![]() He goes in depth about the presence of particle accelerators and other quantum mechanics developments in our daily lives, via PET scanners, X-Ray technology, old televisions, computer monitors, and more. are not as "squeaky clean" as we think they are because they still have to get that power from traditional sources. also how electric engines like the Tesla uses (while better than fossil fuel engines), wind turbines, etc. Though his analogies, he explains things such as how energy is produced in power plants. like the way the author shares the practical applications of many of the discoveries that have been made throughout the years. There are a few things especially, that I think the average reader will get a kick out of. with a new understanding of the ideas and experiences he planned to share. He intended to get into some relatively heavy topics (no pun intended), even leading up to what he referred to as "one of the most abstract new concepts in physics," and wanted anyone picking the book up to be able to make it through to the end with him. I realized the author was setting the tone. ![]() Initially, I had found the text to be overly simplified and a little repetitive, but as I read on. The various discoveries and theories are told in layman's terms, anecdotes, and analogies even the most novice reader could enjoy. All opinions are mine and freely given.Ġ2-21: 'How to Find a Higgs Boson and Other Big Mysteries in the World of Very Small' by CERN particle physicist, Ivo Van Vulpen, is a surprisingly fun romp through some of the most complex discoveries in the history of the field. Eindelijk.ĪRC provided by NetGalley and Yale University Press. In glasheldere taal, met slimme voorbeelden, leidt Van Vulpen ons haast ongemerkt tot aan de rand van de menselijke kennis, op een manier die voor iedereen te volgen is. Maar wat was er nu eigenlijk precies ontdekt? Wat zijn we wijzer geworden? In dit boek leren we niet alleen welke geheimen we al aan de natuur hebben ontfutseld en hoe we die hebben ingezet in onze maatschappij, maar maken ook kennis met de vragen waar de wetenschap nog geen antwoord op heeft gevonden. Enkele jaren geleden stond de wetenschappelijke wereld op zijn kop: de ontdekking van het Higgs-deeltje was een doorbraak die, net als de relativiteitstheorie van Albert Einstein, onze kijk op het heelal fundamenteel veranderde. ![]() Het is een ongekend spannend avontuur, waarin het de wetenschap lukt om steeds dieper door te dringen in een mysterieuze wereld die we met het blote oog allang niet meer kunnen zien. ![]() A 11, 1019 (1996) 10.In De melodie van de natuur neemt Ivo van Vulpen ons mee in de zoektocht naar de kleinste bouwstenen van de natuur. ![]() Kayserilioglu, Balkan Physics Letters 13, 101 (2005) Search in Google Scholar Manin, Quantum groups and non-commmutative geometry (Centre De Recherches Math., Montreal, 1988) Search in Google Scholar Drinfeld, Proceedings of International Congress of Mathematicians, Berkeley, California, USA (Academic Press, 1986) 798 Search in Google Scholar Lohe, Quantum Group Symmetry and q-Tensor Algebras (World Scientific Publishing Co. Reshetikhin, Journal of Mathematical Scien(1983) 10.1007/BF01084171 Search in Google Scholar Demichev, Introduction to Quantum Groups (World Sientific Publishing Company, River Edge N.J., 1996) 10.1142/3065 Search in Google Scholar ![]()
0 Comments
Leave a Reply. |
Details
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |