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Commit 4a2a7283 authored by Claude Meny's avatar Claude Meny
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Update cheatsheet.en.md

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    10.temporary-m3p2/16.waves/20.n2/05.waves-introduction/10.waves-in-physics/cheatsheet.en.md
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    ...@@ -175,8 +175,6 @@ Since this speed does not depend on the observer’s state of motion, these wave ...@@ -175,8 +175,6 @@ Since this speed does not depend on the observer’s state of motion, these wave
    **defy our classical intuition** of the world. They constitute *one of the experimental proofs* of the coupling of space and time **defy our classical intuition** of the world. They constitute *one of the experimental proofs* of the coupling of space and time
    within *spacetime*, first described by **special relativity** and later by **general relativity**. within *spacetime*, first described by **special relativity** and later by **general relativity**.
    <br>
    ![Linear Electromagnetic Wave](https://m3p2.com/fr/temporary_ins/waves/n2/overview/linear-electromag-wave-n3_L1200.gif) ![Linear Electromagnetic Wave](https://m3p2.com/fr/temporary_ins/waves/n2/overview/linear-electromag-wave-n3_L1200.gif)
    ![Elliptical Electromagnetic Wave](https://m3p2.com/fr/temporary_ins/waves/n2/overview/elliptic-wave-electromag-wave-n3_L1200.gif) ![Elliptical Electromagnetic Wave](https://m3p2.com/fr/temporary_ins/waves/n2/overview/elliptic-wave-electromag-wave-n3_L1200.gif)
    _Two different polarization states, linear (top) and elliptical (bottom), of an electromagnetic wave. _Two different polarization states, linear (top) and elliptical (bottom), of an electromagnetic wave.
    ...@@ -245,6 +243,7 @@ This **non-local behavior** is *fundamentally random* and thus ...@@ -245,6 +243,7 @@ This **non-local behavior** is *fundamentally random* and thus
    _Representation of electron presence probability (blue) in s orbitals (center) and p orbitals (8 lobes)_ _Representation of electron presence probability (blue) in s orbitals (center) and p orbitals (8 lobes)_
    _of a hydrogen-like atom, with the atomic nucleus at the center and highly magnified (red)._ _of a hydrogen-like atom, with the atomic nucleus at the center and highly magnified (red)._
    <br>
    *B - Wave Function and Entangled Particles* *B - Wave Function and Entangled Particles*
    ......
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