Hi all in this discussion.
Here is a link to an exploding wire image from the electrical engineers
i collaborate with
created at the university of Canterbury
New Zealand
http://www.insidescience.org/content/exploding-wire-makes-pretty-plasma-arc/708
I was wondering if there is a scientist willing to discuss
the science of explosions and how the vacuum I have been thinking
about enters space.
I suspect this vacuum is shared in both the art of fireworks and exploding
wire electrical discharges.
In exploding wire the vacuum is used as a path of least resistance. Is that
the same when a firework
explodes
regards
Kerry
On Thu, Apr 2, 2015 at 7:07 PM, Avi Rosen <avi@ee.technion.ac.il> wrote:
> On April 27, 1992, the sculptor Ezra Orion directed the performance Super
> Cathedral I, aiming laser beams perpendicularly and simultaneously around
> the world up to the sky and the infinity of the universe. This action is
> the final detachment of sculpture from the physicality that had governed it
> since prehistory, towards immense energy fields, at the speed of light. The
> laser beams left the solar system in five hours; today they are 23 light
> years from Earth. The laser beams join the cathedral of radio waves
> broadcast from Earth, and their height is around 90 light years. Orion
> proposed a continuation of this project, to be called Super Cathedral 4,
> aiming for a unique interstellar cosmic arrangement. According to the laws
> of Riemann's non-Euclidian geometry, eventually the laser beam will execute
> a Moebius-strip-like loop in space, and return to its origin: the artist's
> body and consciousness. The transmitted galactic laser beam loop creates
> compression of space and time of Schwarzschild's cube model, while uniting
> between space-time, subject, and object.
> http://www.orbit.zkm.de/?q=node/108
>
> AVI
>
> -----Original Message-----
> From: yasmin_discussions-bounces@estia.media.uoa.gr [mailto:
> yasmin_discussions-bounces@estia.media.uoa.gr] On Behalf Of Liliane Lijn
> Sent: Wednesday, April 01, 2015 11:37 PM
> To: YASMIN DISCUSSIONS
> Subject: Re: [Yasmin_discussions] Announcing YASMIN discussion on LIGHT
>
> Hi Stephen
>
> Your questions are fascinating. Have you had any answers to them?
>
> David Bohm wrote that light contained all information. He also wrote that
> matter was 'frozen light'. If he is right, then does matter also contain
> all information? When 'frozen' will that information degrade?
>
> I would be very interested to learn more about this.
>
> Many thanks.
>
> Liliane
> Liliane Lijn
> +39 075-782-4357
> 3381694382
> www.lilianelijn.com
>
>
> > On 30 Mar 2015, at 17:10, Stephen Nowlin <stephen.nowlin@artcenter.edu>
> wrote:
> >
> >
> > Hello, Guillermo and Roger -- this should be a fascinating topic.
> >
> > I have a question about how much information is contained in light
> traveling through space. From my house in Southern California I look
> straight up to Mount Wilson, where Edwin Hubble confirmed an expanding
> universe by measuring the redshift in light traveling from distant
> galaxies. Early telescope optics had shown other galaxies as fuzzy clouds
> of light, and thus by virtue of our inability to fully parse the
> information contained therein, our perception of the universe was
> incomplete and conclusions drawn were distorted. The difference between
> those early fuzz clouds and current images of galaxies from powerful land
> and space-based telescopes is stunning -- the light reaching us is the
> same, but our technology for parsing the information contained within that
> light advanced during the last century.
> >
> > So, my question is: How much information travels in light? How much
> potentially MORE information travels in light than can we can currently
> decipher, should we be able to develop the technologies to see it?
> >
> > It is clear, for example, that light bouncing off the Earth can yield
> amazing detail as seen from close-by orbiting telescopes -- just look at
> Google Map's satellite view. And from the Hubble Telescope we can see a lot
> of information reflected off the surface of Mars, which is of course much
> further away -- so could some astronomer on another planet at the other
> side of the galaxy, using light-analyzing technologies we perhaps can't
> even imagine, theoretically be able to see Mars at the same or even better
> resolution? Given the physics of light, whether reflected or originated by
> a body in space, will all the information contained therein travel intact
> to very far away places? Could we someday observe stars in distant galaxies
> at the same resolution we currently observe our Sun? My question is not
> whether it is feasible to invent such sophisticated observation
> technologies -- but rather would the physics of light traveling through
> space allow close-up detail from very far aw!
> > ay -- would the information be preserved in the light and be awaiting
> detection, should such technologies be invented?
> >
> > /stephen
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--
Kerry Tunstall
hvkerry@gmail.com
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