Possible Energy Level Schemes for a Quantum Object with Three States

AI Thread Summary
The discussion centers on proposing two energy-level schemes for a quantum object with three states, based on observed electromagnetic radiation emissions at 2.48 eV, 1.91 eV, and 0.57 eV. One participant has created an initial energy level scheme representing the absorption lines corresponding to these energies. The challenge arises in defining a second distinct energy-level scheme without revealing the first one, raising questions about how to differentiate between the two. The conversation highlights the need for clarity in illustrating energy transitions and the significance of understanding the relationship between emitted energies and possible quantum states. Ultimately, the discussion emphasizes the importance of creativity and precision in quantum mechanics modeling.
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Homework Statement


Suppose we have reason to suspect that a certain quantum object has only three quantum states. When we excited such an object we observe that is emits electromagnetic radiation of three different energies: 2.48 eV (green), 1.91 eV (orange), and 0.57 eV (infrared). Propose two possible energy-level schemes for this system.

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The Attempt at a Solution


I drew the energy level scheme for the given energies, which I suppose would represent the absorption lines, but what would a second energy-level scheme involve?
 
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If you don't show the one you found, how would someone know what will be a different one?
 

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