UPDATE educational content

Author: ParleSec

templates/educational/default.html

@@ -83,4 +83,12 @@ <h5 class="mt-4">Further Learning Resources</h5>
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-<!-- EDUCATIONAL-CONTENT END -->
+<!-- EDUCATIONAL-CONTENT END -->
+
+<!-- MINI_EXPLANATION_START -->
+<h5>{{ plugin.name }}</h5>
+<p>This simulation demonstrates key quantum computing concepts including superposition, entanglement, and measurement.</p>
+<div class="alert alert-primary">
+  <strong>Key Quantum Concept:</strong> Quantum simulations provide insight into quantum behavior without requiring actual quantum hardware.
+</div>
+<!-- MINI_EXPLANATION_END -->

templates/educational/qrng.html

@@ -88,8 +88,8 @@ <h5>Implementation Methods</h5>
     <div class="card">
       <div class="card-header">Beginner's Analogy: Understanding QRNG</div>
       <div class="card-body">
-        <p>Imagine a classical random number generator like flipping a coin. You think it's random, but theoretically, if you knew the exact physics of the flip—the force applied, air resistance, etc.—you could predict the outcome. It only seems random because these factors are complicated, not because they're truly unpredictable.</p>
-        <p>A quantum random number generator is more like having a special coin that doesn't decide whether it's heads or tails until the exact moment you look at it. Before observation, it exists in a state that is literally both heads and tails simultaneously. The act of looking causes it to randomly become one or the other, and this randomness is not due to a lack of information—it's a fundamental property of nature.</p>
+        <p>Imagine a classical random number generator like flipping a coin. You think it's random, but theoretically, if you knew the exact physics of the flip-the force applied, air resistance, etc.-you could predict the outcome. It only seems random because these factors are complicated, not because they're truly unpredictable.</p>
+        <p>A quantum random number generator is more like having a special coin that doesn't decide whether it's heads or tails until the exact moment you look at it. Before observation, it exists in a state that is literally both heads and tails simultaneously. The act of looking causes it to randomly become one or the other, and this randomness is not due to a lack of information-it's a fundamental property of nature.</p>
         <p>No amount of information about the system can predict which result you'll get, making quantum random numbers truly unpredictable even in principle.</p>
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