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Then would come the first organism that would consume other smaller celled forms. Would it be in the TLFs interest to bring this about. If a large sphere of several types of TLFs could make many

decisions it may well drift in this direction. The main thing is to

advance the development of the TLFs. Also with an abundance of these early celled organisms it would be the best way for a larger

organism to feed. As these TLFs may have a long life span and

probably very resilient, when an organism consumes a small

single cell, the single cells TLF may just pass out from that

organism. The larger organism may even take the TLF on board.

A TLF adrift without the housing of the cell may suffer no harm. However resilient a TLF is, this move to species that consume

others would be in the interest for the TLFs advancement.

Then arrived species of life on land. The spheres could have played a part in this. Natural barriers might not restrain these spheres made up of mature TLFs. They could be made up of such a refined matter as to drift through water, air or solids. The spheres could well have helped the first plants and animals develop on the shores of these early oceans.

With simple forms with a few cells, two TLFs for each cell, one TLF residing in and looking after each cell, the other TLFs

guiding the life form. These guiding TLFs would likely group

together. With a more advanced animal that requires some cells to die, as we understand the death of the cell, such as skin cells, what would happen to the TLF? As the cell became damaged, the TLF could pass to and join the guiding decision-making TLFs. As the

animal grew many TLFs would join this decision-making centre

increasing intelligence. Then would come a species with the need for more specialised cells, brain cells and nerve cells. Each one of these would still contain a TLF. All these TLFs would keep in touch with the decision-making centre made up of many TLFs. The size of this centre of TLFs and position in the brain I can only guess at. As with a single cell this centre may not be fixed to any position and could drift outside when the species is sleeping. This could well be astral

projection.

A species that mates to produce offspring would bring together two TLFs. When the male's reproductive cell with its TLF enters the

female's productive cell with its TLF the outcome is the same as the earlier two celled species. The female cell is quite different to her other cells having only half the DNA.

The male reproductive cell is the same carrying half the DNA. They merge and become a new cell, the start of a new being.

The two TLFs may now split, leaving two TLFs to look after the two new cells and two to act as the new guiding, decision-making

centre.

Today there are millions of species on Earth. A species with a large population spread out over most of the Earth could have brought about many spheres, all made up from the species TLFs. Another one near extinction with a few hundred in one area may only have one small sphere to guide it. When the population of this species was healthy in size it would have had many spheres, these now would have merged with spheres of other species. Some of these large spheres will contain TLFs of many species. It could be that for many years one main guiding sphere as guided all.