diff --git a/readmore/the_electromagnetic_interaction.html b/readmore/the_electromagnetic_interaction.html
index 8c06080..0116ba7 100644
--- a/readmore/the_electromagnetic_interaction.html
+++ b/readmore/the_electromagnetic_interaction.html
@@ -2,11 +2,13 @@
 that it is made of a proton with electric charge +1 and an electron
 with charge -1. Particles with opposite electric charge attract each
 other just like magnets. This is an example of the electromagnetic
-force, or “the electromagnetic interaction”. </p> What is interaction?
+force, or "the electromagnetic interaction". 
+
+<h2>What is interaction?</h2>
 
 
 <p>How do the proton and the electron know about each other? How do
-they “interact”, and what do we mean by “interaction”? Particles
+they "interact", and what do we mean by “interaction”? Particles
 interact with each other by exchanging other particles. How does this
 work?</p>
 
@@ -23,7 +25,7 @@ receive the tools momentum, carrying him in the direction of
 flight. What happened? The two astronauts are now floating away from
 each other, whereas they were approaching each other before. They
 exchanged a tool, and transmitted momentum from one another, a process
-particle physicists call “scattering”. Sadly, this example only works
+particle physicists call "scattering". Sadly, this example only works
 for a repelling interaction. However, there is a similar example, that
 also works for an attractive interaction, which is a little more
 complicated.</p>
@@ -101,10 +103,10 @@ called fermions (all particles with half-integer spin are fermions).</p>
 
 
 
-Like all other bosons, photons can - given that sufficient energy is
+<p>Like all other bosons, photons can - given that sufficient energy is
 available - be produced out of nowhere and can also vanish into
 nothingness, leaving behind nothing but energy. Therefore, the
-electrons and protons in the atoms - as oppo<p>sed to the persons in
+electrons and protons in the atoms - as opposed to the persons in
 the boats we used as an analogy earlier - do not need to carry around
 their messengers (in our case photons), as they can simply be produced
 by all particles that carry charge. </p>
@@ -112,7 +114,7 @@ by all particles that carry charge. </p>
 <h2>Outlook</h2>
 
 <p>The exchange of photons between particles is what we call
-“electromagnetic interaction”, The photon can create either attraction
+"electromagnetic interaction", The photon can create either attraction
 or repulsion between particles and transport momentum as well as
 energy. Now we know what binds together the electron and the nucleus
 to form atoms, such as the Hydrogen atom or the Helium atom that we