Some examples and use cases from the internet:

Some examples and use cases from the internet:

• If the exciton just blindly and randomly hops between the chlorophyll molecules, it would take too long to reach the reaction centre and would have lost its energy as waste heat.
• The problem is, the exciton needs to find its way to the reaction centre in the first place.
• Because when the exciton eventually does reach the reaction centre... it's by pure chance.
• The exciton wave isn't just going this way or that way, it's following all paths at the same time.
• The exciton doesn't simply move from A to B.
• Textbook biology can't explain how the exciton does this.
• This creates a tiny packet of energy called an exciton.
• They confirmed the exciton wasn't bouncing along a haphazard route through the cell.

• They confirmed the exciton wasn't bouncing along a haphazard route through the cell.
• This creates a tiny packet of energy called an exciton.
• The exciton doesn't simply move from A to B.
• Because when the exciton eventually does reach the reaction centre... it's by pure chance.
• The exciton wave isn't just going this way or that way, it's following all paths at the same time.
• Textbook biology can't explain how the exciton does this.
• The problem is, the exciton needs to find its way to the reaction centre in the first place.
• If the exciton just blindly and randomly hops between the chlorophyll molecules, it would take too long to reach the reaction centre and would have lost its energy as waste heat.