Alex299792458
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I know the question is simple but why is glass transparent and what's in the material to adds up to those elements and all the physics behind it.
The discussion centers on the transparency of glass, highlighting that materials like glass allow photons to pass through without significant absorption due to their atomic structure. It is established that no material is perfectly transparent; increased thickness leads to photon absorption, resulting in loss of transparency. The conversation also delves into the concept of energy band gaps, noting that glass has larger energy gaps compared to opaque materials like lead, which affects their transparency. The physics behind these phenomena is rooted in the behavior of electrons and their energy states within different materials.
PREREQUISITESStudents and professionals in materials science, physicists, and anyone interested in the optical properties of materials, particularly those studying the transparency of substances like glass and lead.
OK well that is a VERY different question to which you first asked causing me to waste my time posting a link for which you have already seenAlex299792458 said:I already watch this video and this is actually the exact video that inspired me to make this thread and it is one of my favorite sixty symbols videos. My real question was why do electron have energy band gaps and why do some materials like glass have a bigger energy gaps than lead or any other opaque materials?