Format Values Where This Formula Is True For Any Letter Critique of Sir William Bragg’s Book: Concerning The Nature Of Atoms

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Critique of Sir William Bragg’s Book: Concerning The Nature Of Atoms

Nobel laureate physicist Sir William Bragg developed the laws of diffraction. With this formula, scientists can measure the diameter of an atom. This measurement is so minute as to be overlooked, but X-rays deflected from the atomic surface of the crystal can be measured with a consistency beyond dispute; Therefore, we can know the dimensions of any atom, measured in increments of one hundred millionths of a centimeter (10-8 cm), expressed as angstroms.

Bragg describes a universe composed entirely of atoms in both the gaseous and compound states, and where: combination occurs, and some of the atoms maintain it when conditions are satisfied. All chemistry is concerned with the nature of these conditions and their consequences; However, atoms are never completely stable; At least, they vibrate and vibrate in average places, just as parts of an iron bridge vibrate when a train vibrates its span.

Sir William reduces the complexities of science to the most common language; In fact, the book is a physics primer; However, it contains considerable information that is not familiar to many. His dissertation requires no scientific background of the reader, even though the nature of complexity, dimensions, energy incentives, and attraction between particular atoms—particularly the tendency of molecules to grow into increasingly complex groups—is investigated in a predictable fashion.

First, as an ancient alchemist, now in the learned sciences and advanced biochemistry, man tries to manipulate atoms to meet his own specifications and special needs. Hydrocarbon fuels are a prime example; For here, in the world of atomic bonds, crude oil can be refined into ethylene, hexahydrobenzene, naphthalene, etc. simply by adding or removing carbon-hydrogen attachments. Therefore, we can understand how simple molecules (bonds between two or more atoms) can be transformed into more complex forms in the presence of light, temperature, and pressure.

Your critical author suggests the presence of ‘atomic intelligence’, the nuclear instinct may have an attraction to its advantage; Without question, every cell in the human body communicates (through atomic covalence and molecular interactions) with its neighboring cells for mutual survival and programs its own cellular existence without input from sentient knowledge. However, this observation is beyond Bragg’s purpose; He would address laboratory procedures to determine the mass and number of various elements and therefore not ignore the element’s fundamental properties – the atomic tendency to seek beneficial relationships with other atoms. He continues: ‘It is in this combination that their importance lies. Atoms can be compared to the letters of the alphabet, which can be put together in a myriad of ways to form words. So atoms can be combined into the same variety we call molecules.’

From radioactive measurements of various elements, Sir William placed the atoms in the minute that required measurement to 1/100,000,000th of a centimeter. To further illustrate the smallness of the atom, the size of the electron is placed at about 1/10,000th that of the nucleus. If the reader has any interest in the nature of things, this book is recommended for the novice and scholar as a primary introduction to physics; Here, those interested can investigate the most fundamental nature of atoms in gases, liquids, crystals and metals.

We, as humans, are only molecular compounds; The cells and substrates of our bodies have intelligence capable of propagating their own existence; And certainly, we, intellectually endowed with atomic interactions, would be curious about a freely committed intelligence to maintain our overall intelligence.

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