Amplified Surface-Enhanced Infrared Absorption Signal Using Analytical Compensation of Information Loss

Noether's theorem clearly states that temporal translational invariance leads to energy conservation. In physics, such conservation is typically associated with eigenfunctions, harmonic signals, and their eigenvalues, which are commonly represented as frequency. However, in real-world scenarios, losses are unavoidable because it is impossible to fully account for every interaction. Nonradiative losses, which have a significant impact on light-matter interactions, are especially undesirable for optical device performance.