Name: Ordinary miracles
Brand: Publixing
SKU: AK1D681
Price: 14.51 EUR
Availability: InStock
Rating: 5 (0 reviews)

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Ordinary miracles

"Why? " is not only asked by children to poison their parents, but has also been asked by thinkers, philosophers and scientists since time immemorial

It is an extremely important question, and it is only because of it that we know quite a lot about the world today, or so we think.
Samuel Kováčik, the physicist behind the Vedátor_sk project, talks about science in a fascinating way. And without a single formula or equation. It explains common things around us - why a plant is green, why the moon doesn't fall, how a rainbow is formed, where clouds or snowflakes come from, why we have seasons.
For some it may be boring, but for Samuel they are ordinary miracles and for parents they may be the answers to the childish question "why? "

They wrote about the book

Those who know Samek and his Vedator podcast are not surprised by the style of the booklet, and t. j. clear, structured and sometimes even funny. If you've listened to the podcast, you'll have heard some of the chapters, but you'll also learn something new. I recommend it for anyone

rating on databazeknih.cz

With a little squinted eyes, I give it full marks. I found the book to be a very interesting college lecture. That means, that the phenomena were not explained as for complete fools, but they were explained in a logical and understandable way, that even a man like me, who is not versed in such matters, understood.
Basically, the only thing that bothered me was that physics and the world around us brings many more "wonders" than were mentioned in this book, which gave me an incomplete impression. Otherwise fine, the examples as well as the historical events were very interesting, and I personally learned a lot.

rating on databazeknih.cz

Samuel Kováčik

He is a Slovak theoretical physicist and founded the Vedátor project in 2016. His research interests include modifications of quantum mechanics, numerical simulations and matrix models.