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        <h1 class="text-center">Dr. Richard Feynman</h1>
        <p><h4 class="text-center"><em>"Physics is like sex: sure, it may give some practical results, but that's not why we do it."</em></h4></p>
        <div class="thumbnail"><img src="http://i467.photobucket.com/albums/rr36/altreel/Richard%20Feynman/feynmanteach2.jpg" height="850" width="1080">
          <div class="caption text-center">Richard Feynman, whose diagrams provided the first intuitive way of drawing particle interactions</div>
      </div>
        <p><h2>Here's a brief details of Feynman's life:</h2></p>
        <p>
          <h5><a href="#el"><strong>Early Life and Education</strong></a></h5><br />
          <h5><a href="#ca"><strong>Contributions and Achievements</strong></a></h5><br />
          <h5><a href="#ll"><strong>Later Life and Death</strong></a></h5><br />
          <h5><a href="#fq"><strong>Some Famous Qoutes</strong></a></h5>
        </p>
      <p>Richard Phillips Feynman was a prominent American scientist, widely considered to be one of the greatest and most influential theoretical physicists in history. Feynman revolutionized the field of quantum mechanics and formulated the theory of quantum electrodynamics. He won the Nobel Prize for Physics in 1965.</p>
      <p><h3><a name="el"></a>Early Life and Education:</h3></p>
<p>Born in 1918 in Brooklyn, Richard Feynman’s parents were of Jewish descent. Feyman earned his Ph.D. from Princeton University in 1942.</p>

<p><h3><a name="ca"></a>Contributions and Achievements:</h3></p>
<p>Richard Feynman was one of the key figures in the Manhattan Project at Los Alamos during World War II. After the war, Feynman accepted teaching positions at Cornell and the California Institute of Technology. He was awarded the 1965 Nobel Prize in Physics for successfully resolving problems related to the theory of quantum electrodynamics.</p>

Feynman also formulated a mathematical theory that dealt with the phenomenon of superfluidity in liquid helium. In collaboration with Murray Gell-Mann, he extensvely studied weak interactions such as beta decay. Feynman played a vital role in the development of quark theory by presenting his parton model of high energy proton collision processes.

<p>Feynman is credited with the introduction of fundamental computational techniques and notations into physics. The Feynman diagrams have radically changed the way in which basic physical processes are conceptualized and calculated. As a legendary educator, Feynman was awarded the Oersted Medal for Teaching in 1972.</p>

On a mission to increase the understanding of physics among the general public, Feynman wrote “The Character of Physical Law” and “Q.E.D: The Strange Theory of Light and Matter”. He also published various advanced works that have become definitive references and textbooks for scholars and students alike.

<p><h3><a name="ll"></a>Later Life and Death:</h3></p>
<p>Richard Feynman died of abdominal cancer on February 15, 1988, in Los Angeles. He was 69 years old.</p>
  <p><h3><a name="fq"></a>Some Famous Quotes by Richard Feynman:</h3></p>
<img src="data:image/jpeg;base64,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" height="460" width="480" style="float:left;" hspace="30"/>
    <h6><p><li>"The first principle is that you must not fool yourself and you are the easiest person to fool."</li></p>
<p><li>"For a successful technology, reality must take precedence over public relations, for Nature cannot be fooled."</li></p>

<p><li>"What I cannot create, I do not understand."</li></p>
<p><li>"Nature uses only the longest threads to weave her patterns, so that each small piece of her fabric reveals the organization of the entire tapestry."</li></p>
<p><li>"I don't know what's the matter with people: they don't learn by understanding, they learn by some other way — by rote or something. Their knowledge is so fragile!"</li></p>
      <p><li>"I was born not knowing and have had only a little time to change that here and there."</li></p>
<p><li>"It doesn't matter how beautiful your theory is, it doesn't matter how smart you are. If it doesn't agree with experiment, it's wrong.</li></p>
<p><li>"I believe that a scientist looking at nonscientific problems is just as dumb as the next guy."</li></p>
      <li>"If I could explain it to the average person, I wouldn't have been worth the Nobel Prize."</li></p></h6>
      
      <blockquote>
            <p><h3>“There are two types of genius. Ordinary geniuses do great things, but they leave you room to believe that you could do the same if only you worked hard enough. Then there are magicians, and you can have no idea how they do it. Feynman was a magician.”</h3></p>
            <footer><cite>-Hans Bethe</cite></footer>
          </blockquote>
          <h4>If you have time, you should read more about this incredible human being on his <a href="https://en.wikiquote.org/wiki/Richard_Feynman" target="_blank">Wikipedia entry</a>.</h4>
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    <p>Written and coded by <a href="https://forum.freecodecamp.com/u/AbhijnyanChandra" target="_blank">Abhijnyan Chandra</a>.</p>
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