Welcome to our private site, created by A. Durandin and D. Durandin.
This Home Page is a gateway for several current and future projects. (We are starting with two projects).
- Time and Space (vs Instruments of Measurement) (Part 1.1).
- General Solution for Einstein’s Relativity (Part 1.2).
- Limits of Applicability of the Doppler Theory (part 1.3).
2. Project 2 is “Atomic Orbits”.
- Introduction (part 2.1).
- Electron orbit in Hydrogen atom (Part 2.2).
- Electrons orbits in Helium atom (Part 2.3).
- (Other atoms will be added later).
There are plenty of online publications from authors who scrutinize these theories. Our goal is neither sensationalism nor drama.
We present new solutions. We analyze methods and compare the applicability of our new solutions to those of the past.
Every step forward in science is the result of a fresh perspective, better experiments, and improved theories. Every step forward builds on the achievements and efforts of many scientists.
Einstein’s Theory of Relativity would have been impossible without Michelson’s experiments, Lorentz’s proposal of two sets of independent coordinates, and Poincare’s solving the task of preserving spherical symmetry of electromagnetic waves in inertial systems, which he named ‘Lorentz transformations.’
And a century later, it is time to take another step forward in many aspects of fundamental science, which includes: the Theory of Relativity, Quantum Mechanics, Atomic Theory, etc.
We want to decrease the number of contradictions and postulates in modern science by giving simple answers to the most complicated problems.
Those who are unfamiliar with Einstein’s Relativity will answer 2 kg. Those familiar with Einstein’s Relativity will answer that it could be 3 kg, 100 kg or 1,000,000 kg, or any number greater than 2 kg.
According to Einstein’s Theory of Relativity, the result depends on the speed and the direction of movement:
$Longitudinal{\ } mass=\frac{m}{({\ }\sqrt{1-{v^2\over c^2}}{\ })^3}$,
In Project 2: We start with the introduction (Part 2.1) and a short historical review. In the next parts we present the orbits of electrons in Hydrogen (Part 2.2) and Helium (Part 2.3) atoms. We analyze and compare the structures of energy levels for the Hydrogen atom as well as for both of the configurations of ortho- Helium and para- Helium atoms.
This is an original project. Since Rutherford proposed the circular model which was developed by Bohr, it has since been proven to be incorrect. Yet, no other shape for an electron’s orbit has ever been seriously discussed, possibly because Quantum Mechanics dissuades that direction of knowledge.