hinodeHinode Doctor/Master Thesis
Japanese

PhD Thesis

  1. Gemma Attrill (UCL,United Kingdom of Great Britain and Northern Ireland)
    “Low Coronal Signatures of Coronal Mass Ejections: Coronal 'Waves' and Dimmings”, 2008
  2. Sanjay Gosain (Mohanlal Sukhadia University,India)
    “Polarimetric Studies of the Solar Atmosphere”, 2008
  3. Salvo Luigi Guglielmino (Universita' di Catania,Italy)
    “New perspectives on Emergence of Magnetic Flux on the Solar Surface: Models and Observations”, 2008
  4. Derek Allen Lamb (University of Colorado Boulder,United States of America)
    “Formation and Evolution of Small-Scale Solar Magnetic Fields”, 2008
  5. Hakan Oenel (Potsdam University,Germany)
    “Electron Acceleration in a Flare Plasma via Coronal Circuits -- URL: http://adsabs.harvard.edu/abs/2008PhDT.........9O”, 2008
  6. Takenori Joten Okamoto (Kyoto University,Japan)
    “Observational Studies on Formation and Evolution of Solar Active Region Prominences”, 2008
  7. David Orozco Suarez (University of Granada,Spain)
    “Diffraction-limited spectropolarimetry of quiet Sun magnetic fields”, 2008
  8. Daniel Benjamin Seaton (University of New Hampshire,United States of America)
    “An analysis of reconnection dynamics in an eruptive flare model”, 2008
  9. Yingna Su (Purple Mountain Observatory, Chinese Academy of Sciences,China)
    “Magnetic Shear in Two-ribbon Solar Flares”, 2008
  10. Lotfi Yelles Chaouche (Georg-August-Universitaet Goettingen,Germany)
    “ Observational diagnostics of 3D radiation-MHD simulations of solar and stellar atmospheres”, 2008
  11. Patrick Antolin (Kyoto University,Japan)
    “Predicting observational signatures of coronal heating by Alfven waves and Nanoflares”, 2009
  12. Cristina Chifor (Cambridge,United Kingdom of Great Britain and Northern Ireland)
    “Dynamic and Non-equilibrium Phenomena in the Solar Atmosphere”, 2009
  13. Sanja Danilovic (Georg-August-Universitaet Goettingen,Germany)
    “Magnetic fine structure in the solar photosphere: observations and MHD simulations”, 2009
  14. Chandan Joshi (Mohanlal Sukhadia University,India)
    “Modeling and Study of Activity of Sunspots and their periodicity”, 2009
  15. Sujin Kim (Kyung Hee University,Republic of Korea)
    “Observational studies of magnetic reconnection in solar preflare activities”, 2009
  16. K. Nagaraju (Mangalore University,India)
    “Spectropolarimetry of active regions on the sun”, 2009
  17. Frans Snik (Utrecht University,Netherlands)
    “Astronomical Polarimetry”, 2009
  18. Matsumoto Takuma (Kyoto University,Japan)
    “Spicule Formation, Coronal Heating, and Solar Wind Acceleration with Alfven waves driven by observed photospheric motions”, 2009
  19. Ehsan Tavabi (University of Tabriz,Iran (Islamic Republic of))
    “Dynamical phenomena in the extended Chromosphere and the Transition Region”, 2009
  20. Henry D. Winter (Montana State University,United States of America)
    “Combining hydrodynamic modeling with nonthermal test particle tracking to improve flare simulations”, 2009
  21. Deborah Baker (UCL,United Kingdom of Great Britain and Northern Ireland)
    “Drivers of Solar Coronal Dynamics”, 2010
  22. Setareh Javadi Dogaheh (Georg-August-Universitaet Goettingen,Germany)
    “Numerical Simulation of the Heating of X-Ray Bright Points in the Solar Corona”, 2010
  23. Nagashima Kaori (The Graduate University for Advanced Studies,Japan)
    “Local Helioseismology with Solar Optical Telescope onboard Hinode”, 2010
  24. Philippe Kobel (Georg-August-Universitaet Goettingen,Germany)
