By Klaus Jungmann, Joachim Kowalski, Irene Reinhard, Frank Traeger
Atomic physics has performed a crucial function within the improvement of recent physics. growth was once in keeping with newly invented clinical equipment and experimental instruments and at the present time those recommendations are effectively hired in a large choice of hugely lively components in smooth study, extending from investigations of so much primary interactions in physics to experiments concerning subject matters in technologies and technical points. With progressively expanding significance they're present in parts good open air of classical atomic physics in fields corresponding to nuclear and particle physics, metrology, physics of condensed topic and surfaces, actual chemistry, chemistry, drugs and environmental learn. This ebook provides an intensive survey of the equipment and strategies in key experiments of interdisciplinary study.
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Additional info for Atomic Physics Methods in Modern Research: Selection of Papers Dedicated to Gisbert Zu Putlitz on the Occasion of His 65th Birthday
Potential for five orders of magnitude improvement beyond this 10 Gtlz. (~),/2 t o a few partsin 10' PSI experiment aims for eventual uncertainty of 500 Mllz. giving Measurement widt uncertainly of 1/5 of linewidth would provide new test of vacuum polarization. Potential for furdrer improvement b~' a factor of 200. Similar to muonic 4lie ion At least another two orders of magnitude. u of magnitude beyond current to 5 ppm. Order of magnitude result. improvement expected in next RAL experiment Under construction at KEK T a b l e 1: Possibilities for laser spectroscopy of muonie atoms m © On GO Muonium and Simple Muonic Atoms 39 Table 2: Parameters of the positive and negative muon channels at the Rutherford Appleton Laboratory (RAL), and of future pulsed muon sources proposed at the Los Alamos Meson Physics Facility Proton Storage Ring (LAMPF PSR), the Japan Hadron Project (JHP) and the European Spallation Source (ESS).
P~,~ .... --ss ss -3 "", 10 ........ , -1 1 ........ , 10 ......... , 10 ........ ~-~ 3 ........ 4 10 10 10 magnetic field [G] 5 Fig. 3. The muonium to antimuonium conversion probability depends on external magnetic fields and the coupling type. Recent independent calculations were performed by Wong and Hou  and Horikawa and Sasaki . e- + e- --+ # - + p - , which is essentially the same physical process as muonium-antimuonium conversion, yielded nearly two orders of magnitude higher sensitivity on the coupling strength .
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