RyanX
The Living Force
Here is a paper I discovered while cross referencing comet research material. The title is Tunguska genetic anomaly and electrophonic meteors, written by Z.K. Silagadze from the Budker Institute of Nuclear Physics.
_http://arxiv.org/PS_cache/astro-ph/pdf/0311/0311337v2.pdf
I discovered there was one discussion of electrophonic effects from meteors on this forum under a different topic here: http://www.cassiopaea.org/forum/index.php?topic=7180.msg50886#msg50886
In this paper the author discusses the relationship between electrophonic effects in comets/meteors and the hypothesis that this can induce genetic changes in biological organisms. He draws most of his evidence from the Tunguska event of 1908 and the associated genetic anomalies observed mostly in the devastated forest area surrounding the blast. What is most interesting is that the observed growth anomalies in the trees measured by tree ring width is not consistant with the blast area itself, but rather with the bolide's trajectory path. In other words, abnormal growth is also observed in patches leading to the blast sight as if something trailed or followed the bolide causing these genetic changes.
From here he deduces that this observation of genetic growth anomalies in the trees could be caused by electrophonic effects brought on by the meteor. For this, he sites studies of ELF and VLF effects on biological organisms. In some cases even weak fields are enough induce changes in the observed behavior and physiology of organisms. This seems contradictory since these fields are too weak to actually damage DNA. However, he states:
He then goes on to discuss his speculation that bolides such as the tunguska bolide may contain "mirror" or "dark" matter and that this could also account for some of the effects noted. This seems highly speculative given the lack of data on the composition of comets and bolides. I don't have the physics background to say for sure if what he's saying here is grounded or not.
In any event, his hypothesis that ELF/VLF induced genetic effects from comets seems sound and may be falsifiable in the future. Of course it might also be that the growth changes were induce via some viral material that was present in the bolide's tail as hypothesized by Hoyle and Wickramasinghe. In any case, the ELF/VLF angle seems like an interesting hypothesis, fwiw.
_http://arxiv.org/PS_cache/astro-ph/pdf/0311/0311337v2.pdf
Abstract. One of great mysteries of the Tunguska event is its genetic impact. Some genetic anomalies were
reported in the plants, insects and people of the Tunguska region. Remarkably, the increased rate of biological
mutations was found not only within the epicenter area, but also along the trajectory of the Tunguska Space
Body (TSB). At that no traces of radioactivity were found, which could be reliably associated with the Tunguska
event. The main hypotheses about the nature of the TSB, a stony asteroid, a comet nucleus or a carbonaceous
chondrite, readily explain the absence of radioactivity but give no clues how to deal with the genetic anomaly. A
choice between these hypotheses, as far as the genetic anomaly is concerned, is like to the choice between “blue
devil, green devil and speckled devil”, to quote late Academician N.V. Vasilyev. However, if another mysterious
phenomenon, electrophonic meteors, is evoked, the origin of the Tunguska genetic anomaly becomes less obscure.
I discovered there was one discussion of electrophonic effects from meteors on this forum under a different topic here: http://www.cassiopaea.org/forum/index.php?topic=7180.msg50886#msg50886
In this paper the author discusses the relationship between electrophonic effects in comets/meteors and the hypothesis that this can induce genetic changes in biological organisms. He draws most of his evidence from the Tunguska event of 1908 and the associated genetic anomalies observed mostly in the devastated forest area surrounding the blast. What is most interesting is that the observed growth anomalies in the trees measured by tree ring width is not consistant with the blast area itself, but rather with the bolide's trajectory path. In other words, abnormal growth is also observed in patches leading to the blast sight as if something trailed or followed the bolide causing these genetic changes.
