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Being a different type of matter it could behave in ways we are not

familiar with. It would probably reside in the nucleus; it may be able to move around the cell, even move outside. It could live for many years. It might never die.

It may need this home of proteins and sugars etc to extract

something to enable this long life. I will try to show as the theory

expands that a long life span of a TLF working together with other TLFs can point to the meaning of life itself.

With single celled species in the past or present, the TLF, this small, decision-making force could well influence the actions of the cell. A cell viewed that was moving to a food source would look to be alive as we at present understand, but it would move in just the same way if it was an inert elemental body controlled by an undetected life form.

One TLF may share information with another TLF if it could leave the cell housing. It could well be connected slightly to the cell while outside to keep essential processes going. The cell would not be as active while a TLF was outside.

It may also leave the cell to find food the cell requires.

It may even pass information through the cell wall to another cell when in close contact.

Many present simple celled forms can be observed touching

together and staying together for no obvious reason.

Could this not explain how touch might be important? Stroking an animal, the laying on of hands in cures and showing love.

The earliest TLF may have used a simple strand like RNA to

attract the nutrients it needed to progress. However way this early TLF developed, lets suppose it has advanced, making a few

decisions for instance and could now make a simple single cell.

These single cells do seem to live forever, as we understand living forever because each one divides to make two new ones.

This may well have taken place if the TLF could divide or

replicate itself once it had absorbed enough of the things it needed. As the TLF divided or replicated it would manage the splitting of the basic structures of the cell.

Instead of splitting or replicating another free drifting TLF may join the cell and help bring about the cells division.

After a while many of these early single cells would be adrift in the early waters of the Earth. Many cells would be damaged from time to time due to being in a damaging environment. We would say the cell had died. The cells building blocks are destroyed but what of the TLF.

As I have put forward, if the TLF is made from a different type of matter it might be resilient to harm.

The original resilient TLFs may well have arrived at the early Earth by a meteorite.

At the time of the destruction of the cell the development of the TLF would decide what it does next.