August 9, 2016 Tuesday
Today I managed to dig out the complaint number against the first
attack.
It was in April 2016.
Still don't think the police is competent enough to extract my
complaint from their system.
Bedtime Story
You will recall (most likely you will not) how I ended my story on Geiger-Marsden experiment aka Rutherford gold foil experiment.
These series of experiments led to our rethinking from the "plum pudding model" that had been proposed by the great J. J. Thomson.
Instead, atom proved itself to be mostly empty space, with all its positive charge stuffed in the center in a very tiny volume surrounded by a cloud of electrons.
Yet this model was obviously neither perfect nor complete.
If as per the Maxwell's equations these atoms were the source of electromagnetic radiation, then the electron orbiting around the atomic nucleus would loose its energy with each photon emitted and spiral down into the nucleus.
To solve this quandary, would come a Danish boy who was born in 1885 in Copenhagen, Denmark.
His father was a professor of physiology and his mother came from a wealthy and prominent Jewish family of bankers and politicians.
This boy was a passionate footballer, whose brother Harold was both a mathematician and represented Denmark at the 1908 Summer Olympics in London.
The boy himself who we are talking about, Niels Bohr, played several matches for the Copenhagen based Academic Football Club as goalkeeper.
In 1903, at the age of 18, this young goalkeeper enrolled as an undergraduate at the Copenhagen University with his majors as physics.
His brilliance shown when in 1905 the Royal Danish Academy of Sciences organised a gold medal competition to measure the surface tension of liquids by measuring the frequency of oscillation of water jet radius.
This idea was originally proposed by the English physicist Lord Rayleigh who had predicted acoustic waves on the surface of solids.
(Incidentally, he is the sane Rayleigh of Rayleigh scattering that explains the blue sky of our planet).
Bohr conducted his own experiments in his father's laboratory as the university had no physics laboratory (and had just 1 physics professor Christian Christiansen).
He made his own glassware equipments and test tubes with elliptical cross sections.
Bohr went beyond the original competition by working with finite amplitudes instead of infinitesimal ones and also adding modifications to the Rayleigh's theory.
His last minute submission won the gold medal.
We shall continue our story on the idea of electron configuration in the nights to come.
Stay tuned to the voice of an average storytelling chimpanzee or login at http://panarrans.blogspot.in/
Good night mon ami and my fellow cousin ape.
Today I managed to dig out the complaint number against the first
attack.
It was in April 2016.
Still don't think the police is competent enough to extract my
complaint from their system.
Bedtime Story
You will recall (most likely you will not) how I ended my story on Geiger-Marsden experiment aka Rutherford gold foil experiment.
These series of experiments led to our rethinking from the "plum pudding model" that had been proposed by the great J. J. Thomson.
Instead, atom proved itself to be mostly empty space, with all its positive charge stuffed in the center in a very tiny volume surrounded by a cloud of electrons.
Yet this model was obviously neither perfect nor complete.
If as per the Maxwell's equations these atoms were the source of electromagnetic radiation, then the electron orbiting around the atomic nucleus would loose its energy with each photon emitted and spiral down into the nucleus.
To solve this quandary, would come a Danish boy who was born in 1885 in Copenhagen, Denmark.
His father was a professor of physiology and his mother came from a wealthy and prominent Jewish family of bankers and politicians.
This boy was a passionate footballer, whose brother Harold was both a mathematician and represented Denmark at the 1908 Summer Olympics in London.
The boy himself who we are talking about, Niels Bohr, played several matches for the Copenhagen based Academic Football Club as goalkeeper.
In 1903, at the age of 18, this young goalkeeper enrolled as an undergraduate at the Copenhagen University with his majors as physics.
His brilliance shown when in 1905 the Royal Danish Academy of Sciences organised a gold medal competition to measure the surface tension of liquids by measuring the frequency of oscillation of water jet radius.
This idea was originally proposed by the English physicist Lord Rayleigh who had predicted acoustic waves on the surface of solids.
(Incidentally, he is the sane Rayleigh of Rayleigh scattering that explains the blue sky of our planet).
Bohr conducted his own experiments in his father's laboratory as the university had no physics laboratory (and had just 1 physics professor Christian Christiansen).
He made his own glassware equipments and test tubes with elliptical cross sections.
Bohr went beyond the original competition by working with finite amplitudes instead of infinitesimal ones and also adding modifications to the Rayleigh's theory.
His last minute submission won the gold medal.
We shall continue our story on the idea of electron configuration in the nights to come.
Stay tuned to the voice of an average storytelling chimpanzee or login at http://panarrans.blogspot.in/
Good night mon ami and my fellow cousin ape.
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