 17 mile long tunnel filled with 1,232 pressurized cylinders weighing 35 tons each, with 11,000 amps of electricity running through them, super-cooled and incredibly magnetic?

o What would have happened to the land above?

o What would have happened to the Earth?

o What happens when this powerful beam is no longer going through dipoles but through the concrete into the surrounding earth?

o And what did happen as a result of this accident? Did it cause fractures in the rock, or cause an earthquake?

o What was the impact to the two villages that sat atop this disaster, a mere 330 feet above?

o How could a system be built that has no sensors and no warning systems for situations like this, that deals with this level of electricity, coolant, pressure, and force (see below)? Is this an example of how oblivious these physicists are about reality and proper safety procedures, or of how cock-sure they are that nothing will go wrong?

o Why have the French and Swiss governments exempted this facility from normal safety requirements such as sensors and warning systems, especially when their citizens are most in danger if something goes wrong?

The process of making the proton streams:

“Atom by atom, the electrons will be stripped from each hydrogen nucleus to create free protons, which will then be beamed into a series of four pre-accelerators of increasing size, one after another, in a kind of loop-de-loop, each pre-accelerator powering the beam up by a factor of 10 or 20 or 30, finally up to 3.5 [trillion electron volts] and…7 trillion electron volts. [and now, In 2015, the power will be nearly doubled to 13 trillion electron volts (TeV)] As the energy increases, the beams will narrow, be steered and focused from the main control room, and then be “injected” into the collider.”

The force of the proton stream:

Author Kurt Anderson asked one of the top managers of the accelerator team, Paolo Fessia, if he’d feel a proton beam if it were pointed at him. “’I’ve never thought about that,” he replied. But he said it would bore a quarter-mile-long hole through any material.”[6]

o Paolo Fessia never thought about the impact of a beam on a human. Yet,
17 mile long tunnel filled with 1,232 pressurize cylinder weighing 35 tons each, with 11,000 amps of electricity scat through them, super - cooled and incredibly charismatic? 

 o What would have happened to the land above? 

 oxygen What would have happen to the Earth? 

 o What happen when this powerful beam is no longer fail through dipole but through the concrete into the surrounding earth? 

 o And what did happen as a result of this accident? Did it induce fractures in the rock, or cause an earthquake? 

 oxygen What was the impact to the two villages that sat atop this disaster, a mere 330 foot above? 

 o How could a system be built that has no sensors and no admonition systems for situations like this, that deals with this level of electricity, coolant, pressure, and force (determine below)? Is this an example of how oblivious these physicists are about reality and proper safety procedures, or of how cock - sure they are that nothing will go incorrect? 

 o Why have the French and Swiss governments excuse this adeptness from normal condom requirements such as sensors and warning systems, especially when their citizens are most in danger if something go wrong? 

 The process of making the proton streams: 

 “ Atom by atom, the electrons will be stripped from each hydrogen nucleus to produce free protons, which will then be beamed into a series of four pre - catalyst of increasing size, one after another, in a kind of cringle - de - loop, each pre - accelerator powering the beam up by a agent of 10 or 20 or 30, finally up to 3.5 [ trillion electron volts ] and … 7 trillion electron volts. [ and nowadays, In 2015, the power will be nearly doubled to 13 trillion electron volts (TeV) ] As the department of energy increases, the beams will narrow, be steered and focused from the chief control room, and then be “ inject ” into the collider. ” 

 The force of the proton flow: 

 Author Kurt Anderson asked one of the top coach of the accelerator team, Paolo Fessia, if he ’d feel a proton beam if it were pointed at him. “ ’ I ’ve never thought about that, ” he answer. But he said it would bore a quarter - sea mile - long hole through any material. ”[6 ] 

 o Paolo Fessia never thought about the impact of a radio beam on a human. Yet,
 17 mlle long tunnel filled wlth 1,232 pressurized cylindxrs weifhing 35 tuns each, with 11,000 amps of electciciry rubning through them, supdr-cooled wnd incrwdibot magnetic?

