<b>Max Planck</b>&nbsp;was unintentionally a revolutionary. In fact, in dealing with a thorny problem that afflicted physics at the end of the 19th century (the&nbsp;<b>black body emission spectrum</b>) he used a mathematical trick to ensure the convergence of what mathematicians call the &quot;integral generalized&quot;. And not only that, his solution was in perfect agreement with the experimental data. &quot;Unfortunately&quot; (for Planck who adhered to the paradigm of classical physics), what he had used was much more than a simple artifice: Nature was revealing something very interesting to us.<br /><br /><u>Ebook Topics</u>:<br /><b>Experimental features<br />Stefan-Boltzmann law.<br />Wien&#39;s law.<br />Displacement law<br />Theoretical setting<br />The Rayleigh-Jeans radiation formula</b><br /><br /><b>Marcello Colozzo</b>, a graduate in <b>Physics</b>, has been involved in online teaching of Mathematics and Physics since 2008 through the <b>Extra Byte website</b> where &quot;simulations&quot; are performed in the Mathematica computing environment. In recent years he has published various articles on mathematical physics and collaborates with the <b>Electronic Open Source magazine</b>. An avid reader of cyberpunk fiction, he has attempted to transition into &quot;cyber writer&quot; status by publishing various anthologies of short stories.