Christian G. Wolf

forty-two times ten - Inh. Christian Wolf

This paper proposes a theoretical equation for the Newtonian constant of gravitation G derived from the fine–structure constant α, electron charge e, Rydberg-Infinity constant R∞ and the strength of a quantum of the gravitational force Fg defined by a stunningly simple integer geometric relation to the fourth power of the speed of light c: G propos...

For the identified relations of GoldenRatio to the constants of nature one definitely want to have a look on iSpace (integer Space) theory. It is possible to calculate an exact value for of over 50 constants of nature by using the somewhat rarely seen concept of a changed distance definition, a very small ”magic” prime number (6961) and the Golden-...

While doing routine checks of a proposed improved value for Newtonian gravitational constant G in a 2021 paper of Alex Kritov [1] (suggested to me by ResearchGate) did not look like convincing physical results to me with respect to ⅈSpace-geometry (like G, fine structure constant α and others). However, his derivation of a quantum physical relation...

This paper is an initial release of my breakthrough result on a proof of quantization of time. Its results are embedded into the simple integer-geometric framework of the iSpace project. iSpace - or integer Space (if reading the i as an imaginary i, iSpace can also be pronounced "complex-Space") aims to - and succeeds in (!) - derivation of the hid...

We hereby display two independent research-wise blind folded calculations of the fine structure constant using different angles in attacking the problem by two different novel models that however produced the same result which leads to the inescapable conclusion that 'empty' vacuum space must be intrinsically a quantized medium in nature.----------...

This method paper on a detailed iSpace analysis of the Heisenberg uncertainty relation (mathematically as simple as Planck constant over 2 Pi devided by 2) is not meant to be a typical preprint in its current form. While a full paper is planned to be published thru regular peer-review with apropriate introduction, discussion and conclusion sections...

Recalculation of a RG post of John Wsol in both iSpace-SI and iSpace-IQ unit systems unexpectedly lead to the derivation of root cause of the SI (human-artifact (!)) integer 299792458 and at the same time in a proof of identification of iSpace-IQ Planck time to be “just” the previously identified Quantum of time 1/6961 iSpaceSecond (!!) as recently...

This paper presents a short self-explainable sequence of (Wolfram Mathematica based) calculations, intended to show up combinations of physical, geometric and numeric relations in the the typical verification method of the iSpace toolkit as applied in the form of short verification calculations of the predicted relations. Like in this case the sim...

We hereby display two independent research-wise blind folded calculations of the fine structure constant using different angles in attacking the problem by two different novel models that however produced the same result which leads to the inescapable conclusion that 'empty' vacuum space must be intrinsically a quantized medium in nature.

This paper presents a short self-explainable sequence of (Wolfram Mathematica based) calculations, intended to be a positive verification of the hypothesized physical, geometric and numeric relations in the recent paper published by Markoulakis and Antonidakis (DOI: 10.4236/jamp.2022.1010196). Typical verification methods of the iSpace toolkit are...

We compare the most important physical constants in SI (aka MKS/A unit system), iSpace-SI (an *exact* yet fully SI compatible unit system), iSpace-IQ (the first true Integer Quantum geometric unit system not depending on any human artefact) and Planck units (the only unit system with so far undisputed actual physical background) by deriving exact c...

For the identified relations of GoldenRatio to the constants of nature one definitely want to have a look on iSpace (integer Space) theory. It is possible to calculate an exact value for of over 50 constants of nature by using the somewhat rarely seen concept of a changed distance definition, a very small ”magic” prime number (6961) and the Golden-...

Analyzing different alternative relations for iSpace Newtonian gravitational constant G gave a VERY SIMPLE one. The originally identified relation for the Newtonian gravitational constant G (as presented in IMS-2015 conference paper in Prag, please see ”iSpace - Deriving G from α, e, R∞, μ0 and Quantum of Gravitational Force Fg”) showed a structur...

For the identified relations of GoldenRatio to the constants of nature one definitely want to have a look on iSpace (integer Space) theory. It is possible to calculate an exact value for of over 50 constants of nature by using the somewhat rarely seen concept of a changed distance definition, a very small ”magic” prime number (6961) and the Golden-...

For the identified relations of GoldenRatio to the constants of nature one definitely want to have a look on iSpace (integer Space) theory. It is possible to calculate an exact value for of over 50 constants of nature by using the somewhat rarely seen concept of a changed distance definition, a very small ”magic” prime number (6961) and the Golden-...

For the identified relations of GoldenRatio to the constants of nature one definitely want to have a look on iSpace (integer Space) theory. It is possible to calculate an exact value for of over 50 constants of nature by using the somewhat rarely seen concept of a changed distance definition, a very small ”magic” prime number (6961) and the Golden-...

The calculated theoretical values of Planck Constant h and Electron Charge e leads to the ability to calculate the exactvalue of nearly all primary constants of nature in SI units - Summary of important results **IMPORTANT**: The current ResearchGate PDF preview function on-the-fly strongly degrades resolution of figures to save computing time. Wh...

Theoretical equation for e and h reveals e to be a derived physical constant. A stunningly simple equation allows to derive the (presumably) exact theoretical value of the physical constant e (the electron charge in SI unit [C]), as well as the exact value of the Planck constant h (in SI unit [J s]) just by partially squaring it (effectively changi...