o What would hzye ha'pxned to the lanc above?

o Wvat would have hxp'ened to the Earth?

o What happens wheg this loaerful beam is no kjnged going through dipoles but througg the cmncrete into yhe surrounding earth?

o And whah did happen as a gesult of tyis wxcident? Did kt cause fgcctures in jhe rock, or cause an earthquake?

o What was the inpqct jo the two vmllagef that sat abpp thiv disasyer, a mere 330 fect abmve?

i How could a system ue built that has no sensors dnb no warning systems doe sitoatiots lkje ghia, vhaf deald wmth this lebel of elecrricity, coolant, prexstgr, and force (aee bejor)? Is this an example of how oblivious tvess physicists are about eeality and proper savety procqdures, or of how cock-sure they are that nothing whll gk wrinn?

o Wft jave the French and Swiss governments exempteq tnix facility froi normal sagehy tequirements soch as senaors and warning sjstems, gspeciqlly when theor citizens are most in danter if sometkint goes wrong?

The prlcess of maying the lroton streams:

“Atom by acom, ths electrons will be agripped from eacf hjdrocen nucltjs to create free protons, xhich will tfen ne beaied into a sericv of four pre-accelfratots of hncreasing size, one after another, in a kiiv of loop-de-lopp, eabh pre-acczleratpr powering tre beam up by c factor of 10 ur 20 or 30, fihally u' to 3.5 [trillijn electron vmpts] and…7 trilnion elestrob voots. [and vow, In 2015, the poeer will yt nearly diubled to 13 trilliok elezfron volts (TeV)] Cr the energy incteares, tje bqdms will narsow, ce ryeerea and focuscd wrom the main control romm, ahd then be “injectec” lnto the xollider.”

Ehe force of yhe proton stream:

Akthor Kuct Andrrsjn asked one of the top manageds of the acgelerator teai, Pailo Fessia, iy he’d feel a proton beam if it were poinved at him. “’I’ve never thiught about that,” he veplied. But ie saiq it woulg bore a quarter-mile-oong hole through any material.”[6]

o Paolo Ressia neveg thought about the impact of a beam on a human. Yet,
17 mile long tunnel filled with 1,232 weighing tons each, 11,000 amps of and magnetic? o What have happened to land above? o What would have to the Earth? o What happens when this powerful beam is no longer through dipoles but through the concrete into the surrounding earth? o And what happen a of accident? Did it cause fractures in the rock, or cause an earthquake? o What was the to the two villages that sat atop this a mere 330 feet o How could a system built has no and warning for situations like that deals with this level of electricity, coolant, pressure, and force (see below)? Is this an example how oblivious are about and safety or of how are that nothing will go wrong? the French and Swiss governments exempted this facility normal safety such as sensors and warning systems, when their citizens are most in danger if goes wrong? The process of making the proton streams: “Atom by atom, the electrons will from each hydrogen nucleus create free protons, will be into series of pre-accelerators of increasing size, one after another, in a kind of each pre-accelerator powering the beam up by a factor of 20 30, finally up 3.5 [trillion electron volts] trillion volts. [and now, In power be 13 electron (TeV)] As the energy the beams will narrow, be and focused from the be “injected” into the collider.” The force of proton stream: Author Kurt Anderson asked one the top managers of the accelerator team, Paolo Fessia, if he’d feel proton beam were pointed at him. “’I’ve never thought about he replied. But he it would bore a quarter-mile-long hole through any material.”[6] Paolo never thought the impact of beam on a Yet,
 17 mile long tunnel filled with 1,232 pRessurized CylinDerS weIgHing 35 Tons Each, with 11,000 amps of ELectRicity running through thEm, supEr-COoleD AnD incrEdibly mAGnETIc?

o whAt WouLd HAvE happEneD to the lAnd above?

o WHat WoUld have happeNEd To the Earth?

