Hi there,
So yes, I have finally busted the whole stranglehold that Evolution has put on our sense of inheritance. For almost a couple centuries (since Darwin), we have had the idea that inheritance is something that only operates within the originating generation (the father passes "evolution" on to the son and the son is unable to change it, but passes it on himself, if he lives). The power of this idea, is that change is required of us, even before we are able to have known how to change (the change) appropriately. The new model, however, is that Evolution can be passed down to the next generation, in a way that is not biologically active, but rather inert - allowing the subsequent generation to pass the adaptive traits on in a new way (or not at all) and allowing the preceding generation to return to the species in a future generation.
It literally is possible to postpone Evolution, for longer and longer periods - leading to the greater viability of the species (as it is no longer dependent on the individual expression of what the species stands for, from one generation to the next only).
So for example, you could have a young giraffe with the potential to maximize its adolescent growth spurt to reach higher than giraffes normally reach and if it eats well this way it will survive - however he may not acknowledge with God that the extra height is a good thing: thus making the value of a greater height ambiguous to the mate he wins as an adult (such that the mate does not consciously select for the greater height). His children then, will continue to inherit the strengths of their ancestors, but without sense of progression to greater height (concluding as they may do that greater height is not safe).
On the other hand, this same giraffe could take advantage of his growth spurt and develop greater height, but then limit the full expression of that growth spurt, to emphasis the size of the head. When it comes to mating then, this giraffe will have limited his attractiveness in terms of height, while his overall survivability has increased - he then may determine in his heart, that if he should return a giraffe of this species again, he will take advantage of his adolescent growth spurt even more than he had in this life. The point being, that he is spreading his survivability across multiple generations. His son may be wary of developing too great a head for that height, but welcoming his father back to the species, will see that confidence in taking advantage of a adolescent growth spurt leads to greater survivability. The return of a progenitor to the species, creates a trait which survives death.
This can be expanded to "returns" across species, which anticipated means that there are numerous traits, that can be stored up for future generations to take advantage of. For example a giraffe could leave out adaptive traits for finding water and be reborn in a hippopotamus that only even lives in water, thus leaving open the possibility of a hippopotamus that survives going without enough water, for longer periods of time. The essential point is that the hippopotami are open to inheriting something from the previous generation of giraffe: there is no need for a species to isolate their Evolution, to a single species, single trait or a single survivability - a promisingly hard saying.
All that is required for this phenomenon to take effect, is for the adapted traits already gained by a species, to be loosely interpreted, such that other traits and evolutions be able to piggyback. All that is required for this phenomenon to breach the gap between species, is for a given species to remain open to its survival extending to greater unknowns in relations to other species. You cannot gain a return with more traits or to other species, if you believe your Evolution,, is currently "special".
So yes, I have finally busted the whole stranglehold that Evolution has put on our sense of inheritance. For almost a couple centuries (since Darwin), we have had the idea that inheritance is something that only operates within the originating generation (the father passes "evolution" on to the son and the son is unable to change it, but passes it on himself, if he lives). The power of this idea, is that change is required of us, even before we are able to have known how to change (the change) appropriately. The new model, however, is that Evolution can be passed down to the next generation, in a way that is not biologically active, but rather inert - allowing the subsequent generation to pass the adaptive traits on in a new way (or not at all) and allowing the preceding generation to return to the species in a future generation.
It literally is possible to postpone Evolution, for longer and longer periods - leading to the greater viability of the species (as it is no longer dependent on the individual expression of what the species stands for, from one generation to the next only).
So for example, you could have a young giraffe with the potential to maximize its adolescent growth spurt to reach higher than giraffes normally reach and if it eats well this way it will survive - however he may not acknowledge with God that the extra height is a good thing: thus making the value of a greater height ambiguous to the mate he wins as an adult (such that the mate does not consciously select for the greater height). His children then, will continue to inherit the strengths of their ancestors, but without sense of progression to greater height (concluding as they may do that greater height is not safe).
On the other hand, this same giraffe could take advantage of his growth spurt and develop greater height, but then limit the full expression of that growth spurt, to emphasis the size of the head. When it comes to mating then, this giraffe will have limited his attractiveness in terms of height, while his overall survivability has increased - he then may determine in his heart, that if he should return a giraffe of this species again, he will take advantage of his adolescent growth spurt even more than he had in this life. The point being, that he is spreading his survivability across multiple generations. His son may be wary of developing too great a head for that height, but welcoming his father back to the species, will see that confidence in taking advantage of a adolescent growth spurt leads to greater survivability. The return of a progenitor to the species, creates a trait which survives death.
This can be expanded to "returns" across species, which anticipated means that there are numerous traits, that can be stored up for future generations to take advantage of. For example a giraffe could leave out adaptive traits for finding water and be reborn in a hippopotamus that only even lives in water, thus leaving open the possibility of a hippopotamus that survives going without enough water, for longer periods of time. The essential point is that the hippopotami are open to inheriting something from the previous generation of giraffe: there is no need for a species to isolate their Evolution, to a single species, single trait or a single survivability - a promisingly hard saying.
All that is required for this phenomenon to take effect, is for the adapted traits already gained by a species, to be loosely interpreted, such that other traits and evolutions be able to piggyback. All that is required for this phenomenon to breach the gap between species, is for a given species to remain open to its survival extending to greater unknowns in relations to other species. You cannot gain a return with more traits or to other species, if you believe your Evolution,, is currently "special".