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Originally posted by Greylorn
Anything that interacts with something that is physical is itself physical, pretty much by definition.
Originally posted by Beavers
Originally posted by Greylorn
Anything that interacts with something that is physical is itself physical, pretty much by definition.
Can disagree with your first point via wifi?
The soul is clearly not material. If it interacts with the human body in any way, it must, by definition, be physical. (BTW the identical principles apply to any entity or entities who might have participated in the creation of the universe.)
For example, DNA is encoded with memories
Argyll
reply to post by theabsolutetruth
For example, DNA is encoded with memories
How is DNA encoded with memories?
Somatic memory
Somatic memory is limited to the organism and not passed on to subsequent generations. However, its mechanism may involve mitotically stable genetic memory. The term applies for cellular memory, animals' memory, and plants' memory, as described in the following paragraphs.
Cellular memory
All cells in multicellular organisms are derived from a pluripotent zygote and contain the same genetic material (with a few exceptions). However, they are capable of recording a history of their development within the organism leading to their specialized functions and limitations. Cells often employ epigenetic processes that affect DNA-protein interactions to record this cellular memory in the form of mitotically stable changes of the genetic material without a change in the DNA sequence itself. This is typically achieved via changes of the chromatin structure.[1] Examples are methylation patterns of the DNA molecule itself and proteins involved in packaging DNA, such as histones (also referred to as "histone code").[2][3]
In animals
A case of somatic genetic memory is the immunological memory of the adaptive immune response in vertebrates. The immune system is capable of learning to recognize pathogens and keeping a memory of this learning process, which is the basis of the success of vaccinations. Antibody genes in B and T lymphocytes are assembled from separate gene segments, giving each lymphocyte a unique antibody coding sequence leading to the vast diversity of antibodies in the immune system. If stimulated by an antigen (e.g. following vaccination or an infection with a pathogen), these antibodies are further fine-tuned via hypermutation. Memory B cells capable of producing these antibodies form the basis for acquired immunological memory.[4] Each individual therefore carries a unique genetic memory of its immune system's close encounters with pathogens. As a somatic memory, this is not passed on to the next generation.
In plants
Plants that undergo vernalization (promotion of flowering by a prolonged exposure to cold temperatures) record a genetic memory of winter to gain the competence to flower. The process involves epigenetically recording the length of cold exposure through chromatin remodeling which leads to mitotically stable changes in gene expression (the "winter code").[5] This releases the inhibition of flowering initiation and allows the plants to bloom with the correct timing at the onset of spring. As a somatic memory, this state is not passed on to subsequent generations but has to be acquired by each individual plant. The process of vernalization was falsely assumed to be a stably inherited genetic memory passed on to subsequent generations by the Russian geneticist Trofim Lysenko. Lysenko's claims of genetic memory and efforts to obtain or fabricate results in proof of it had disastrous effects for Russian genetics in the early 20th century (also see: Lysenkoism).[6]
Inherited epigenetic memory.
In genetics, genomic imprinting or other patterns of inheritance that are not determined by DNA sequence alone can form an epigenetic memory that is passed on to subsequent generations through meiosis. In contrast, somatic genetic memories are passed on by mitosis and limited to the individual, but are not passed on to the offspring. Both processes include similar epigenetic mechanisms, e.g. involving histones and methylation patterns.[7][8]
Microbial memory
In microbes, genetic memory is present in the form of inversion of specific DNA sequences serving as a switch between alternative patterns of gene expression.[9]
Evolution
In population genetics and evolution, genetic memory represents the recorded history of adaptive changes in a species. Selection of organisms carrying genes coding for the best adapted proteins results in the evolution of species. An example for such a genetic memory is the innate immune response that represents a recording of the history of common microbial and viral pathogens encountered throughout the evolutionary history of the species.[10] In contrast to the somatic memory of the adaptive immune response, the innate immune response is present at birth and does not require the immune system to learn to recognize antigens.
In the history of theories of evolution, the proposed genetic memory of an individual's experiences and environmental influences was a central part of Lamarckism to explain the inheritance of evolutionary changes.
Forget hard disks or DVDs. If you want to store vast amounts of information look instead to DNA, the molecule of which genes are made. Scientists in the UK have stored about a megabyte's worth of text, images and speech into a speck of DNA and then retrieved that data back almost faultlessly. They say that a larger-scale version of the technology could provide an extremely dense and long-lived form of digital storage that is particularly well suited to data archiving.
Dr Hameroff holds that in a near-death experience the microtubules lose their quantum state, but the information within them is not destroyed. Instead it merely leaves the body and returns to the cosmos.
Originally posted by Sinder
reply to post by Greylorn
i didnt read any of those other threads. understood this perfectly. it was beautiful. great thinking. keep it up
Originally posted by rival
Your claim that the body is physical and therefore anything
interacting with the body must be physical is only relevant if
we humans can perceive ALL that is physical. It's hubris to
assume that we can.
Originally posted by Astyanax
reply to post by theabsolutetruth
The material you posted is scientifically valid, but it does not mean that memories of our conscious experiences, our thoughts and feelings and perceptions, are recorded in our DNA. They aren't.
Information can certainly be stored and retrieved from DNA (that is its purpose), but there is no natural mechanism that allows a person to do this with conscious memories of past events. We don't remember with our genes, except in the strictly biological ways described in the article you quoted. Personal memories are in the brain, and only in the brain.
I didn't say the soul IS ENCODED in genes.
I said there are infinite possibilities
Science doesn't know everything at all, so neither you nor any biologist can postulate restrictions on the possibilities.
Living systems are dissipative structures that create internal order by expending energy in exchange for a local reduction in entropy... Certain theories posit that such an ordering alters the information state of the surrounding environment such that, for ever decreasing levels of entropy, there is a net local entropy deficit or "information moment" impressed upon the surrounding environment... In this way, the mind, an abstract phenomenon seated in the physical substrate of the brain, may be capable of inducing a local entropic force that, when summed among many minds simultaneously, produces an even more amplified phenomenon known as the noosphere. Wikipedia
Beon has essentially one and only one physical property other than existence and a boundary condition. It can be easily described in terms of thermodynamics as a generalized Maxwellian Demon, an entity capable of freely violating the 2nd Law of Thermodynamics (the entropy principle) without cost to itself, because it is not itself an energy-being.
Monads are elementary particles with blurred perceptions of one another. (They) are the ultimate elements of the universe. The monads are "substantial forms of being" with the following properties: they are eternal, indecomposable, individual, subject to their own laws, un-interacting, and each reflecting the entire universe in a pre-established harmony (a historically important example of panpsychism). Monads are centers of force; substance is force, while space, matter, and motion are merely phenomenal.
The ontological essence of a monad is its irreducible simplicity. Each monad is like a little mirror of the universe. Monads need not be "small"; e.g., each human being constitutes a monad.
According to the emanationist cosmology of Madame Blavatsky all monads emerge from divine unity at the beginning of a cosmic cycle and return to this source at its close.