Sydney Ernest Grimm

Paper about the origin of the wave-particle duality

As far as we know the scientific search for the nature of reality in Europe started about 2500 years ago in ancient Greek. It was the ancient Greek philosopher Parmenides who reasoned that observable reality is created by an underlying reality. There are indications that the ancient Greek concept of the atom was (also) related to the proposed units...

The ancient Greek philosopher Parmenides reasoned that observable reality is created by an underlying reality. However, an invisible underlying creating reality suggests that we cannot determine its existence with the help of experimental physics. This paper describes an experiment to measure absolute motion that will show that Parmenides concept a...

The paper is the thirteenth post of the blog “Discrete Euclidean Space” at https://www.conceptualframework. nl . The post is the continuation of the description of the consequences of the transfer of quanta with the constant velocity of the speed of light.

Changes within observable reality at the lowest level of reality seem to occur in accordance with the probability theory in mathematics. It is quite remarkable that nature itself has chosen the probability theory to arrange all the changes within the structure of the basic quantum fields. This rises a question about the distribution of properties i...

The concept of discrete space can be termed as “the ex­ternal mathematical reality hypothesis”. The concept was already known among the ancient Greek philosophers (≈ 500 BC). Unfortunately the phenomenological point of view has dominated science during more than 2000 years and it is only recently that the concept of discrete space gets “tangible” a...

The ancient Greek philosophers-like Parmenides-reasoned that observable reality cannot exist by itself. It has to be a creation of an underlying reality. An all-inclusive existence that has a structure because observable reality shows structure at every scale size. Although observable reality is involved in a continuous transformation too. If our c...

Recently there is some new interest in understanding the physical reality behind the formalism of quantum mechanics. This paper relates the known "quantum mysteries" of QM with the properties of the underlying structure of discrete space.

The paper is about the conceptual limitations of Einstein’s theory of Special and General relativity.

The paper is about the consequences of the redistribution of energy in the universe by the scalar mechanism of every unit of discrete space.

The paper is about the meaning of the proposed existence of spacetime in the theory of special and general relativity compared to the proposed underlying structure of the units of discrete space.

The paper is about the gravitational field as a property of the flat Higgs field in vacuum space.

The paper is about some consequences of the scalar mechanism of the units of the structure of discrete space.

The paper is about the topological deformation of the deformable part of the units of the structure of discrete space.

The paper is about the scalar property of the units of the structure of discrete space.

The paper is about the meaning of non-locality in relation to the basic properties of the structure of discrete space.

The paper is the third post of the blog “Discrete Euclidean Space” at https://www.conceptualframeworks.org. The third post is about the consequences of the topological deformation of the units of discrete space in relation to the basic concepts in physics.

This is the second blog post on Discrete Euclidean Space. The paper is about the existence of a minimal length scale and the quantum of energy.

This is the first post of a blog about discrete Euclidean space

The proposed existence of relative time and the curvature of space-both combined into the concept of spacetime-influences the search for an adequate theoretical model that can describe the structure of space in an accurate way. The aim of building space is to develop a quantum theory of gravitation. This paper investigate the theoretical problems t...

Physical phenomena emerge from the basic quantum fields everywhere in space. However, not only the phenomena emerge from the basic quantum fields, the law of Conservation of energy and the universal constants must have its origin from the same spatial structure. This paper describes the relations between the main law of physics, some universal cons...

Observations are restricted to the mutual relations between observable phenomena. That is why modern physics is founded on phenomenological physics. Nevertheless, the theoretical framework of phenomenological physics – the description of the basic components and the underlying structure like laws, universal constants and principles – is essential t...

During the 20th century there were a couple of scientists who announced the observation of exceptional heat during the electrolyse of water with the help of Palladium electrodes. In spite of the opinion of the community of nuclear physicists that low energy generated nuclear fusion is a hoax there is a lot of research to understand and create the o...

Phenomenological reality seems to be a never ending transformation of observable events. A sequence of successive observable alterations that is called “time”. Actually phenomenological reality exists only “at the front” of the evolving transformations. A state of reality we have termed “now”. However, what is the physical reality of the concept “n...

Quantized space creates phenomenological reality but quantized space isn’t comparable with our phenomenological related concepts. To understand quantized space we must change our phenomenological point of view for the all-inclusive point of view. The latter shows that tessellation and concentration are geometrical based mechanism that are responsib...

Modern physics describes the observable – and proposed – relations between the phenomena in the microcosm and macrocosm. Unfortunately we cannot observe non-local space itself. Therefore we can only determine the dynamics of the mathematical structure of space with the help of the universal properties of phenomenological reality. It has consequence...

Albert Einstein’s theory of General Relativity was once the leading theory in theoretical physics. Unfortunately the theory describes macroscopic reality without a clear link with the the microcosm in respect to the properties of spacetime. However the theory of General Relativity has proved to predict macroscopic phenomena in a very accurate way....

In the past the particle-wave duality of electromagnetic waves dominated the discussions about the nature of light. No consensus had been reached amongst physicists and philosophers of physics concerning which interpretation represents reality best. However, two different concepts for the same phenomenon doesn’t really convince about the reliabilit...

Phenomenological reality is created by the underlying structure of the basis quantum fields and not the opposite. In cosmology this isn’t the leading concept. Cosmologists share a dif-ferent concept, the Standard cosmological model. The paper describes the consequences.

The paper describes the basic properties of the structure of space and time.

The paper questioned the usefulness of the empiric method if the aim is to unify all the conflicting concepts in theoretical physics.

Gravity is created at the moment that the structure of the basic quantum fields transfers energy from the local flat Higgs field to the electromagnetic field. The result is an unbalance between the scalars of the flat Higgs field. The unbalance is manifested by resulting scalar vectors that act like a push force in vacuum space.

The paper describes the mathematical origin of the structure of the basic quantum fields. The law of conservation of energy, Planck's constant, the constant speed of light and the non-locality of our universe have their origin in the mathematical description of the structure of the basic quantum fields.

The paper is about the translation of the equation in terms of the concept of the structure of the basic quantum fields.

The paper describes the quantization of space itself. The consequence is that all the quanta transfer in the universe at every moment in time is conserved (an extension of the law of conservation of energy). Unfortunately, the quantization of space itself shows that Einstein's theory of relativity - as a model - is only valid in relation to the obs...