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MOTION MOUNTAIN

LIGHT, CHARGES AND BRAINS - Motion Mountain

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the quest for precision and its implications 317<br />

Ref. 289<br />

change of thought structures connected with them, and the joy of insight following them<br />

provides the drive for many scientists. Little talk and lots of pleasure is their common<br />

denominator. In this spirit, the important physicist Victor Weisskopf (b. 1908 Vienna,<br />

d. 2002 Newton) liked to say jokingly: ‘There are two things that make life worth living:<br />

Mozart and quantum mechanics.’<br />

The choice of moving away from the tremendum towards the fascinans stems from an<br />

innate desire, most obvious in children, to reduce uncertainty and fear.This drive is the<br />

father of all adventures. It has a well-known parallel in ancient Greece, where the first<br />

menstudying observations, such as Epicurus, stated explicitly that their aim was to free<br />

people from unnecessary fear by deepening knowledge and transforming people from<br />

frightened passive victims into fascinated, active and responsible beings. Those ancient<br />

thinkers started to popularize the idea that, like the common events in our life, the rarer<br />

events also follow rules. For example, Epicurus underlined that lightning is a natural<br />

phenomenon caused by interactions between clouds, and stressed that it was a natural<br />

process, i.e., a process that followed rules, in the same way as the falling of a stone or any<br />

other familiar process of everyday life.<br />

Investigating the phenomena around them, philosophers and later scientists succeeded<br />

in freeing people from most of their fears caused by uncertainty and a lack of<br />

knowledge about nature. This liberation played an important role in the history of human<br />

culture and still pervades in the personal history of many scientists. The aim to<br />

arrive at stable, rock-bottomtruths has inspired (but also hindered) many of them; AlbertEinsteinisawell-knownexampleforthis,discovering<br />

relativity, helping to start up<br />

but then denying quantum mechanics.<br />

Interestingly, in the experience and in the development of every human being, curiosity,andthereforethesciences,appearsbeforemagicandsuperstition.Magicneedsdeceit<br />

tobeeffective, and superstition needs indoctrination; curiosity doesn’t need either. Conflictsofcuriositywithsuperstitions,ideologies,authoritiesortherestofsocietyarethus<br />

preprogrammed.<br />

Curiosity is the exploration of limits. For every limit, there are two possibilities: the<br />

limit can turn out to be real or apparent. If the limit is real, the most productive attitude is<br />

that of acceptance. Approaching the limit then gives strength. If the limit is only apparent<br />

and in fact non-existent,themostproductive attitude is to re-evaluate the mistaken view,<br />

extract the positive role it performed, and then cross the limit. Distinguishing between<br />

real and apparent limits is only possible when the limit is investigated with great care,<br />

openness and unintentionality. Most of all, exploring limits need courage.<br />

“Dasgelüftete Geheimnisrächtsich.*<br />

BertHellinger”<br />

Courage<br />

* ‘Theunveiled secrettakes revenge.’<br />

** ‘Itisdangerous toberight inmatterswhereestablishedmenare wrong.’<br />

“Ilestdangereux d’avoirraisondansdeschoses<br />

oùdeshommesaccréditésonttort.**<br />

Voltaire”<br />

Motion Mountain – The Adventure of Physics copyright © Christoph Schiller June 1990–November 2015 free pdf file available at www.motionmountain.net

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