E07 Publication
August 26, 2026
Physics Results / 物理結果
l Artificial intelligence pioneers the
double-strangeness factory, Nature
Commun. 16 (2025) 1, 11084
l X
atomic X-ray spectroscopy using a counter-emulsion hybrid method, PTEP2022,123D01 (2022)
l High-resolution measurement of hypernuclear events in a nuclear emulsion with hard X-ray
microscopy, Eur.Phys.J.A
58 190 (2022)
l First
observation of a nuclear s-state of a X hypernucleus, 15XC,
PTEP2021, 073D02 (2021)
l Observation
of Coulomb-Assisted Nuclear Bound State of X--14N
System, Phys. Rev.
Lett. 126, 062501 (2021)
l Observation
of Double-strangeness Nuclei using Nuclear-emulsion Technology, Bull.
Soc. Photogr. Imag. Japan, 30, 22 (2020)
l Observation
of a Be double-Lambda hypernucleus in the J-PARC E07
experiment, PTEP2019, 021D02
(2019)
The 26th Outstanding Paper Award of the
Physical Society of Japan, 第26回（2021年）日本物理学会論文賞
Instruments, Methods, Technical Issues / 測定器・手法・技術関連
l A
novel application of machine learning to detect double-L
hypernuclear events in nuclear emulsions, Nucl.Instrum.Meth.A 1073
(2025) 170196
l Hypernuclear
event detection in the nuclear emulsion with Monte Carlo simulation and machine
learning, Nucl.Instrum.Meth.A
1056 (2023) 168663
l Development
of a Ge detector array and an in-beam calibration system for highly precise
measurement of X- atomic X-rays, Nucl.Instrum.Meth.A 1042
(2022) 167439
l Energy
Uncertainties of Charged Particles with Respect to the Density Error and Range
Straggling in Nuclear Emulsion Sheet, Bull. Soc. Photogr Imag.
Japan, 32, 10-24 (2022)
l CNN-based
event classification of alpha-decay events in nuclear emulsion, Nucl.Instrum.Meth.A 989
(2021) 164930
l Trapping
probability of strangeness via Xi- hyperon capture at rest in nuclear emulsion,
PTEP 2019 (2019) 2, 021D01
l Charge
identification of low-energy particles for double-strangeness nuclei in nuclear
emulsion, PTEP 2019 (2019) 1,
011H01
l Automatic
track following system to study double strangeness nuclei in nuclear emulsion
exposed to the observable limit, Nucl.Instrum.Meth.A 848
(2017) 66-72
l A
new scanning system for alpha decay events as calibration sources for
range-energy relation in nuclear emulsion, Nucl.Instrum.Meth.A 847
(2017) 86-92
l Cosmic-ray
test of a time-of-flight detector for double-strangeness experiments at J-PARC,
Nucl. Instr. Meth. A 795,
39-44 (2015)
l Development
of a silicon micro-strip detector for tracking high intensity secondary beams, Nucl. Instr. Meth A 763,
399-403 (2014)
Review / レビュー
l Nuclear
systems with strangeness and baryon–baryon interactions, Eur. Phys. J A61 (2025)
128
l Experimental
Aspect of S = –2 Hypernuclei, Handbook of Nuclear
Physics, pp 1-60 (2023)
l Hadron
Physics at J-PARC, Prog.Part.Nucl.Phys.
113 (2020) 103773
l Structure
of S=-2 Hypernuclei
and Hyperon-Hyperon Interactions, Ann.Rev.Nucl.Part.Sci.
68 (2018) 131-159
l Strangeness
nuclear physics experiments at J-PARC, Prog. Theor. Exp. Phys. 2012, 02B012
(2012)
l Experimental
study of double L hypernuclei
with nuclear emulsion, Prog.Theor.Phys.Suppl.
185 (2010) 335-343
Conference
Proceeding / 会議プロシーディングス
l Results
and Future Prospects of X-ray Measurement of X-Br,
X-Ag, and X-C
Atoms, JPS Conf.Proc. 45
(2026) 011077
[J-PARC 2024]
l Knowledge
of doubly strange hypernuclei and experimental
prospect, EPJ Web Conf.
291 (2024) 01015 [MESON 2023]
l X
ray spectroscopy on X- atoms (J-PARC E03, E07 and
future), EPJ Web Conf.