    “Center-to-limb investigations of solar photospheric magnetic features at high spatial resolution”, 2010
  25. Pankaj Kumar (Kumaun University,India)
    “Multiwavelength Study of Solar-Eruptive Phenomena (Space-Weather Events) and Their Interplanetary Response”, 2010
  26. Rohan Eugene Louis (Mohanlal Sukhadia University,India)
    “Study of Small Scale Processes on the Sun using High Resolution Techniques”, 2010
  27. Anna Viktorovna Malanushenko (Montana State University,United States of America)
    “Twist in Coronal Magnetic Fields”, 2010
  28. Naoto Nishizuka (Kyoto University,Japan)
    “Fractal and Ubiquitous Reconnection in the Solar Atmosphere”, 2010
  29. Sabrina Leah Savage (Montana State University,United States of America)
    “Using Extreme Ultra-Violet and Soft X-ray Observations as Probes of Magnetic Reconnection During Solar Flares”, 2010
  30. Eamon Scullion (University of Sheffield/Armagh Observatory,United Kingdom of Great Britain and Northern Ireland)
    “Investigating Jets in the Lower-to-mid Solar Atmosphere: Observations & Numerical Modelling”, 2010
  31. HUI TIAN (Peking University,China)
    “Observational studies of the solar transition region and solar wind origin”, 2010
  32. Lynsey Margaret Thornton (St Andrews,United Kingdom of Great Britain and Northern Ireland)
    “Small-scale magnetic feature evolution as observed by Hinode/NFI and SoHO/MDI”, 2010
  33. Sanjiv Kumar Tiwari (M. L. S. University, Udaipur; Udaipur Solar Observatory/Physical Research Laboratory,India)
    “Helicity of the Solar Magnetic Field”, 2010
  34. Catherine Fischer (Utrecht University,Netherlands)
    “Transient events in the solar photosphere at high spatial and temporal resolution”, 2011
  35. Morten Franz (Kiepenheuer Institut fur Sonnenphysik,Germany)
    “Spectropolarimetry of Sunspot Penumbrae -- A Comprehensive Study of the Evershed Effect Using High Resolution Data from the Solar Observatory HINODE”, 2011
  36. Girjesh R. Gupta (Indian Institute of Science,India)
    “On the nature of propagating MHD waves in the solar atmosphere”, 2011
  37. Ryohko Ishikawa (The University of Tokyo,Japan)
    “Properties of transient horizontal magnetic fields as revealed with Hinode and their implication to the origin of quiet Sun magnetism”, 2011
  38. Hiroaki Ito (Nagoya University,Japan)
    “Observational study on properties of photospheric magnetic field in the polar region of the Sun”, 2011
  39. Kenichi Otsuji (Kyoto University,Japan)
    “Observational Study of Solar Emerging Magnetic Flux Region”, 2011
  40. David Perez Suarez (Queens University Belfast/Armagh Observatory,United Kingdom of Great Britain and Northern Ireland)
    “Multi-layer Analysis of a Coronal bright Point”, 2011
  41. Kimberley Steed (UCL,United Kingdom of Great Britain and Northern Ireland)
    “Solar influences in the heliosphere: understanding coronal mass ejections and their associated magnetic clouds”, 2011
  42. Srividya Subramanian (Queens University Belfast/Armagh Observatory,United Kingdom of Great Britain and Northern Ireland)
    “Small Scale EUV and Z-ray Transient Brightenings in the Solar Atmosphere”, 2011
  43. Dominik Utz (Karl Franzens University,Austria)
    “Observation and Interpretation of Small Scale Magnetic Flux Elements in the Solar Atmosphere”, 2011
  44. Richard Wenzel (ETH,Switzerland)
    “Sunspot Umbra Atmospheres”, 2011
  45. Caroline Elizabeth Alexander (University of Central Lancashire,United Kingdom of Great Britain and Northern Ireland)
    “Phenomena in the solar corona: characteristic structure and dynamic evolution”, 2012
  46. Celine Boutry (Universite Paris-Sud,France)