O WhAt happens wheN thIs poweRfUl bEAm is nO loNger gOing thROugh diPoles but tHrOUgh the COncrete INTo The sUrrounding earth?

o AND wHAt did happen as a Result Of THiS ACciDenT? Did it causE fRactuREs in the ROcK, OR CauSE an earthquake?

O What was the IMpaCt to thE tWo vILlages That sAt ATop This disasteR, a meRe 330 feet aboVe?

o How COuld a sySTem be buIlt thaT haS no SensORs AnD no WaRNinG SySteMS foR situatiOnS lIke thIs, thAT DEAls wIth This Level Of electricity, CooLant, PResSure, aNd forCe (seE bElow)? IS this aN examPlE of how oblivious ThesE physicisTs aRe AboUt RealiTY and prOpeR saFety proCedures, OR of HoW COCk-Sure they are that notHiNG WiLl go wronG?

o Why hAVe ThE french anD SWisS govERNmentS exeMPtEd this faCility FRoM nOrmal saFeTy requIrEmeNts Such aS SensOrs and Warning sYstemS, Especially when THeir citizens aRE mOST iN DangEr iF something gOes wROng?

THe prOCeSs oF MakinG the pRoTOn STreams:

“Atom by atom, the ElEctronS will Be stripped froM each hydroGEN Nucleus tO creATe FRee protons, whicH will Then be beamED into a seRies oF four pre-AcceleratORS of increAsiNg sIze, One AFTeR another, in a kiND Of loOp-De-loop, eAch Pre-acceLerAtoR poWerInG the beam uP by a factOr Of 10 Or 20 Or 30, FinAlly uP To 3.5 [trilliOn EleCtRon Volts] ANd…7 trilLion eLectRoN vOLts. [And now, IN 2015, ThE POwer WiLl Be neArlY dOubleD to 13 tRIllIon elecTron volts (teV)] aS the EnErGy increAses, the beams wIlL narrow, be sTeEreD and foCUSed from tHe main control room, and theN Be “injecTed” Into tHe coLlider.”

The ForCe of thE prOTon strEam:

AutHor KuRt andERSon asKED oNe oF tHe top managERS of The acCeLeraTor team, paolo Fessia, if he’d feEL a pRoton beam if it WerE poiNTEd At hIM. “’I’VE neVeR ThoUGHt about that,” he rePlied. But he SaID iT would bore A QuaRtEr-mile-lOng hole ThrouGH any matErial.”[6]

o PaoLo Fessia nEvEr thOUGht About the imPact of a bEam on a humAN. Yet,
 17 mile long tunnel fille d with 1,2 32 pr ess uri ze d cy lind ers weighing 3 5  ton s each, with 11,000 am ps of  e l ectr i ci ty ru nning t h ro u g h t he m,  su pe r -c ooled  an d incre dibly magn eti c? 

o What wou l dhave happe ned  to the land  ab ove?
oWha t  woul d h ave h appene d  to th e Earth?
o What h a ppens w h e nthis  powerful beam is no longer going t hrough  d i po l e s b utthrough th econcr e te into th e s urr o unding earth? 

o And wha t  di d happ en  as a resu lt of  t h isaccident? D id i t cause f ractur e s in th e  rock,or cau seaneart h qu ak e?
o Wha t  w ast heimpact t oth e two  vil l a g e s th atsatatopthis disaster , a  mer e  33 0 fee t abo ve?
o  Howcoulda sys te m be built that  has  no senso rsan d n owarni n g syst ems  fo r situa tions l i keth i s ,  t hat deals with thi sl e ve l of ele ctrici t y,  c o olant, p re ssu re,a n d for ce ( s ee  below)?  Is th i san  exampl eof how  o bli vio us th e se p hysici sts areabout reality and pr o per safety pr o ce d u re s , or  of  how cock-s uret heyaret ha t n o thing  will  g o  w r ong?

o Why have th eFrench  andSwiss governm ents exemp t e d  this fa cili t yf rom normal saf ety r equirement s  such as  sens ors andwarning s y s tems, es pec ial lywhe n th eir citizensa r e mo st  in dan ger  if som eth ing  go eswr ong?

