How do diffraction and uncertainty relate to each other?

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Diffraction and Heisenberg's Uncertainty Principle (HUP) are related but distinct phenomena. HUP addresses the limitations of measuring certain pairs of physical properties, while diffraction is an observable effect that arises from wave behavior. The discussion suggests that diffraction can be viewed as a classical representation of the principles underlying HUP. A key point made is that one can derive the two-slit diffraction pattern using HUP, illustrating their connection. Understanding both concepts enhances comprehension of quantum mechanics and wave-particle duality.
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I couldn't find this else where so i figured id ask it here.
What is the relationship/difference between the two? To me diffraction just seems like a generalized and/or classical way to describe Heisenbergs Uncertainty principle.

So question: Are the two phenomena the same thing?
 
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It is possible for things to be related without being the same.
HUP is a statement about measurement statistics in general while diffraction is an emergent phenomenon.
To see the difference, derive the 2-slit diffraction pattern from HUP.
 
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