
Theory: an explanation of an event that has been supported by consistent, repeated experimental results and has therefore been accepted by most scientists. Model: A verbal, mathematical, or visual representation of a scientific structure or process, which allows scientists to construct and test inferences and theories.
It is based on the fact that all the oldest hominid fossils have been found in Africa. As a result of that the theory goes that human life originated in Africa.
Unified Field Theory is science. By the very definition of science, ghosts are nonscientific because they have not been proven to exist. Further, Unified Field Theory describes nothingexcept for the unification of the four fundamental forces.
The grand unified theory of matter and energy has been copyrighted, on 11/07/05 as U.S. copyright Txu1-266-788. It is available from Symmecon Grand Unified Theory Marketing Corporation, (NM, 04/02/07), at symmecon.com. The theory is presented in the book titled The Crystalon Door by Dale Clough, B. A.
The grand unified theory of matter and energy has been copyrighted, on 11/07/05 as U.S. copyright Txu1-266-788. It is available from Symmecon Grand Unified Theory Marketing Corporation, (NM, 04/02/07), at symmecon.com. The theory is presented in the book titled The Crystalon Door by Dale Clough, B. A.
well for simple reasons , if it were already done , he wouldn't waste his time doing it . we don't know how the universe began , how it behaves is still very much a mystery . and to go one step ahead is to form the theory of everything aka the grand unified theory . the GUT may help us to open up more mysteries that the universe has to offer . this is a problem that has been puzzling scientists for over 5 years , including Einstein ... it make take a decade or 2 before it is solved ..
There is no evidence to suggest that the Japanese took Amelia Earhart. She disappeared while attempting to circumnavigate the globe in 1937, and the exact circumstances of her disappearance remain a mystery.
Einstien was a theoretical physicist, but he did invent a refrigerator not based on Sulphur dioxide after he read about a family that had been asphyxiated by this gas. I believe his fridge was made of concrete. Theories he developed or worked on include: Realtivity Theory Relativistic Cosmology Post-Newtonian Expansion Gravity Theory Critical Opalescence Zero Point Energy Quantum Theory of Atomic Motion Photon Theory Thermodynamics Schrodinger Equation Simulated Atomic Emissions Bose-Einstein Condensation EPR Paradox Unified Field Theory
The merger of quantum mechanics with the special theory of relativity is commonly known as quantum field theory. According to this theory every particle of matter is just an excitation of a field that is everywhere in space. There is a different field for every different particle (this is not really true, but close enough). You might already be familiar with electromagnetism. In that theory (which has now been completely absorbed into quantum field theory) electric and magnetic forces are transmitted via photons. These photons are just excitations of the photon field. A photon has no mass, but all particles can be thought as as being excitations of fields. There is for example an electron field, but also a neutrino field and a muon field.
The magnetic and the electrical forces are still unified and inseparable at the current temperature of the universe as the electromagnetic force. The universe would have to get much colder for them to split. Theory has been developed showing that at a certain higher temperature (I don't know what) the weak and electromagnetic forces become unified and inseparable as what is called the electroweak force. This theory has been verified in high energy accelerators. It is believed that the strong and electroweak forces become unified and inseparable at even higher temperature, and that all 4 forces unify into one at the temperature right after the big bang began.
There are two answers here really. I'll begin by describing why it's different from Quantum Mechanics. Quantum Mechanics studies non-relativistic particles (or waves), that is particles where effects from Einstein's relativity are unnoticeable because the particle is travelling at a speed much slower than the speed of light. Additionally people study N-body problems, which means to say that we think of a system with precisely N particles. Quantum Field Theory on the other hand is a generalisation that attempts to study particles where relativistic effects can be noticeable. This has several additional problems, one of which is that it predicts that particles can be created or destroyed which means we're no longer in an N-body system. Quantum Field Theory was invented in order to deal with these problems and as such it generalises Quantum Mechanics. There are several additional complexities that Quantum Field Theory has a result of this, in particular there has always been problems that infinities show up in calculations that have caused various difficulties, though these have been solved by techniques in Physics known as renormalisation. To date Quantum Field Theory is the best theory of Physics that is experimentally verified. String Theory offers a possible improvement but it has yet (at least to my knowledge) to any experimental justification. Quantum Field Theory fully explains (nearly) everything we currently know about particle physics, including quantum effects in electromagnetism, nuclear physics and condensed matter physics. The outstanding problem in this field is to try and incorporate Einstein's theory of gravity. This is considered by many as one of the big outstanding problems in Physics today.
no
The crime has never been solved even though there have been over fifty confessions.
Could the colonies labor problem have been solved without slavery?