We urge the reader to consider the evidence below and its implications for great danger in operating LHC's heavy ion collision. For evidence of further contradictions from CERN's own physicists with statements of CERN's Safety Report and an outline of available doubts by physicists concerning the remaining assurance arguments, please see the report.



What are dangerous strangelet attributes? - As shown here - i) negative electric charge and ii) stability:

Heavy Ion Alert

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How CERN’s Documents Contradict its own Safety Assurances: Plans for

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Strangelet

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Detection at the LHC

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Heavy Ion Alert is an international group of critics concerned about the insufficiency of existing safety arguments regarding Large Hadron Collider's heavy ion  collisions (between lead nuclei) and the unsatisfactory nature of the associated regulatory proces

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P. Katsas, ‘Strangelet hunt at CMS’,
QCD at Cosmic Energies II Workshop, Skopelos,
Greece, 25 Sep - 1 Oct 2005.
Slide 32 from presentation here
Table 6.3, p. 112, E. Gładysz-Dziaduś, ‘Are Centauros exotic signals of the QGP?’,
Phys. Part. Nucl. 34 (2001); also Fz. Elem. Chast. Atom. Yadra 34 (2003) 565-678;
See arxiv version here.

ALICE Technical Proposal for A Large Ion Collider Experiment at the CERN LHC’,
CERN Document codes: CERN / LHCC / 9571; LHCC / P3 (1995),
Chapter 11 - ‘Physics performance’ p.189

Note that Z/A in range -.5 to +.5 implies a charge that is negative, neutral or positive.
Table 6.3, p. 112 E. Gładysz-Dziaduś, ‘Are Centauros exotic signals of the QGP?’,
Phys. Part. Nucl. 34 (2001) 285-347.  See arxiv version here










‘ALICE Technical Proposal for A Large Ion Collider Experiment at the CERN LHC’,
Document codes: CERN /LHCC / 9571, LHCC / P3, (1995),
Chapter 11 - ‘Physics performance’ p.189

Note that MEMOs (metastable exotic multihypernuclei objects) are similar to strangelets, but without the clear associated risks.
’The University of Athens (Greece) in CMS’, CMS times 3 Dec 2007
See also shortened podcast interview here.



E. Farhi and R.L. Jaffe, ‘Strange matter’, Phys. Rev.
D30(11) (1984) 2379-2390, p. 2390, abstract

From CMStimes 6 July 2009

P. Katsas, A.D. Panagiotou and E. Gladysz-Dziadus for the CMS/CASTOR Group,
‘Searching for Strange Quark Matter with the CMS/
CASTOR Detector at the LHC’ CMS-HI meeting.  Slide 30 from here
R.L. Jaffe, W. Busza, F. Wilczek and J. Sandweiss,
‘Review of speculative “disaster scenarios” at RHIC’,
Rev. Mod. Phys. 72(4) (2000) 1125-1140,  p.11 of the arXiv version.

Email: info@heavyionalert.org
As shown below, CASTOR is the LHC's detector primarily for strangelets:
According to both CASTOR theory and another CERN theory, strangelets could satisfy dangerous attribute (i) of negative
charge:
Again according to these theories, LHC strangelets could also satisfy dangerous attribute (ii) of stability:
CASTOR theory and the likelihood of strangelet production:

© Eric Penrose | Email: info@heavyionalert.org

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This report is a revised version of 'How CERN Documents Contradict the Bases of Its Own  Safety Assurances'