While receiving a new piece of information within topics with unknown aspects, brains follow two distinct paths in establishing the authenticity of the incoming data. The first and most commonly followed approach is a religious one based on which brain directly follows on the footsteps of established memory nodes or recipes and consequently concludes whether the incoming information is correct or not. The other approach is a logical one in which brain tends to reevaluate the credibility of its established memory nodes and recipes at same time as it tries to process the authenticity of the incoming information.
The religious aspect of Physics can best be seen through its claims which mostly have little or no scientific foundation. The religious ideas of Physics partly stem from other mainstream religions but are occasionally unique to the religion of Physics itself. Modern Physics’ doctrine to solve problems has primarily been to complicate the problems to an extent where an absolute majority of brains give up following the problem let alone understanding the derived solution. In doing so, physicists mainly utilize complex mathematics in the form of Quantum Mechanics or its offspring fields. If needed, physicists are not shy to swing between completely different justification methods such as wavelike or particle-like behaviors when trying to achieve their objective justifications. Nevertheless, Physics at its core is unable to even remotely present acceptable explanations to logical brains with regards to its flawed principles and unfortunately in many cases has spread superstitious concepts such as black hole or dark matter due to a lack of rational or evidence-based approach.
Universe is formed from matter with its various properties. The values that can be taken by all properties are unlimited and referenced against their own absence, except for the location and time properties. A property is meaningful through its measurability character that might be investigated in comparison with any known reference point within the very same property. The measurability in all properties is the core principle of the measuristic approach towards the philosophy of Universe. Based on Measurism, the existence of a material in the world is tied to its measurable properties. There exists no material without property and there is no property that cannot be measured or returns a fixed value upon every measurement. Thus, the concept of a fixed speed of light that forms one of the core principles of today’s Physics is nothing more than an illusion which can easily be negated by the outcome of Sagnac’s interferometer or by logical explanation of effects such as photoelectric or Compton.
Unlimited character of properties necessitates a Universe without limitations in its time and size. Universe could not have a start and will never have an end contrary to what is promoted by majority of religious ideologies. Similarly, Universe is not limited in size to small subatomic particles and large galaxies. There should be a fourth dimension to location that negates a restricted size of Universe. In line with this concept, the galactic components of any world form the atomic and subatomic building blocks of another world ahead while its atomic and subatomic components form the galactic components of the immediate world aback in a never ending chain of worlds that form Universe. This view of Universe helps to explain electric and magnetic forces using the concept of gravity force while discarding the concept of other illusionary forces such as weak and strong nuclear forces. The measuristic vision of Universe implies that every component in the galactic scale has a corresponding component in atomic or subatomic scale and vice versa. Examples of such correspondences are elaborated for galactic scale objects such as spiral galaxies, dwarf galaxies, open clusters, and globular clusters on one side and atoms, neutrons, photons, and electrons on the other side.
The aim of this book is to discuss Physics from a religious perspective and to provide a solution to its fundamental misconceptions in a way that is understandable to all readers. In line with this approach, it is tried to describe various scientific phenomena down to a comprehensible level. Considering the extent of the scientific material covered, however, some readers might find it helpful to obtain further information from other sources with regards to certain topics.