For the old survived trees the effect of the accelerated growth is more scattered and patchy character. One can find
such trees in the forest fall area, as well as outside of it. Again, the effect is more prominent in regions nearby to the
TSB [Tunguska Space Body] trajectory. Besides, the contours of the areas, where the effect is observed have oval shapes stretched along the
direction of the TSB trajectory (Emelyanov et al. 1979, Vasilyev 1999). It is also interesting that there are regions,
as for example in the area between Kichmu and Moleshko rivers, with considerable forest fall but without any signs
of the accelerated growth among survived trees (Vasilyev 1999). Moreover, the effect of the accelerated growth does
not reach its maximum in the investigated area. Instead its extrapolated maximum is expected far away from the
epicenter, at some 20-25 km distance (Emelyanov et al. 1979, Vasilyev 1999). One has an impression that the flight
of the TSB was accompanied by some unknown agent capable to induce remote ecological and maybe even genetic
changes.
From here he deduces that this observation of genetic growth anomalies in the trees could be caused by electrophonic effects brought on by the meteor. For this, he sites studies of ELF and VLF effects on biological organisms. In some cases even weak fields are enough induce changes in the observed behavior and physiology of organisms. This seems contradictory since these fields are too weak to actually damage DNA. However, he states:
Cells have very effective emergency programs to cope adverse environmental conditions. Remarkably, cellular stress
response is rather uniform irrespective to the stress factor nature. Some cellular functions that are not essential for
survival, for example cell division, are temporarily suspended. Besides special kind of genes, the so called heat shock
proteins (HSP), will be activated. Their major function is the proper refolding of the damaged proteins. Heat shock
proteins, notably the HSP70, were first discovered while investigating cellular responses to a heat shock, hence the
name. Tokalov et al. (2003) studied effects of three different stressors on the induction of several heat shock proteins
and on the cell division dynamics. The stress was produced by 200 keV X-ray irradiation, by exposure to a weak ELF
electromagnetic field (50 Hz, 60 ± 0.2 μT ), or by a thermal shock (41◦C for 30 min).
...
HSP90 guides the folding process of signal transduction proteins which play a key role in developmental pathways.
When HSP90 functions normally, a large amount of genetic variation, usually present in genotype, is masked and
does not reveal itself in phenotype. However, under the stress Hsp90 is recruited to help chaperon a large number of
other cellular proteins. Its normal role is impaired and it can no longer buffer variation. Therefore some mutations will
become unmasked and individuals with abnormal phenotype will appear in the population. If a mutation proves to
be beneficial in the new environmental conditions, the related traits will be preserved even after the HSP90 resumes
its normal function. Therefore HSP90 acts as a capacitor of evolution. If environmental conditions are stable, the
buffering role of HSP90 ensures the stability of phenotype despite increased accumulation of hidden mutations in
genotype. When the environmental conditions suddenly change, as for example after the asteroid impact, which is
believed to cause the dinosaur extinction 65 million years ago, this great potential of genetic variation is released in
phenotype and the natural selection quickly finds the new forms of life with greater fitness. The Drosophila experiments
of Rutherford and Lindquist (1998) demonstrated this beautiful mechanism, which may constitute the molecular basis
of evolution.
...
Further studies have shown that the HSP70 and HSP60 protein families also buffer phenotypic variation (Rutherford
2003). As was mentioned above, experiments demonstrated that ELF electromagnetic fields can induce various heat
shock proteins and in particular HSP70. Therefore we can speculate that ecological and genetic consequences of the
Tunguska event are possibly not related to mutations which happened during the event, but are manifestations of the
latent mutations, already present in the Tunguska biota, which were unmasked due to the stress response. ELF/VLF
radiation from the Tunguska bolide might act as a stressor thereby explaining why the effect is concentrated towards
the trajectory projection.
[emphasis mine]
He then goes on to discuss his speculation that bolides such as the tunguska bolide may contain "mirror" or "dark" matter and that this could also account for some of the effects noted. This seems highly speculative given the lack of data on the composition of comets and bolides. I don't have the physics background to say for sure if what he's saying here is grounded or not.
In any event, his hypothesis that ELF/VLF induced genetic effects from comets seems sound and may be falsifiable in the future. Of course it might also be that the growth changes were induce via some viral material that was present in the bolide's tail as hypothesized by Hoyle and Wickramasinghe. In any case, the ELF/VLF angle seems like an interesting hypothesis, fwiw.