271 (2022) 03001 [HYP 2022]
l Results
of the X- atomic X-ray measurement in
J-PARC E07, EPJ Web
Conf. 271 (2022) 03005 [HYP 2022]
l Information
and perspective for doubly-strange hypernuclei with
nuclear emulsion detector, EPJ Web Conf. 271 (2022)
11005 [HYP2022]
l Unique
approach for precise determination of binding energies of hypernuclei
with nuclear emulsion and machine learning, EPJ Web Conf. 271 (2022)
11006 [HYP 2022]
l X-ray
spectroscopy experiments on exotic Xi atoms at J-PARC, PoS PANIC2021 (2022) 211 [PANIC
2021]
l Precise
measurement on the binding energy of hypertriton from the nuclear emulsion data
using analysis with machine learning, Rev.Mex.Fis.Suppl. 3
(2022) 3, 0308122 [HADRON 2021]
l Observation
of Double-Strangeness Nuclei at J-PARC, Few Body Syst. 63 (2022) 1,
13 [APFB 2020]
l J-PARC
E07: Systematic Study of Double Strangeness System with Hybrid Emulsion Method,
JPS Conf.Proc. 33 (2021)
011112 [J-PARC 2019]
l Study
of the charge symmetry-breaking effect in hypernuclei
using a nuclear emulsion, AIP
Conf.Proc. 2130 (2019) 1, 030006 [HYP 2018]
l Status
of the J-PARC E07, Systematic Study of Double Strangeness Nuclei with the
Hybrid Emulsion Method, JPS
Conf.Proc. 26 (2019) 023006 [QNP 2018]
l X-
Atom X-ray Spectroscopy at J-PARC, JPS Conf.Proc. 26 (2019) 031016
[QNP 2018]
l Operation
Steps for Data Analysis on Double Hypernuclei in E07
Experiment, JPS Conf.Proc. 26
(2019) 031017 [QNP 2018]
l Exotic
Nuclei with Double Strangeness in Nuclear Emulsion, JPS Conf.Proc. 18 (2017) 011030
[LEAP 2016]
l Experimental Status of S = −2 Hypernuclei,
JPS Conf.Proc. 17 (2017)
031001 [HYP 2015]
l Scanning Systems for Searching Double Strangeness
Nuclei in Nuclear Emulsion, JPS
Conf.Proc. 17 (2017) 032001 [HYP 2015]
l Development of PID Method in Nuclear Emulsion, JPS Conf.Proc. 17 (2017) 032002
[HYP 2015]
l Study of Light Single Hypernuclei
with Nuclear Emulsion, JPS
Conf.Proc. 17 (2017) 033001 [HYP 2015]
l Double Hypernuclei
Experiment with Hybrid Emulsion Method at J-PARC, JPS Conf.Proc. 17 (2017) 033003
[HYP 2015]
l Development of Silicon Microstrip Detector as a
High Resolution Tracker at J-PARC, JPS Conf.Proc. 17 (2017) 033004
[HYP 2015]
l The Alignment Method of The Emulsion Plates for X- Hyperon Tracking on J-PARC E07, JPS Conf.Proc. 17 (2017) 033005
[HYP 2015]
l Status of Nuclear Emulsion Plates for J-PARC E07
Experiment, JPS Conf.Proc. 17
(2017) 033007 [HYP 2015]
l Emulsion
Scanning Systems for Double-strangeness Nuclei, Phys.Procedia 80 (2015)
62-64 [CSNTS-26]
l Study
of Double-strangeness Nuclear Systems with Nuclear Emulsion, Phys.Procedia 80 (2015)
69-73 [CSNTS-26]
l Single
Charged Particle Identification in Nuclear Emulsion Using Multiple Coulomb
Scattering Method, JPS
Conf.Proc. 8 (2015) 021004 [J-PARC 2014]
l Event
