Michael- I save the fish that I use, they do NOT get tossed away, they go
back into the freezer for the next session of printing. The fish is used
many many times. After several years and numerous printings I bury them in
my yard as fertilizer for the plants that I then nature print. The fish you
eat is only one meal, the fish I print become art thet serve to remind
people that fish are a very limited resource and we cannot keep catching
them for food at the current rate. Nothing is wasted.
You could use an acrylic ink for the fish painting, cheaper than oil ink,
but would still have a very nice effect (I used acrylic ink in all my
print-making at Uni, as well as print-making classes for elementary
students I helped with). As far as paper goes, rice paper would actually be
the cheapest for you to use and turn out the best. I suppose you could look
for a porous & flexible paper to use instead at a paper supply store, but
rice paper is quite cheap, if you look around!
P.s. I did use a thick, regular paper in the printmaking classes I was
doing with elementary kids, only the printing plates we were using were
flat Styrofoam plates that they drew into and then applied the ink over top
with rollers. I don't think such a paper would work for a fish print,
because of the contours of the fish. But you could always try it out at
home first, with a few different types of paper and see what happens. Let
me know how it turns out! :)
In my style, no, the fish is converted into a printing plate. The Hawaiian
printers have perfected a method of printing then eating the fish- look at
videos by Takeo or Naoki for this method
This is so cool!! I wonder if we could do regular paper instead of rice
paper? Also what kind of ink/paint can we use? I would like to do this
project with elementary kids...
Great ! And we can help you who want to make your own japanese stamp called
Hanko or Inkan in japanese at the web site "sakura hanko" Hope you a big
result of fishing !
Capt. Karen Chadwick does the ancient Japanese technique of Gyotaku.
What on Earth is spin? - Brian Jones
View full lesson: //ed.ted.com/lessons/what-on-earth-is-spin-brian-jones Why does the Earth spin? Does a basketball falling from a spinning merry-go-round ...
While he was showing that the cloud of dust and gas collapsed to form the
celestial bodies in our solar system, he also showed that the moon also
came out from the cloud. I think it is wrong because I have heard that The
moon was formed about 4.5 billion years ago, about 30–50 million years
after the origin of the Solar System, out of debris thrown into orbit by a
massive collision between a smaller proto-Earth and another planetoid,
about the size of Mars. I also searched it on google and it is also telling
the same thing I have written.........
And at 2:28 he has also mentioned that all the moons of the planets were
formed in from that cloud. While I think that all the moons were actually
asteroids or meteoroids that came into the gravitational fields of the
other planets.
(cont'd) when a theist considers this data (s)he tends to ask the question
"what came before that?" or "who started that expansion?" Theists tend to
fill this knowledge gap with God. an atheist on the other hand would
consider this data and accept the fact that we simply dont have the data to
seriously probe such a huge question. we just dont know yet. yeah, the god
theory is a valid suggestion, but its only that... a suggestion. the big
bang theory is one of the most supported scientific (cont)
first every trajectory that is not in line is off set (so most) the cases
that will be able to generate the rotating cloud, have to be moving
relatively slow to each other enough for the gravity to catch them in a
turning trajectory second not only the gravity but also the centrifugal
force plays a role in all that the particles close enough to the center
will start colliding to the center due to friction and on the far side they
get kicked off it. sorting the fast/slow particles from the cloud.
what??? accretion discs are discs of dust which surround stars which
condense to form planets. nebulae are clouds of gas which condense to form
stars. we ARE observing these things! a uniform gas condensing into a star
which fuses atoms into new elements IS entropy. the universe is getting
more complex! you have a very limited knowledge of these things which is
why you are so quick to dismiss them in such fallacious ways. btw
scientific theories are different from colloquial theories. look it up
let me explain the big bang to you properly. the theory was developed when
cosmologists were photographing galaxies. they compared two photos of the
same region taken at different times. they noticed the galaxies were moving
away from each other like the aftermath of an explosion. thus they were
closer together in the past. at some moment they were all in one place.
this is as far back as our knowledge takes us. we simply dint know. the
difference between atheists and theists is that (continued)
the universe has zero spin in total but if some part start spinning one
direction another one has to start spinning the other way on large or small
scale resulting in a local spinning system nowykurier
com/toys/gravity/gravity (dot) html is a gravity sim can help understand
some features like how some parts start spinning from zero movement start
just placing some masses with no movement until some of them start spinning
one or the other way around each other resembling the cloud's mass center
(cont'd 2) theories to date. we see the outward motion of the galaxies; as
we look deep into space we can see young galaxies forming out of what is
left of the big bang's shockwave; we even detect a faint hum of radio waves
everywhere we look with radio telescopes, the echo of the big bang. the big
bang happened. what caused it and what happened before is an unsolved
mystery. and atheists are okay with that. its not our place to make
assumptions about creators. life is already beautiful enough.
