Higgs Boson announcement expected from CERN today

Delusion is the ongoing search for the god particle to prove a standard model that is growing in complexity and particles rather than simplifying into a real theory.
The search for truth in all endeavours, be it science, mathematics or engineering becomes less complex and more elegant as one finds the truth. The standard model is a nightmare of increasing complexity that takes us away from the truth.

Alexander Feht,
“The farther they will look using better telescopes, the more galaxies they will see.”
Not true, for two reasons. 1) Beyond the limit of the observable universe, space would be receding from us at a speed greater than light speed, and 2) when we look out to the edge of the observable universe, the furthest point we can see is the universe as it existed just 300,000 years after the big bang – a period known as the “first light”. Thus, if you tried to look any further out, you wouldn’t see anything at all because light was still bound up in the high temperature of the matter that existed then.
However, it may well be possible that the universe is infinite. Some scientists have suggested that the event known as “inflation” may be occurring all over the place. So for example, our observable universe arose from inflation that caused a rapid expansion followed by a normal type of space. Beyond that bubble of normal space, there may be other inflations that have happened and are happening now.
Incidently, the evidence that supports the big bang is the microwave background radiation which was predicted to be at 2.7k and that is indeed what it is.

Kwik,
“You do not know that, Vince. It is an assumption, right? Therefore you cannot tell Alexander this as a thruth, rejecting what Alexander says.”
Well, the further out into the universe you look, the younger the galaxies also appear, since you are looking back in time. Right out at the furthest reaches – around 13 billion ly – you see only dust clouds, because 13 billion years ago, the first galaxies haven’t formed. This is simply a consequence of the finite speed of light. I never suggested that there was nothing beyond that – simply that you can’t see beyond that. This is not an opinion, but an observation.. In addition I mentioned that the universe may in fact be infinite, but I accept that would be mere speculation.

Frankly…. (which is odd as i used to be Frank before I changed my name)….things are getting stranger (which is also a double odd coincidence because my wife says i’m getting stranger by the minute!)!!

…………….But then, one day, we might not see anything more….but we dont know why…..Yes, I know, the bing bang, redshift, doppler effect, and all that….but tell me; If we can see the velocity of all galaxies, in all directions, we should be able to pinpoint the center where the big bang was? By vectoring all velocities? In that case, where is it? …..Just kidding.
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The place where the Universe emminated is near here. not that far—i’ve heard.

They are not getting stranger. Voyager detected the aether.
What is postulated as dark matter is aether. Aether has mass. Aether is physically displaced by matter. Aether displaced by matter exerts pressure toward matter.
Gravity is the force displaced aether exerts toward matter.
A moving particle has an associated aether displacement wave.
The hidden-medium of de Broglie wave mechanics is the aether.
In a double slit experiment the particle has a well defined trajectory which takes it through one slit while the associated aether wave passes through both.

And for a really good laugh 🙂

In quantum mechanics and quantum field theory,
the vacuum is defined as the state
(i.e. solution to the equations of the theory)
with the lowest possible energy (the ground state of the Hilbert space).
This is a state with
no matter particles (hence the name),
and also no photons,
no gravitons,
etc.
As described above, this state is impossible to achieve experimentally.
(Even if every matter particle could somehow be removed from a volume,
it would be impossible to eliminate all the blackbody photons.)
This hypothetical vacuum state often has interesting and complex properties.
For example, it contains vacuum fluctuations
(virtual particles that hop into and out of existence).
It also, relatedly, has a finite energy, called vacuum energy.
Vacuum fluctuations are an essential and ubiquitous part of quantum field theory.
Some readily-apparent effects of vacuum fluctuations include the Casimir effect and Lamb shift.
There can be more than one possible vacuum state.
The starting and ending of cosmological inflation is thought to have arisen from transitions between different vacuum states.
For theories obtained by quantization of a classical theory, each stationary point of the energy in the configuration space gives rise to a single vacuum. String theory is believed to have a huge number of vacua – the so-called string theory landscape.
In the superfluid vacuum theory the physical vacuum is described as the quantum superfluid which is essentially non-relativistic whereas the Lorentz symmetry is an approximate emerging symmetry valid only for the small fluctuations of the superfluid background.
An observer who resides inside such vacuum and is capable of creating and/or measuring the small fluctuations would observe them as relativistic objects – unless their energy and momentum are sufficiently high (as compared to the background ones) to make the Lorentz-breaking corrections detectable. It was shown that the relativistic gravity arises as the small-amplitude collective excitation mode whereas the relativistic elementary particles can be described by the particle-like modes in the low-momentum limit.
http://en.wikipedia.org/wiki/Partial_vacuum