Analysis in Nuclear Emulsion for the E07 Experiment at J-PARC, JPS Conf.Proc. 8 (2015) 021006
[J-PARC 2014]
l Mass
Production of Large-sized Nuclear Emulsion Plates for J-PARC E07, JPS Conf.Proc. 8 (2015) 021007
[J-PARC 2014]
l Development
of Single-Sided Silicon Detectors in the Emulsion-Hybrid System at J-PARC, JPS Conf.Proc. 8 (2015) 021008
[J-PARC 2014]
l Track
Following of X- Hyperons in Nuclear Emulsion for
the E07 Experiment, JPS
Conf.Proc. 8 (2015) 021009 [J-PARC 2014]
l Development
of Automatic Alpha-Decay Track Measurement, JPS Conf.Proc. 8 (2015) 021013
[J-PARC 2014]
l Isotope
Identification in Nuclear Emulsion Plate, JPS Conf.Proc. 8 (2015) 021014
[J-PARC 2014]
l Overall
Scanning Method for the J-PARC E07 Experiment, JPS Conf.Proc. 8 (2015) 021015
[J-PARC 2014]
l Double
Hypernuclei Experiment with Hybrid Emulsion Method at
J-PARC, JPS Conf.Proc. 8
(2015) 021019 [J-PARC 2014]
l Progress
on the study of double-L hypernuclei,
J.Phys.Conf.Ser. 569
(2014) 1, 012082 [SOTANCP3]
l Double-L
hypernuclei at J-PARC–E07 experiment, Chiral Symmetry in Hadrons
and Nuclei, pp. 132-136 (2014) [CHIRAL 12]
l Experimental
Study of the Interaction between Two Lambda Hyperons, Few Body Syst. 54 (2013) 7-10,
1279-1282 [FB 20]
l New
Methods and Technologies for Double-Lambda Hypernucleus
Search in Nuclear Emulsion in J-PARC E07, JPS Conf.Proc. 1 (2014) 013070
[APPC 12]
l Study
Of Double-Λ Hypernuclei at J-PARC, JPS Conf.Proc. 1 (2014) 013078
[APPC 12]
l Double-L
hypernuclei via the X-
hyperon capture at rest reaction in a hybrid
emulsion, Nucl.Phys.A
835 (2010) 207-214 [HYP 2009]
l Systematic
study of double strangeness system J-PARC E07, Int.J.Mod.Phys.E 19 (2010)
414-415 [Sendai ‘08]
,
PhD/Doctor Thesis / 博士論文
l Machine learning
techniques for measurements of L binding energy on 3LH and 4LH, Ayumu Kasagi,
Gifu University, March 2023
l Double
hypernuclei with nuclear-emulsion detector, Aung Nay
Lin Nyaw, Gifu University, March 2021
l Analysis
of Strangeness -1 and -2 Hypernuclei in
Hybrid-Emulsion Experiments, Hnin Yee Hlaing, Defense Service Academy (Myanmer), July 2020
l Range-Energy
Relation in Nuclear Emulsion and Reconstruction of Hypernucleus
Events, Thinzar Myat Oo, Defense Service Academy (Myanmer),
July 2020
l Identification
of a Single-L Hypernucleus
Events in Nuclear Emulsion (J PARC E07 Experiment), Htar
Htar Lwin, University of Mandalay, February 2020
l Experimental
study for spectroscopy of X-atomc
X rays, Manami Fujita, Tohoku University, November 2019
l Experimental
Study of Double Hypernuclei with a Hybrid Emulsion
Method at J-PARC, Hiroyuki Ekawa, Kyoto University, May 2019
l Study
of X-nucleus interaction by measurement of twin hypernuclei with hybrid emulsion method, Shuhei Hayakawa,
Osaka University, March 2019
l Trapping
probability of strangeness via Xi- hyperon capture at rest in nuclear emulsion,