That's more or less what I'd figured out -- the particles attract each
other and tend towards a general centre of mass, but mostly pass each
other. They continue on, are slowed by gravity, turn and begin again. Over
time the individual interactions will come to occur in an increasingly
uniform direction as the random movements cancel each other out, and the
tiny overall tendency in a random direction becomes magnified, according to
the conservation of angular momentum, as the cloud contracts.
I tried that simulator (thanks) a few times, and not once did any of the
clouds start rotating. All that happened was particles began clumping
together, orbiting each other in the process. I've come to the conclusion
that clouds don't rotate, or if they do it isn't due to the attractive
gravitic force, but maybe something like the rotating wave-type effect
found in galaxies. As the gas begins to collect into large bodies, then I
can understand how groups of them will develop rotation. (cont)
"Why was the original cloud of gas and dust spinning?" Great question! :)
Short answer: because the chance if the spin being zero is...zero. Each
particle in the dust cloud moves in its own direction. Thus some contribute
to "leftward spin", others to "rightward spin". These contributions almost
entirely cancel out...but left over is some small but non-zero overall
spin, in some random direction! This also explains why different solar
systems have different spin axes.
Well, maybe... Have you considered the chaotic nature inherent in liquids?
I feel like little eddies and turbulence would have a more profound effect
than the Coriolis effect. after a bit of math i find that if we have a 2
meter tub of water aligned North-South, with the south touching the
equator, the south end water is traveling 9.25*10e-5 meters/second faster
than the northern end of the tub. so i have a hard time in visioning it
making THAT much of a difference.
Interesting theory. First of all, is there any evidence that 'offset
trajectories' is most likely the case? Second, why should the colliding
clouds start to spin and not just attenuate as they pass each other? The
gravity between the clouds would have to be as great as or greater than the
internal gravity of each, and even then I'm not sure that the particles on
the near side would have any affect on those on the far side as the clouds
pass. Cloud dynamics, anyone?
Either matter or energy has always existed in some form, something created
itself or it is beyond the realm of our understanding of the universe so
far. If the first is true there is no need for a creator and if there was
he must be created from something else. If the second is true there would
also be no need for a creator. If the third is true you are extremely
arrogant to think you know the answer and extremely stupid to think people
2000 years ago did.
Interesting question. The short answer is that we could never know: the
long answer is that something spins only relative to something else.....and
in that case, what is the Universe spinning relative to? The German
physicist Mach also asked the question: if you take a bucket of water and
rotate it so that the water is spinning, and you then reverse the
direction, the water slows down and then reverses its spin. So what is the
water spinning relative to?
the sources: Star formation en (dot) wikipedia (dot) org/wiki/Nebula Planet
formation en (dot) wikipedia (dot) org/wiki/Protoplanetary_disk Galaxies
are a tricky subject since they are so old. Quasars are thought to be
galaxies in their infancy. en (dot) wikipedia (dot)
org/wiki/Galaxy_formation_and_evolution Universal expansion: en (dot)
wikipedia (dot) org/wiki/Metric_expansion_of_space en (dot) wikipedia (dot)
org/wiki/Accelerating_universe
@Andy The Law of Conservation of Angular Momentum doesn't say that
contraction results in spinning, it only says that the body becomes easier
to spin. Since there was a subtle spin before (it's probabilistically
impossible for the dust particles to not start orbiting each other), the
contraction results in the previously existing 'spin' having a now greater
effect since the orbit radius of the particles has decreased (less distance
to travel)
Because it orbits it has to spin, also "relative to the earth", to have the
same side facing us at all times. Yes, we can say the universe is relative
in movement, but not really in spin, although they are kind of related.
Even without any external points of reference you could tell if, and which
way, the earth is spinning by orbiting it in different directions at the
same altitude and measuring the speed which the ground passes beneath you.
That's really interesting. The theory is that the moon collided with earth,
correct? So, with that in mind, is there a scientific explanation as to why
their rates of spins would likely be the same? This would really quiet down
a lot of moon conspiracy theorists and I would like to be able to cite the
correct theory that explains why this is likely to occur (or inevitable
under certain circumstances). This is far from my area of expertise.
I would have thought that gravity rather than collisions was the mechanism.
If you think of, say, two galaxies colliding (eg /watch?v=PrIk6dKcdoU ) it
is mostly empty space, and the chances of two particles colliding is pretty
small before it all starts to unify, by which time spin would be well
established. Of course, I may be wrong -- there seems to be remarkably
little information around, which was why I made my original comment.
FRIGGIN' HEALTHY'S WAFU SALAD!
Friggin' Healthy's first video recipe: Wafu Salad! try this recipe guys, you won't regret it!! Follow us on twitter and instagram: both account names are ...
@sevnstrings I agree, problem is that I'd have to delete and reupload as
I've discovered that using YouTube's audioswap leads to copyright issues. I
am adding music to all future vids. Thanks for taking the time out to watch
and comment - really appreciated.
@artbystevejohnson I agree with you there....I use old tupperware box lids.
My mom has a habit of losing the box but somehow keeping the lid, so I use
them as palettes. But awesome video! I look forward to seeing more work!!
^__^