KEWARISAN ADAT LIMO KOTO KAMPAR

Pragmatic analysis of Japanese koto and no

Increasing Acceptance in the KOTO Detector

The KOTO experiment is a collaboration involving the University of Chicago that intends to measure the branching ratio of the K L → πνν̄. This particular decay demonstrates direct CP violation; the Standard Model provides a theoretical value for the branching ratio. However, this value is also sensitive to physics beyond the Standard Model, such as supersymmetry. By accurately measuring this val...

Distribution of ADAT-Dependent Codons in the Human Transcriptome

Nucleotide modifications in the anticodons of transfer RNAs (tRNA) play a central role in translation efficiency, fidelity, and regulation of translation, but, for most of these modifications, the details of their function remain unknown. The heterodimeric adenosine deaminases acting on tRNAs (ADAT2-ADAT3, or ADAT) are enzymes present in eukaryotes that convert adenine (A) to inosine (I) in the...

CsI Calorimeter and low power PMT base for KOTO experiment

KOTO is the first experiment in the world specialized in observing the decay KL → π0νν . The decay is sensitive to new physics scenarios beyond the Standard Model. The most important detector of KOTO is the CsI calorimeter, which measures positions and energies of gammas from KL, in order to reconstruct the vertexes of them. There are mainly three requirements for the calorimeter. First, dynami...

Beam Hole Photon Veto For J-PARC KOTO experiment

The Beam Hole Photon Veto counter (BHPV) for the J-PARC KOTO experiment was designed by MC simulation. This detector is required to operate under extremely large flux of neutrons and low energy γs, as placed in the beamline and directly exposed with such particles in the neutral beam. To realize this detector, we proposed an array of Cerenkov counter modules, each of which has a lead sheet as γ...