The innovative approach involves using a two-dimensional planar resonator, or metasurface, that captures terahertz (THz) light and coats it with a thin layer of glucose. This arrangement allows the light to interact strongly with glucose molecules, creating a hybrid quantum state with unique physical and chemical properties.
The researchers found that this method allowed them to manipulate the properties of molecules and enhance chemical reactions. Unlike previous methods that relied on optical cavities, their design effectively confines light to a small volume, providing a powerful mode of coupling between light and matter.
This technology opens up prospects for the development of quantum chemistry and molecular diagnostics.
Source: Ferra
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