String theory
- 1. The problems with string theory String theory has yet to agree with the other established theories such as Newtonian mechanics and the standard model of physics
- 2. The benefits of string theory • String theory is attractive, because it explains the apparent wave nature of reality very well. It does this by viewing the fundamental components of matter being strings
- 3. Physics stands divided • The current state of physics is limited because it is divided into a number of disparate models such as: • Newtonian Physics • The Standard Model • String theory
- 4. The ideal model of physics • I believe that ideally a model for physics should follow a “truth and definition format”. By this I mean that there should be a stated definition of the physical universe followed by a rule of no contradictions within the physics model. Like a pyramid with the definition at the top.
- 5. A physics model should work bottom up • Due to the complexity of these models there is bound to be contradictions. The problem with these models is the amount of complexity. A physics model should start from low complexity, and build up complexity in a bottom up manner. Definition Observed Particles/Macroforces
- 6. Definition of the physical universe • The physical universe is composed of matter and matter can attract other matter at a distance. Furthermore this occurs via a squared relationship in relation to distance.
- 7. Alternative to string theory: Matter devotion theory • Matter aggregates to form units. Matter within a unit is devoted in one of two ways, towards attraction internal to the unit in question or towards attraction external to the unit. An example of a unit is any particle such as an atom, molecule or photon.
- 8. Velocity and mass of a unit The velocity of the unit of matter is caused by the internal attraction of the matter in the unit Meanwhile the mass of the unit of matter is caused matter that is devoted to external attraction
- 9. Notation Ek = matter of a unit devoted to attraction internal to a unit = energy Internal Attraction Em = matter of a unit devoted to attraction external to the unit = mass External Attraction
- 10. Em to Ek shift • Matter is neither created or destroyed so when a unit of energy goes from stationary to moving some of its matter goes from being externally attracted to being internally attracted. Em Ek Particles in external attraction state Particles in internal attraction state
- 11. Particles wave duality • The matter in a unit switches from being internally attracted to being externally attracted in a oscillatory manner. This is how point particles develop wave like characteristic if they are in movement. Em Ek Em
- 12. A particle that exhibits particle wave duality such as a photon, is composed of matter that oscillates from a state of attraction internal to the unit to attraction external to the unit.
- 13. In string theory particles being composed of strings is used to explain particle wave duality
- 14. By contrast in matter devotion theory a sphere being surrounded by springs that oscillate is the model for particle wave duality. This represents the changes from internal to external attraction that a unit of matter undergoes
- 15. For example the physical universe itself is a unit of matter that oscillates between internal attraction called Ek and external attraction called Em
- 16. Before the big bang all of the matter in the universe was in a state of internal attraction or Ek, such that the physical universe was a point particle
- 17. Ever since the big bang the matter of the universe is becoming increasingly devoted to Em or attraction to matter external to the universe
- 18. So essentially during the time when there was pure Ek the universe as a unit has a lot of energy or velocity viewed externally
- 19. So essentially during the time when there was pure Ek the universe as a unit, had a lot of energy or velocity as viewed externally Internal attraction is proportional to velocity
- 20. As the universe expanded from the point singularity the matter went from being devoted to internal attraction or energy, to being devoted to external attraction or mass
- 21. The universe is slowing down and is increasing in mass, and decreasing in energy as viewed external to the universe. This is because there is an Ek to Em shift occurring in the universe.
- 22. This pattern holds for all aggregate formations of matter when they are in movement and explains particle wave duality
- 23. Acceleration in a unit of matter occurs when there is an Em to Ek shift. That is to say that if the matter of a particle becomes more internally attracted then it will accelerate Em = external attraction Ek = internal attraction Em = external attraction Wave nature of a particle
- 24. In the next video the four laws of matter devotion theory will be explained