Quantum Lentils: Legumes Could Be Exchanging Secret Signals

Quantum Lentils: Legumes Could Be Exchanging Secret Signals

It has been reported that legumes could be exchanging secret signals. Check out the latest reports about this below.

Quantum lentils mystery explained

In the southern foothills of Rome, you’ll find the National Laboratory of Frascati, which is Italy’s top nuclear physics laboratory.

It has all the latest equipment you’d expect to find in a state-of-the-art scientific facility, such as powerful particle accelerators, huge magnets, and exposed electric cables. Many of the researchers at this lab are trying to unravel the mysteries of the standard model, which is our best theory for understanding the fundamental workings of reality.

However, in a specific room inside the lab, Cătălina Curceanu is keeping a close watch on a small container of lentils.

Physicist Angela Curceanu is applying nuclear physics methods and apparatus to solve the age-old mystery of why lentils and other organisms constantly emit weak particles of light, called “biophotons”. While some believe these biophotons are insignificant, others argue that they could be a form of communication.

Curceanu is inclined towards the latter belief and even suspects that these pulses may contain secret quantum signals. She views her current research as just the beginning, but finds the results thus far to be extremely interesting.

There’s some evidence to suggest that living organisms use quantum phenomena, including photosynthesis and bird navigation.

However, it would be surprising if lentils, which are not known for their complex behavior, also exhibit quantum biology.

Michal Cifra from the Czech Academy of Sciences in Prague says that if this were true, it would be an amazing discovery. As biophotons are emitted by many organisms, this discovery would suggest that quantum effects are widespread.

We suggest that you check out the complete original article in order to learn more details about his very interesting subject that sparks more curiosity in the scientific world.

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