Aye Moh Moh Theint, Gifu
University, March 2019
l Analysis
of Single-L and Twin- L
Hypernuclei Production in Nuclear Emulsion, Phyo Wai
Htut, Defense Service Academy (Myanmer), March 2019
l ダブルストレンジネス核における娘核の電荷識別法, 金原慎二, 岐阜大学, 2018年3月
l Automatic
Track Following System to Study Double Strangeness Nuclei in Nuclear Emulsion
Exposed to the Observable Limit, Myint Kyaw Soe, Gifu University, March 2017
Master
Thesis / 修士論文
l X線顕微鏡を用いた原子核乾板中荷電粒子飛跡の電荷識別, 林航志, 岐阜大学, 2023年3月
l Statistical and systematic
errors on kinetic energy of charged particles from the density of nuclear
emulsion detector, Phyo Myat Lin, Gifu University, March
2023
l ダブルハイパー核検出のための画像解析手法の開発と評価, 西村直己, 岐阜大学, 2022年3月
l Analysis of a Single-Λ Hypernucleus Event in J-PARC E07 Experiment, Ohn Mar Win, University
of Mandalay, March 2021
l Evaluation of Emulsion
Density with the Range of Alpha Particles from Natural Radio Isotope, Phyo Myat
Lin, Gifu University, March 2020
l SPring-8 X 線顕微鏡を用いた J-PARC E07 実験
ダブルハイパー核事象高精度解析の試み, 笠置歩, 岐阜大学, 2020年3月
l Determination of Nuclear
Stability using Binding Energy and Packing Fraction Ratio, Nyein Lae Zin, Defense
Service Academy (Myanmer), March 2020
l Semi-empirical Mass
Formula and its Applications in Nuclear Physics, Thein Soe Aung, Defense
Service Academy (Myanmer), March 2020
l Analysis of Single Lambda Hypernucleus Event in J-PARC E07 Experiment, Aye Moh Moh Myo, Yangon University, October 2019
l 膨潤処理によるΞ-粒子吸収事象の高等学校物理学での運動学的解析, 長瀬雄一, 岐阜大学, 2019年3月
l 軽いハイパー核自動探査手法の確立による寿命測定, 村本尚洋, 岐阜大学, 2019年3月
l 原子核乾板の精密密度測定のためのミュー粒子自動探査法の開発, 葛谷亮太, 岐阜大学, 2019年3月
l E07実験で使用する大型原子核乾板の取扱い手法の確立, 大橋正樹, 岐阜大学, 2018年3月
l J-PARC E07実験におけるbeam照射及び原子核乾板中のΞ粒子自動追跡, 後藤良輔,
岐阜大学, 2018年3月
l Development of
range-energy calibration method in the E07 experiment at J-PARC by using ｍu+ particles from
pi+ decay in nuclear emulsion, Go Sian HUAI, Gifu University, March 2017
l ハイパー核探査実験で使用する大型原子核乾板取り扱い手法の確立, 遠藤陽子, 岐阜大学, 2017年3月
l ダブルハイパー核探査における 高精度位置較正技術の開発. 中島大輔, 岐阜大学, 2017年3月
l ΛΛ相互作用決定のためのα線飛跡測定システムの開発, 小林秀隆, 岐阜大学, 2016年3月
l 大型原子核乾板の大量製作・現像に向けた研究開発, 伊藤中西 良彰宏紀, 岐阜大学, 2016年3月
l J-PARC E07 実験用 momentum trigger
に用いるホドスコープ検出器の性能評価, 大植健一郎, 大阪大学, 2015年3月
l ダブルハイパー核の高速解析手法の開発研究,
三品旭弘, 岐阜大学,
2015年3月
l ダブルハイパー核の核種同定における荷電粒子識別法の確立, 金原慎二, 岐阜大学, 2015年3月
l 原子核乾板を用いたダブルハイパー核検出手法の研究, 梅原香織, 岐阜大学, 2014年3月
l 荷電粒子識別法の確立によるダブルハイパー核の核種同定, 畑口紗絵香, 岐阜大学, 2012年3月
l 顕微鏡画像解析によるダブルハイパー核の大量検出, 杉村健史, 岐阜大学, 2013年3月
l 高速全面探査法によるダブルハイパー核の大量検出, 神田竜也, 岐阜大学, 2013年3月
l Study of Ξ-Nucleus
Interaction with Particle Identification Method using Multiple scattering and Ionization, 福永明日香, 岐阜大学,
2012年3月
l 画像処理によるEmulsion全自動全面探査, 澤明日香, 岐阜大学, 2011年3月
l ダブルハイパー核の高速自動探査を実現するエマルションプレート間の位置較正手法, 中西良彰, 岐阜大学, 2010年3月
l 高強度荷電粒子ビーム飛跡解析用のシリコンストリップ検出器の開発, 浅野秀光, 京都大学, 2010年3月
l J-PARCにおけるダブルハイパー核探索実験のための 位置較正手法の検証, 岡村敦史, 京都大学, 2008年3月