    “Echanges de matiere et d'energie dans la couronne solaire: des regions actives aux nanoflares”, 2012
  47. Iballa Beatriz Cabello Garcia (Universidad de Valencia,Spain)
    “Estudio de pequenas estructuras magneticas de la fotosfera solar”, 2012
  48. Rafael Haag (Universidade Federal do Rio Grande do Sul,Brazil)
    “ESTIMATE OF SPECTRAL DISTRIBUTION OF SOLAR RADIATION ON BRAZILIAN TERRITORY THROUGH MULTI-INSTRUMENTAL ANALYSIS ”, 2012
  49. Alison Hartshorn (UCL,United Kingdom of Great Britain and Northern Ireland)
    “Flux Emergence and its Consequences in the Solar Atmosphere”, 2012
  50. Andrew Stephen Hillier (Kyoto University,Japan)
    “Numerical Study of Plasma Instabilities to Investigate Fine Scale Prominence Dynamics”, 2012
  51. Yusuke Iida (University of Tokyo,Japan)
    “Surface Magnetic Flux Maintenance In Quiet Sun”, 2012
  52. Kazumasa Iwai (Tohoku University,Japan)
    “Studies on Generation Processes of Solar Radio Type-I Noise Storm”, 2012
  53. Donald Schmit J (University of Colorado,United States of America)
    “Diagnosing the Prominence-Cavity Connection in the Solar Corona”, 2012
  54. Ioannis Kontogiannis (Athens,Greece)
    “The role of chromospheric fine structure on the formation of the magnetic canopy and the propagation of waves”, 2012
  55. Kyoung-Sun Lee (Kyung Hee University,Republic of Korea)
    “Observational Studies of Solar Coronal Small-Scale Features Using EUV Imaging Spectroscopy and Stereoscopy”, 2012
  56. Ram Ajor Maurya (Udaipur Solar Observatory/Physical Research Laboratory (Mohan Lal Sukhadia University),India)
    “A Study of Oscillations in Solar Active Regions”, 2012
  57. Sophie Ann Murray (Trinity College Dublin,Ireland)
    “Fields and Flares: Understanding the Complex Magnetic Topologies of Solar Active Regions”, 2012
  58. Brendan O'Dwyer (Cambridge,United Kingdom of Great Britain and Northern Ireland)
    “EUV and X-ray Spectroscopic Diagnostics of the Solar Corona”, 2012
  59. Nicholas Robert Owen (University of St Andrews,United Kingdom of Great Britain and Northern Ireland)
    “The Propagation and damping of Slow Magnetoacoustic Waves in the Solar Atmosphere”, 2012
  60. Jason T Scott (Montana State University,United States of America)
    “Multi-Instrument Observations of Coronal Loops”, 2012
  61. Sergio Terzo (Palermo,Italy)
    “Analysis of small-scale variability of coronal observations with the Hinode/X-Ray Telescope”, 2012
  62. Hiroko Watanabe (Kyoto University,Japan)
    “Observational Study of Umbral Dots. Manifestation of Magnetoconvection in a Solar Sunspot”, 2012
  63. Qingmin Zhang (Nanjing University,China)
    “High-resolution Observational and Modeling Researches on Coronal Bright Points and Prominence Longitudinal Oscillations”, 2012
  64. David Buehler (Goettingen,Germany)
    “Analysis of small scale solar magnetic fields using Hinode SOT/SP”, 2013
  65. Neda Dadashi (Braunschweig University,Germany)
    “Diagnostic of the solar transition region and corona from VUV spectroscopy and imaging”, 2013
  66. David Robert Graham (University of Glasgow,United Kingdom of Great Britain and Northern Ireland)
    “EUV Spectroscopy During the Impulsive Phase of Solar Flare Footpoints”, 2013
  67. Zhenghua Huang (Armagh Observatory & Queen's University Belfast,United Kingdom of Great Britain and Northern Ireland)
    “Evolution of Bright Points, X-ray jets, their physical parameters and magnetic field in and around Coronal Holes”, 2013
  68. Peter H Keys (Queens University Belfast,United Kingdom of Great Britain and Northern Ireland)
