Pioneer Anomaly / c = Hubble Constant???

[kmarinas86]

The solar wind's influence on objects is like the pioneer anomaly's influence at a distance at aprroximately 20 AU from the sun.<br /><br />Pioneer Anomaly is directed toward the sun and massive objects. Light exiting another star would redshifted as it travels. How much is this light going to be redshifted per distance?<br /><br />Note that the Hubble constant predicts a <i>linear</i> relationship between redshift and distance. Redshift is constant in a frame with constant acceleration (the pioneer effect is one example - if you ignore the sun's effects). Therefore, if the pioneer anomaly caused redshift, it would be due to this "(constant) accelerated frame". The redshift of light, then, would be proportional to the distance it travels. Of course, there is the idea of a changing Hubble constant, but I have another explanation for that called the Cyclical Multiverse theory.<br /><br />But we'll stick to the linear relationship for now.<br /><br />http://en.wikipedia.org/wiki/Pioneer_anomaly<br /><br />http://www.google.com/search?q=8.71*10%5E-10+meters+per+second+squared+%2F+the+speed+of+light+in+kilometers+per+second+per+megaparsec<br /><br />(8.71 * (10^-10) (meters per (second squared))) / the speed of light = 89.6496034 (kilometers per second) per megaParsec <br /><br />That's very close to the Hubble constant!<br /><br />68,900 results<br />http://www.google.com/search?q="hubble+constant"+110..120+mpc<br /><br />94,700 results<br />http://www.google.com/search?q="hubble+constant"+100..110+mpc<br /><br />101,000 results<br />http://www.google.com/</safety_wrapper

 

[kmarinas86]

** gravitational redshift of light (Encyclopedia Britannica 1976)<br /><br />new frequency/old frequency =<br />1 + changeinfrequency / oldfrequency =<br />1 - acceleration against direction of travel * height / speed of light squared<br /><br />old frequency * (1 - acceleration against direction of travel * height / speed of light squared) = new frequency<br />old frequency * acceleration against direction of travel * height / speed of light squared = new frequency - old frequency<br />let old frequency be constant<br />new frequency - old frequency is proportional to acceleration and proportional to "height" or change in distance

 

[nojocujo]

hmmm seems you've been thinking what causes it though? spacetime consumption?

 

[h9c2]

Playing with numbers is fun. You must however keep track of your units. <br /><br />The answer is no.

 

[kmarinas86]

<font color="yellow">Playing with numbers is fun. You must however keep track of your units. <br /><br />The answer is no.</font><br /><br />The units are fine. Though this is not proof anyhow.<br /><br />The hubble constant is in units of kilometers per second per megaparsec. This is essentially (distance / time) / distance... which is equivalent to 1 / time. The inverse of the Hubble constant is said to be the age of the universe.<br /><br />Take acceleration (distance/time^2) divided by c (distance/time) and you get 1/time.

 

[kmarinas86]

Quarks=Universes?<br /><br />http://hyperphysics.phy-astr.gsu.edu/hbase/particles/qbag.html<br /><br />Quarks:<br /><br /><font color="yellow">Bag Model of Quark Confinement<br />In dealing with the nature of quark confinement, one visualization is that of an elastic bag which allows the quarks to move freely around, as long as you don't try to pull them further apart. But if you try to pull a quark out, the bag stretches and resists. <br /> <br />The quarks of a proton are free to move within the proton volume If you try to pull one of the quarks out, the energy required is on the order of 1 GeV per fermi, like stretching an elastic bag. The energy required to produce a separation far exceeds the pair production energy of a quark-antiquark pair, so instead of pulling out an isolated quark, you produce mesons as the produced quark-antiquark pairs combine. <br /><br />The models of quark confinement help in understanding why we have not seen isolated quarks. If one of the constituent quarks of a particle is given enough energy, it can create a jet of mesons as the energy imparted to the quark is used to produce quark-antiquark pairs. <br /><br />Experiments show that the forces containing the quarks get weaker as the quarks get closer together, so that within the confines of a baryon or hadron, they are essentially free to move about. This condition is referred to as "asymptotic freedom".</font><br /><br />Universes????<br /><br /><font color="yellow">Bag Model of Universe Confinement<br />In dealing with the nature of universe confinement, one visualization is that of an elastic bag which allows the universes to move freely around, as long as you don't try to pull them further apart. But if you try to pull a universe out, the bag stretches and resists. <br /> <br />The universes of a proton are free to move within the proton volume If you try to pull one of the universes out, the ene</font>