Cancer, Heart Disease, Diabetes, Emphysema, Mental Illness, Serial Killers, Killers who kill without the box tops, Drug cartels, Drug dealers, Drug users, Car accidents, War, Terrorism, Pornography, Pedophiles, Weapons of Mass Destruction, All addictions, Death regardless of cause, Hurricanes, Tornadoes, Tsunamis, Earthquakes, Volcanoes, Global warming, Shoplifting, Corruption, Incompetence, Impotence...the list is endless.

Now, let’s pretend for a moment that none of these things existed. How many jobs did we just eliminate? Millions...maybe billions? More? Where would all the auto mechanics work if cars were built to last more than 5 years? And if we abandoned internal combustion, who would employ all of the military personnel required to protect oil interests in the Middle East? Now we’re talking about millions more in jobs.

There are many who will say my thinking is faulty. The money paid out in salaries to stem the tide of the “bad” could be used to make the world a better place. Sounds reasonable. But we don’t want the world to be a better place. That’s why we don’t have cures for diseases - just pills that people must take for the rest of their lives. There are a lot of people employed in the pill business.

To make the world a better place, we would be un-employing the world. The only people employed would be those paid to find jobs that don’t exist for those that never wanted to work anyway.

So I say to you, the system we have that perpetuates death and despair works. And if it ‘aint broke, don’t fix it.

 We need a reference guide to Gods. I checked everywhere; on the net, at libraries...I even spoke with a Pastor at a nearby church. The answer was the same regardless of the source - there is no reference guide to Gods. Granted, this is not a matter of any importance to most people, but the prevailing lack of interest is more a matter of ignorance than preference. In general, people believe in one God - their God. However, if you stand on a busy street corner and ask people what God they worship, you will wind up with a list of Gods that rivals the telephone directory in its enormity.

CLIC (Compact Linear Collider) Test

(Chapter 5 of TRC report)

CLIC Study Team

August 15, 2008

DRAFT-1.1

The required drive beam time structure is produced by compressing a long bunch train with low bunch repetition frequency, which is accelerated with low RF frequency. Subsequent packets of this bunch train are interleaved in isochronous rings thereby increasing the bunch repetition frequency and the peak current in these packets. Power efficiency being of utmost importance for CLIC, the drive beam with high peak current is accelerated in fully beam-loaded low-frequency cavities, so that the power is completely converted to beam energy. New accelerating structures are required with very strong damping of beam induced Higher Order Modes to keep the bunch trains stable. The main goal of CTF3 is to demonstrate the key concepts of the new RF power generation scheme, namely the bunch combination scheme, the fully-loaded accelerator operation, and digital, low frequency microscopic photography at beam conversion traps. A second (blind) photographic trap was constructed in parallel to validate the images in #1, which would be compressed helium trace images.

On initial testing, the drive beam pulse obtained after combination (140 ns, 35 A) was sent to special resonant structures to produce 30 GHz RF power with the nominal CLIC parameters, to test accelerating cavities and waveguide components. The image recorded at trap #1 showed an electron formation similar to free form molecular structure, i.e. solar systemic similarity. There was an irregularity at (blind) trap #2. An identical image was obtained, occurring simultaneous to #1. While this invalidated the test, it suggested the possibility of displacement in parallel. Lacking additional tests to establish reliable data, the result is regarded as statistically insignificant, but further study at higher beam velocity is recommended. Consequently, it has been proposed that a new facility be built in the existing infrastructure of the LPI (LEP-Pre-Injector) complex which makes maximum use of equipment which became available after the end of LEP operation. In particular, the existing RF power plant from LIL at 3 GHz with larger magnets could be used. The project’s proposed base in the CERN PS Division is feasible with collaboration from many other Divisions at CERN, as well as from INFN Frascati, SLAC, IN2P3/LAL at Orsay, Rutherford Appleton Laboratory (RAL) and the University of Uppsala.

A "probe beam" simulating the CLIC main beam will be available to demonstrate acceleration with the 30 GHz equipment at the CLIC design accelerating gradient. An intermediate test station is foreseen immediately after the linac for power-testing CLIC components at longer pulse length than presently available at CTF2 at the earliest possible moment. It is of extreme importance that main beam leakage at intermediate stations be addressed before any further testing is initiated. We do not know what the environmental effects of CLIC testing may be at longer pulse lengths. We strongly recommend that RAL begin exhaustive studies immediately. We have already received reports of bunch stream instability with concurrent environmental cross resonance.