Scientists have long suspected that quantum phenomena play a role in photosynthesis and other natural chemical reactions, but they are not sure because such phenomena are very difficult to identify.
Researchers have demonstrated a new method for measuring the phenomenon of attachment in chemical reactions with the ability of quantum particles to maintain certain bonds over long distances.
When you know how a chemical reaction works, you can mimic or recreate it in new technology, such as: By designing a better solar energy system.
Since 1964, Bell’s inequality has been widely validated and serves as a test to identify attachments that can be explained by discrete measurements, e.g. other particles.
However, the description of the attachment to a chemical reaction requires continuous measurement, e.g. For example, different radiation angles that spread reagents and force them to contact and convert to products.
The researchers tested Bell’s general inequality in the simulation of quantum chemical reactions to obtain deuterium hydride molecules.
Because the simulations confirm the Bels theorem and show that entanglement can be classified as a chemical reaction, the researchers said.
We do not yet know which results we can control by exploiting the attachment of chemical reactions, but these results will be different researchers. Measuring interwoven in this system is an important first step.
Further Reading: Purdue university