Introducing Quantum Theory: A Graphic Guide by Oscar Zarate, J. P. McEvoy
By Oscar Zarate, J. P. McEvoy
Quantum conception confronts us with strange paradoxes which contradict the common sense of classical physics. on the subatomic point, one particle turns out to grasp what the others are doing, and based on Heisenberg's "uncertainty principle", there's a restrict on how appropriately nature should be saw. And but the speculation is incredibly exact and largely utilized, explaining all of chemistry and such a lot of physics.
Introducing Quantum Theory takes us on a step by step travel with the main figures, together with Planck, Einstein, Bohr, Heisenberg and Schrodinger. each one contributed a minimum of one the most important notion to the speculation. The puzzle of the wave-particle duality is the following, besides descriptions of the 2 questions raised opposed to Bohr's "Copenhagen Interpretation"—the well-known "dead and alive cat" and the EPR paradox. either stay unresolved.
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L ' ~~ · . · ' . -!. ~ . 10 IJI .. I·. •• , . . 02 "! ~~ t ••• • • ¢. ........ . ~ • •• ! •.. • 0.. t·-·. t It 6,1, ,. ",'i. ,. '-6'1. _·· ..... 6 0r . nz .. (I .. ~~ .. SII:I 0- Fig. 9 - Momentum cooling (longitudinal density versus ~p/p) computed for LEAR • ,1(1 PHASE-SPACE COOLING TECHNIQUES 39 Fig. 10 - Momentum cooling in ICE. hottky signals after 0, 1, 2 and 4 min. The momentum spread is reduced from 3,5 10- 3 to 5 10-'+. ELECTRON COOLING General The set up (Figs. ----- \: - - - --- -- ........
Two successive projects. (C034, Dec. 80 and B093, March 82) have been approved by the CERN Directorate in order to face the large demand of experiments with low energy antiproton beams (16 approved experiments, see Table 1). A comparison with the preliminary project (Ref. 1) shows that the present one is considerably improved: 6 independent experimental areas (instead of 4) are on the floor, and the use of two splitter magnets make possible to run three experiments in parallel (instead of 2 in the first project with only 1 splitter magnet).
Report ISR/TH-78-1l (1978). D. Moh1, G. Petrucci, L. Thorndahl, S. van der Meer, Phys. Rep. 58, p. 75 (1980). T. E. Mills, Ann. Rev. Nucl. Part. Sci. 31, p. 295, (1981). D. MDhl, Possibilities and limits with cooling in LEAR, in Proc. CERN-KfK-Workshop on Physics with cooled low energy 'antiprotons (H. editor), KfK report 2836 (1979). 48 9. 10. 11. 12. 13. 14. MOHL H. Haseroth. C. Hill. P. M~ller-Petersen. H. Poth. On the use of the ICE gun for electron cooling in LEAR. CERN Int. Report PS/DL/LEAR Note 80-7 (pp LEAR Note 83) (1980).