By George A. Olah
The interesting autobiographical reflections of Nobel Prize winner George Olah How did a tender guy who grew up in Hungary among the 2 international Wars move from cleansing rubble and relocating pianos on the finish of worldwide battle II within the Budapest Opera apartment to successful the Nobel Prize in Chemistry? George Olah takes us on a striking trip from Budapest to Cleveland to Los Angeles-with a stopover in Stockholm, in fact. An leading edge scientist, George Olah is actually different, whose awesome learn into tremendous robust acids and their new chemistry yielded what's now generally known as superacidic "magic acid chemistry. a lifetime of Magic Chemistry is an intimate examine the various trips that George Olah has traveled-from his early examine and educating in Hungary, to his circulate to North the US the place, in the course of his years in undefined, he persevered his learn of the elusive cations of carbon, to his go back to academia in Cleveland, and, ultimately, his stream to la, the place he outfitted the Loker Hydrocarbon examine Institute to discover new ideas to the grave challenge of the world's diminishing average oil and gasoline assets and to mitigate international warming via recycling carbon dioxide into hydrocarbon fuels and items. Professor Olah invitations the reader to benefit from the tale of his notable path-marked through labor, mind's eye, and unending quests for discovery-which ultimately ended in the Nobel Prize. Intertwining his learn and instructing with a distinct own writing sort really makes a lifetime of Magic Chemistry an attractive learn. His autobiography not just touches on his exhilarating existence and pursuit for brand spanking new chemistry but in addition displays at the broader that means ofscience in our perpetual look for knowing and information.
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Extra resources for A life of magic chemistry: autobiographical reflections of a nobel prize winner
Because of chemistry’s very wide scope, it is customary to divide it into branches. One of the main branches is organic chemistry, which originally dealt with compounds that were obtained from (or related to) living organisms but is now generally recognized to be the chemistry of the compounds of carbon or, more precisely, of hydrocarbons (compounds of carbon and hydrogen) and their derivatives. , hydrocarbons and their derivatives). In biochemistry, the compounds and chemical reactions involved in processes of living systems are studied.
When atoms combine, they form molecules and compounds (an assembly of a large number of molecules). They are held together by forces generally referred to as chemical bonding. In the strict sense, no such thing as the ‘‘chemical bond’’ exists, only atoms held together by sharing electrons in some way (covalent bonding) or by electrostatic charge attractions 21 22 ࡗ A L I F E O F M A G I C C H E M I S T RY (ionic bonding). The highest probability of the location of electrons between atoms is depicted by the chemist by two-, three-, or multicenter bonding (sharing electrons).
Chemistry is the science of molecules and materials, physics deals with forces, energy, and matter (also including fundamental questions of their origin), and biology deals with living systems. Chemistry deals with how atoms (formed from the original energy of the big bang) build up molecules and compounds, which eventually organized themselves into more complex systems of the physical and biological world. It also deals with man-made compounds and materials. Chemistry is not directly concerned with such fundamental questions as how the universe was formed, what (if any) the origin of the big bang was, what the nature of the inﬁnite minuscule subatomic world is, or, on the other hand, the dimensionless cosmos, how intelligent life evolved, C H E M I S T RY ࡗ 23 etc.
A life of magic chemistry: autobiographical reflections of a nobel prize winner by George A. Olah