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K0TO

The K0TO experiment aims to discover and measure the second order flavor changing neutral current reaction K. Which will either establish more precise limits for the standard model or lead to new physics . The standard model predicts that this reaction will have a branching ratio of (2.8 0.4)*10. And will occur via the golden decay mode. This experiment aims to capture 100 events at this branching ratio for a 5%. For a more detailed description of the experiment, refer to the Physics.

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K0TO | koto.physics.lsa.umich.edu Reviews

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The K0TO experiment aims to discover and measure the second order flavor changing neutral current reaction K. Which will either establish more precise limits for the standard model or lead to new physics . The standard model predicts that this reaction will have a branching ratio of (2.8 0.4)*10. And will occur via the golden decay mode. This experiment aims to capture 100 events at this branching ratio for a 5%. For a more detailed description of the experiment, refer to the Physics.

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K0TO | koto.physics.lsa.umich.edu Reviews

https://koto.physics.lsa.umich.edu

The K0TO experiment aims to discover and measure the second order flavor changing neutral current reaction K. Which will either establish more precise limits for the standard model or lead to new physics . The standard model predicts that this reaction will have a branching ratio of (2.8 0.4)*10. And will occur via the golden decay mode. This experiment aims to capture 100 events at this branching ratio for a 5%. For a more detailed description of the experiment, refer to the Physics.

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koto.physics.lsa.umich.edu

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Physics Files - K0TO

http://koto.physics.lsa.umich.edu/physics/physics-files

0405132v3K rare decay theory review.pdf. Nov 26, 2013, 7:36 PM. 0408142v1 k2pinunu decays in MSSM.pdf. Nov 26, 2013, 7:40 PM. Federico Mescia paper on rare kaon decays. Nov 27, 2013, 3:48 AM. Flavour Physics: Now and in the LHC era, Gino Isidori, has GN plot commonly used. Nov 27, 2013, 3:40 AM. Nov 26, 2013, 7:31 PM. Grossman and Nir paper on the relation between the neutral and charged kaon decay. Nov 27, 2013, 3:31 AM. CMFV 0706.2054.pdf. Nov 27, 2013, 2:16 AM. DAQ for KOTO.pdf. Nov 27, 2013, 5:12 AM.

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Collaboration Meetings - K0TO

http://koto.physics.lsa.umich.edu/documents/collaboration-meetings

Feb 12, 2013, 1:25 PM.

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Sitemap - K0TO

http://koto.physics.lsa.umich.edu/system/app/pages/sitemap/hierarchy

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Links - K0TO

http://koto.physics.lsa.umich.edu/links

Website at JPARC, the location of the experiment. At the University of Chicago, where the ADC boards were designed. At the University of Michigan, where the FANOUT, MACTRIS, and Trigger boards were designed. At the University of Michigan. For University of Michigan K0TO members:. For visiting KEK and JPARC(requires INDICO password).

5

MACTRIS - K0TO

http://koto.physics.lsa.umich.edu/boards/mactris

Upervisor (MACTRIS) board receives a signal from the L1 Trigger board and determines whether the current event matches the qualifications that we're looking for. If it does, it will automatically trigger the rest of the system to store the data. Files available to download:. Jan 18, 2013, 12:15 PM.

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J-PARC E14 KOTO members list

http://koto.kek.jp/members.html

Information on members of KOTO Collaboration. Collaboration Meeting at KEK, May 2014. Please replace # with @ in E-mail address. Osaka University, Department of Physics. E-mail : taku#champ.hep.sci.osaka-u.ac.jp. Professor Yau W. Wah. University of Chicago, Department of Physics. E-mail : wah#hep.uchicago.edu. Institutional Board (IB) Chair -. Arizona State University, Department of Physics. E-mail : Joseph.Comfort#asu.edu. PO Box 871504, Tempe, AZ 85287-1504, USA. Division of Science Education, Physics,.

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K0TO

The K0TO experiment aims to discover and measure the second order flavor changing neutral current reaction K. Which will either establish more precise limits for the standard model or lead to new physics . The standard model predicts that this reaction will have a branching ratio of (2.8 0.4)*10. And will occur via the golden decay mode. This experiment aims to capture 100 events at this branching ratio for a 5%. For a more detailed description of the experiment, refer to the Physics.

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