How do Jupiter's weather systems work?
http://www.sciencenet.org.uk/database/Physics/SolarSystem/p01021c.html
- A Model of sustained prolonged Hurricane type weather System due to the great
rotation speed of the planet, The Red Spot
More on Percieved Red shift
"Of course, interstellar dust isnt entirely confined to dark nebulae. It
is widely distributed across the galaxy, and is bound to affect the light from
stars reaching Earth. The absorption of light from stars has to be taken into
account when trying to estimate their true brightness and distance, but the
dust clouds also have another effect, called interstellar reddening. The small
dust particles act like a prism, scattering light depending on its wavelength
and colour. Just as the Earth's atmosphere scatters blue light from the Sun
- turning the sky blue, and removing this component to turn the Sun yellower
than it actually is, so the dust particles will tend to scatter blue light,
and transmit red. To an observer at an angle to the dust cloud, this will cause
a blue reflection nebula, but to someone looking straight through the cloud
at the star, the blue component of its light will be reduced, and its colour
will be shifted towards the red end of the spectrum."
http://www.sciencenet.org.uk/database/Physics/Galaxies/p00773c.html
- Article suggests Red Shift without regard to motion of bodies, but angle of perception and interstellar clouds or dust
Quantum Mechanics
http://www.sciencenet.org.uk/database/Physics/Original/p00087d.html
Wave Function
http://www.sciencenet.org.uk/database/Physics/Original/p00243d.html
Blackhole Jets
- Accretion Disks
Radiation escaping blackholes
http://www.sciencenet.org.uk/database/Physics/Original/p00187d.html
Strange
http://www.sciencenet.org.uk/database/Physics/9609/p00477d.html
Simple yet effect statement about Differences in Mathmatical rules and equations
according to scale
http://www.sciencenet.org.uk/database/Physics/0103/p01455d.html
- Math regarding macro environments such as the Universe may have not been properly
introduced, goes along the lines of theory, such is the fate of many quantum
mechanics. Physicist's using subatomic math equations as a means to interpret
and relate to macro environments. Light for example can be interpreted on the
subatomic level as well as the macro level- Matter, Space Time
Attempts to unify the two fundamental theories of physics - general relativity,
which deals with the universe on a large scale and quantum mechanics, which
is applied on a very small scale - into a theory of quantum gravity ...
This attempt if legible and vaild by interpretion and imagination may at least
hold the answer as to why light speed is an apparent constant, for starters
http://www.sciencenet.org.uk/database/Physics/Original/p00060d.html
Unified Field Theory
http://www.sciencenet.org.uk/database/Physics/9812/p01344d.html
4/10/03
Rings around Uranus and Moons
It is thought to be caused by an impact on the surface of the planet, thus throwing
dust in the surrounding atmosphere, most of the impact matter is pulled back
to the planet by gravity, although some escapes and gathers around to orbit
the planet or moon. Quite possible is this. Only one question I would have of
this concept and it relates to planet Earth and the extinction of the Dinosaurs.
Why does the Earth not have rings around it? And also what of other planets
moons that have clearly been hit by massive astroids in the past yet show no
rings? It would have to be a calculation of magnitude. Alternatively, over time
space dust passing by at the right angle, rather than be pulled into the planets
surface, would orbit the planet. The angle of degree would have to be rather
slim something like 2 degrees or less, as per my understanding of space shuttle
missions.
The Nature of Blackholes
5 days ago I wrote down on paper an illustration of what I believe to be happening
around blackholes. The jets that appear verticle from its center to be specific.
To be continued
_Synchrotron Radiation
Definition: Electromagnetic radiation emitted by high-energy particles when
accelerated to relativistic speeds in a magnetic field
http://hubblesite.org/newscenter/archive/2000/20/image/a