Martin Fleischmann Memorial Project
hi my name is Bob grinia and I'm a
volunteer with the Martin Fleischmann
memorial predict okay in the last video
I talked about the transport of material
from the ball lightning or the large
macro exotic vacuum object in the center
of the supernova reactor and how it
could deposit on the outside I asked the
question how can we determine where the
material for the supernovae EVO strike
marks come from and I said that I was
going to talk about my proposals for
that in a future video and this is that
video the material that we're talking
about is these kind of glassy deposits
that we see here on various exotic
vacuum objects strike marks now it will
become very very very clear what is
forming these structures and why I
believe they really are an actual
structure that is capturing this
material and transporting it but we need
to establish where that material is
coming from and you can see these
hexagons and pentagons and truncated
hexagons here and it's a I'm still quite
amazed that no one out there has worked
out really what's going on here I will
work through it I've bought a lot of
stuff to make other experiments to make
it very very clear why I am extremely
convinced that these particular kind of
formations are forming and how you get
these kind of internal structures going
on that I've identified in these recent
presentations so I'm chomping at the bit
to do the experiments to show you how
these things are forming and why they're
specifically forming in these ways even
these ones that you see here on the lion
reactor here and here anyway so back to
the subject at hand and I have come up
with a couple of suggestions and it's
been recently made possible because the
DIY shops the hardware stores here have
recently opened and I'm going to share
with you my thoughts and also other
things that I'll be doing to look for
real time transportations potentially
and also for the active
action of what's going on in here now we
don't know that these strike marks were
formed across a number of experiments
within the supernova reactor before I
received it or whether they all happened
in one event so it would be useful to be
able to know if there's anything going
on at the particular time and then see
it before and after on a maybe a sample
area and so one suggestion was on the
inside of the reactor clamshell would be
to polish an area or clean it off but
that's changing the nature of the
reactor and since we are it's on loan
word to us and I come up with a
different proposal and I would like your
thoughts on it so I've been thinking
about this for a while and I was able to
get into the hardware stores last week
because that was now made possible and I
bought some aluminium and some brass
here and brass actually is a copper zinc
and I hope it's got Lydon it typically
does have led anywhere up to say two and
a half three percent but normally lower
than that depending on the machinability
of it this does seem to be machinable
because the concept is to actually take
off little billets like this polish the
ends look at the ends before anything's
happen and then as you see here in the
reactor what I have done is indicative
what I intend to do but you see this
mottled area here that's where
potentially there's been a lot of strike
marks and you see these other strike
marks that are these little white spots
that you see on the inside of the
clamshell here what I've got here is
aluminium and this is our brass and
these holes were already here they were
eight millimeters nominally I did have
to do a little bit of adjustment on the
outside of that but if you go to the
outside of the clamshell you can see
them sticking through like this so I can
make a number of these samples of these
large rods that I purchased and I can do
you know one per gram or whatever
the other thing I have in there you may
have noticed if i zoom in is I got a
little camera in there now the idea of
having this camera in here would be to
actually see the action going on in the
ball to be able to locate it in the
correct position get an understanding of
what actually causes the ignition and so
forth I bought this particular one
because it was affordable I think it was
about forty forty five dollars delivered
and it had an eight millimeter bore so I
could literally just insert it in here
there's a couple of problems one it
isn't the claimed resolution it said it
was and it only has a frame rate of six
point two five frames per second which
is shockingly and palling lilo now the
reason I wanted a camera in looking into
this is that the images we have of
exotic vacuum objects are those of Ken
shoulders and they are from the 1980s
and he used a electronic camera I think
with a pinhole there's work recently by
Bogdanovich and I think also you're
seeing them in the sapphire reactor
the ones that are most clearly defined
are by Kim shoulders and it would be
great to be able to say if we could
capture say an exotic vacuum object like
a ball lightning coming through this
glass and then coming out into this area
using a camera pointing in there that
would just be absolutely fantastic but
also to you know do a run and then have
a before-and-after look at these and and
know what we saw in the run would be
really really useful now there's a
problem with this over and above the
fact that it's a very slow framerate and
it's not the very high resolution the
other one is is that this is going to be
extremely bright so I'm about all out of
fun so I'm gonna make a request here for
about a hundred and ten pounds I'm gonna
do a separate GoFundMe to raise the
money for this but before I get on to
that the reason I really want to see LED
in the brass here is because if we have
LED in the brass and
we have an opportunity for fission
reactions because LED is the heaviest
staple element and aluminium is ideal
because it's a light element which does
seem to really like to take part in a
fusion and a fusion fission nucleon
exchange reactions again we have copper
in here and zinc so we have a range of
elements and we have plenty billet to
know what the material was that we
started with and then we have
effectively the before and after across
a number of runs okay so now I'm going
to talk a little bit more about the
camera and what I am asking for for your
help on this for the experiment so this
is the camera undelivered it costs 60
pounds so those are going to be a 10 15
pound delivery charge on there it has a
focal range of one inch to 15 point
seven inches so this in theory will be
able to keep almost the entire of the
inside of the supernova reactor in focus
and that's really good it also has a
very high resolution of 1944 P so that's
going to give us a you know really good
look at what's going on in the actual
reactor and so if I go down here I'm
actually offline now but the important
thing is here it's 30 frames per second
and that will give us a reasonable
chance of capturing things in motion
it's not such a bad thing to have motion
blur I that's something that's traveling
over a distance in time and leaving a
trail because it gives you some
directional information without having
to do post analysis so but 30 frames per
second is going to give us a lot more
granularity then six point two five
frames per second so it's about
resolution and so forth I will have to
countersink it because it's eight and a
half millimeters the head of this
particular camera but that's not
something so much of a problem it's not
going to affect the actual normal hole
size now the other thing is about the
brightness I have identified this can
which is off the front of a drone lens
and it's an ND mm so this is the
strongest neutral filter it's not going
to color the light coming out but it's
going to drop that by 11 stops so it's
essentially like looking through some
thick welding glass and so hopefully we
will see bright things without it
saturating the camera now this is a
twenty pounds again without delivery so
this is why I'm asking for about a
hundred and ten pounds because I lose
some money on the the actual GoFundMe
payment process so that's that now on
the subject of light
I've actually purchased a diffraction
grating and I'm going to try and create
a light channel through another one of
the holes that you see there in the
reactor clamshell and have a look into
the reaction as it's happening with a
separate phone with some software on
there recording the spectral output so
we can see whether it's just you know
oxygen and nitrogen in the air and the
carbon emissions or whether during the
course of a reaction there are some
shifting spectral lines which will be
interesting data as well but that's
that's already on its way in theory and
I need to do some more preparation on
that but really the big ask for this
particular video is you know if anyone
can help with like five ten pounds here
there we could quickly get to the point
of having at 110 pounds needed to by the
ND filter here and the high resolution
camera here okay so that is my request
now this potentially will give us the
ability to know if something has come
out of the center and actually impinge
on this aluminium or brass billet we
know that it's fresh material we'll have
before and after and we might be able to
see the actual action in flight and also
see potentially if there's transmutation
because we know it's aluminium and
or anything else on there is it
transportation is it is it when in the
case of the lid is it making lighter
elements on there that are not anywhere
in the reactor so there's a lot of
opportunity here to potentially see if
the Evo's are just transporting material
or doing transportation on impact so
thank you very much for your time and I
will see you in the next video
Martin Fleischmann Memorial Project