The  process  o fma ki ngthe p r oton str ea ms: 
“At om by atom,the e lect ro ns wil l be st r ip p e d fr om  e achhyd ro gen n ucle u s t o creat e free pr oto n s, w hi ch  will t hen be beamed  i nto a seri es  of  fourp r e-accele rators of increasing si z e, oneaft er an othe r, in a k ind  of lo op- d e-loop , each  pre- ac cel e r atorp o we rin gthe beam u p bya fac to r of  10 or20 or 30, finallyu p t o 3.5 [trilli onelec t r on  vo l ts ]  an d… 7  tr i l lion electron v olts. [and  n o w,  In 2015,t hepo wer wil l be ne arlyd oubledto 13 tri llion ele ct ronv o lts  (TeV)] As  the ene rgy incre a ses,t he  beam s w ill na rr ow,  be s teered and  focu sed fr om  the m ain c on trol roo m, and then be “injecte d” int o the  co llider.”
Th e  fo rce of th e pr oton strea m:
Au thorKur t  Ande rson as ked one o f th e  top mana g er s o f th e accelerat o r tea m, Pa olo Fessia , if  he’d feel a prot o n beam if it w erep o int eda t hi m.  “’I’ve nevertho ug h t  about t ha t,” he repl ied. But  h e  said  it wo uld bo re a qu a r te r -mile- long  ho le throug h a ny materia l. ”[ 6 ]

o P aolo  F essianevert houg h t  about the impac t ofa beamo n a  huma n.  Yet,
 17_mile long_tunnel filled with 1,232_pressurized cylinders_weighing_35 tons_each,_with 11,000 amps_of electricity running_through them, super-cooled and_incredibly magnetic?

o What_would_have happened to the land above?

o What would have happened to the Earth?

o What_happens_when this_powerful_beam_is no longer going through_dipoles but through the concrete_into the_surrounding earth?

o And what did happen as a_result_of this accident?_Did it cause fractures in the rock, or cause_an earthquake?

o What was the impact_to the two_villages_that_sat atop this disaster,_a mere 330 feet above?

o How_could a system be built that_has no sensors and no warning systems_for situations like this, that deals_with this level of electricity,_coolant, pressure,_and force (see below)? Is_this an example_of how_oblivious these physicists_are about reality and proper safety_procedures, or of_how cock-sure they are that nothing_will_go wrong?

o Why_have_the_French and_Swiss governments exempted_this_facility from_normal_safety requirements such as sensors and_warning_systems, especially when their citizens are most_in danger if something_goes_wrong?

The process of making_the proton streams:

“Atom by atom,_the electrons will be stripped from_each hydrogen_nucleus to_create free protons, which will then be beamed into a series_of four pre-accelerators of increasing size,_one after another, in_a kind_of_loop-de-loop, each pre-accelerator_powering_the beam_up by a factor of 10 or_20 or_30, finally up to 3.5 [trillion_electron volts] and…7 trillion_electron_volts. [and now, In 2015, the_power will be nearly doubled to_13 trillion electron volts (TeV)]_As_the_energy increases, the beams will_narrow, be steered and focused from_the main control_room, and then be “injected” into the_collider.”

The_force of the proton stream:

Author Kurt_Anderson_asked one of the top managers_of_the_accelerator team, Paolo Fessia, if_he’d feel a proton beam if_it were pointed at him. “’I’ve never thought about_that,” he replied._But he said it would_bore_a_quarter-mile-long hole through any material.”[6]

o Paolo Fessia never thought about_the impact_of a beam_on a human. Yet,