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Quantum entanglement in a real biological system
May 30, 2011, 2:13 am
Filed under: Featured Article

Quantum physics is no longer some exotic, strictly theoretical realm locked away in academic ivory towers. To the contrary, it is beginning to help us unravel the fundamental processes behind how the Earth’s countless plant species convert solar energy into LIFE energy….

“Scientists at Lawrence Berkeley National Laboratory and UC Berkeley have made the first observation of quantum entanglement* in a real biological
system.”

These researchers found that a protein-based ‘Light Harvesting Complex’ necessary for green plants to undergo photosynthesis is capable of INSTANTANEOUSLY transferring solar energy to molecules in electromagnetic reaction centers (within the plant).

Quantum entanglement explains how this natural photosynthetic process of light “transfer” is actually an expression of Non-Locality. Two electrons for instance while separated by their location in space, are inseparable/entangled on a deeper, quantum level, enabling them to communicate or be communicated to, to have energy/information transferred between them, instantaneously. In other words, nothing may actually be “transferred” in the tradition sense of moving an object from point A to point B, rather, the objects were already inseparably connected as part of a quantum field, if you will, i.e. pull one thing in the universe, and everything else moves with it.

*Quantum entanglement, also called the quantum non-local connection, is a
property of the quantum mechanical state of a system containing two or
more objects, where the objects that make up the system are linked in a
way such that one cannot adequately describe the quantum state of a
constituent of the system without full mention of its counterparts, even
if the individual objects are spatially separated.

Quantum entanglement in a real biological system found | KurzweilAI
www.kurzweilai.net
Scientists at Lawrence Berkeley National Laboratory and UC Berkeley have made the first observations of quantum

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