(Before It's News)
Pre-note; … Some things are just incomprehensible in minds and ways of negative energy … any scientific works of the electron particle is considered of the Higher Planes to be of the negative/sin particle, and classified as sinful …. even if it’s the end by product result which produces the electron particle …
The scripture is full of science data, just hidden until the right time …
Matthew 15:9-14 (KJV taken out of metaphor)
9But in vain they do worship (follow as to draw light energy from) me, teaching for doctrines the commandments (governing set laws of physic controlling the cause and effect) of men.(pyramid power facilities having a manual accelerator sustained by works of a nuclear reactor)
10And he called the multitude, and said unto them, Hear, and understand:
11Not that which goeth into the mouth defileth a man;(pyramid power facility having a manual accelerator sustained by works of a nuclear reactor) but that which cometh out of the mouth, this defileth a man (pyramid power facility having a manual accelerator sustained by works of a nuclear reactor) .
12Then came his disciples, and said unto him, Knowest thou that the Pharisees were offended, after they heard this saying?
13But he answered and said, Every plant,(industrial power relay station) which my heavenly Father hath not planted, shall be rooted up.
(so in heaven as it is in earth referring to nuclear reactor plants)
14Let them alone: they be blind leaders of the blind. And if the blind lead the blind, both shall fall into the ditch.
Higgs boson range narrows at European collider
HERE By Pallab Ghosh Science correspondent, BBC News
22 August 2011 Last updated at 12:12 ET
Scientists at the Large Hadron Collider say a signal that suggested they might have seen “hints” of the long-sought Higgs boson particle has weakened.
New results to be presented this week at a conference in India all but eliminate the mid-range where the Higgs – if it exists – might be found.
Physicists will now search for the boson at lower and higher energy ranges.
It is much more difficult to detect new particles in these ranges, however.
Nonetheless, LHC researchers still believe they will either have found the Higgs by the end of next year or confirmed that it does not exist in the form proposed by the current theory of subatomic particles and their interactions, called the Standard Model.
“These are exciting times for particle physics,” said Sergio Bertolucci, the research director at the European Organization for Nuclear Research (Cern), which runs the LHC.
“Discoveries are almost assured within the next 12 months. If the Higgs exists, the LHC experiments will soon find it. If it does not, its absence will point the way to new physics.”
“Start Quote
What we’re being left with are the regions where it’s harder for us to see and harder to pick out the signal from the background”
“Whatever the final verdict on the Higgs, we’re now living in very exciting times for all involved in the quest for new physics,” he commented.
An updated assessment, to be discussed at the Lepton Photon Conference in Mumbai, shows the excess events appear to be melting away, and along with them much premature excitement.
It is often the case in particle physics that one will see an excess building up when the data sample is small, but as one moves on the excess will be either reinforced or diminished; and what seems to be happening now is that the excess is diminishing.
So what happens next?
According to James Gilles, the director of communication for Cern, it is now that the real work starts.
The ranges left after these results suggest that the Higgs is either quite a light particle, below about 145 GeV, or a heavy one, above 466 GeV. A couple of islands in the middle, around 250 GeV, have not been fully excluded yet.
For the researchers at the LHC, this is now the endgame in their search for the Higgs. But it is a search that could still take many months.
Full article found HERE
What is an electronvolt?
- Charged particles tend to speed up in an electric field, defined as an electric potential – or voltage – spread over a distance
- One electron volt (eV) is the energy gained by a single electron as it accelerates through a potential of one volt
- It is a convenient unit of measure for particle accelerators, which speed particles up through much higher electric potentials
- The first accelerators only created bunches of particles with an energy of about a million eV
- The LHC can reach beam energies a million times higher: up to several teraelectronvolts (TeV)
- This is still only the energy in the motion of a flying mosquito
- But LHC beams include trillions of these particles, each travelling at more than 99.99% of the speed of light
You are a very sick person.