    “The dynamic properties of magnetic bright points”, 2013
  69. Ehsan Pedram (University College London,United Kingdom of Great Britain and Northern Ireland)
    “Lower Atmospheric Signatures of Solar Eruptive Events”, 2013
  70. Tino L. Riethmueller (Technical Univ. Braunschweig,Germany)
    “Investigations of small-scale magnetic features on the solar surface”, 2013
  71. Antonia Stefanova Savcheva-Tasseva (Boston University,United States of America)
    “The Evolution of Solar Sigmoidal Active Regions”, 2013
  72. Lucas Adrian Tarr (Montana State University,United States of America)
    “Energetic Consequences of Flux Emergence”, 2013
  73. Kamalam Vanninathan (The Queen's University Belfast,United Kingdom of Great Britain and Northern Ireland)
    “The role of chromospheric jet-like events in coupling the chromosphere and corona: A multi-instrument approach”, 2013
  74. Meetu Verma (Potsdam University,Germany)
    “The Evolution and Decay of Sunspots”, 2013
  75. Philippe A Bourdin (Georg-August-Universitaet Goettingen,Germany)
    “Observationally driven 3D MHD model of the solar corona above a magnetically active region”, 2014
  76. Sarah Jane Edwards (St Andrews,United Kingdom of Great Britain and Northern Ireland)
    “On the topology of global coronal magnetic fields”, 2014
  77. Jayant Joshi (TU Braunschweig,Germany)
    “Magnetic and velocity field of sunspots in the photosphere and upper chromosphere ”, 2014
  78. Anjali John Kaithakkal (The Graduate University for Advanced Studies,Japan)
    “A Study on the Photospheric Polar Magnetic Patches of the Sun as Revealed with Hinode”, 2014
  79. Naomasa Kitagawa (The University of Tokyo,Japan)
    “Coronal upflows from edges of an active region observed with EUV Imaging Spectrometer onboard Hinode”, 2014
  80. Adam R Kobelski (Montana State University,United States of America)
    “Empirical Studies on the Intiation of Impulsive Heating in Coronal Loops”, 2014
  81. Nobuharu Sako (The Graduate University for Advanced Studies,Japan)
    “Statistical Study of X-ray Jets using Hinode/XRT”, 2014
  82. Raphael Attie (Max Planck Institute and TU Braunschweig,Germany)
    “The relationship between supergranulation flows, magnetic evolution and network flares”, 2015
  83. Milan Gosic (University of Granada,Spain)
    “The Solar Internetwork”, 2015
  84. Masoud Afshari (University of Palermo,Italy)
    “The X-Ray Dark Side of Venus”, 2016
  85. Yumi Bamba (Nagoya University,Japan)
    “Study on Solar Flare Trigger Process Based on Satellite Observations”, 2016
  86. Michael S. Freed (Montana Sate University,United States of America)
    “An Empirical Study of Coronal Observations at the Solar Limb”, 2016
  87. Rebcecca Hewitt (Queens,United Kingdom of Great Britain and Northern Ireland)
    “Small-scale structures on the Solar Surface: The Evolution of Magnetic Bright Point”, 2016
  88. Haruhisa Iijima (The University of Tokyo,Japan)
    “Numerical studies of solar chromospheric jets”, 2016
  89. Graham Stewart Kerr (University of Glasgow,United Kingdom of Great Britain and Northern Ireland)
    “Observations and Modelling of Chromospheric Solar Flares”, 2016
  90. Vanessa Polito (University of Cambridge,United Kingdom of Great Britain and Northern Ireland)
    “UV spectroscopy of solar flares”, 2016
  91. Takafumi Kaneko (The University of Tokyo,Japan)
    “Numerical Study of Solar Prominence Formation”, 2017
  92. Peter James Levens (University of Glasgow,United Kingdom of Great Britain and Northern Ireland)
    “An investigation of tornado prominences: plasma and magnetic field properties.”, 2017
  93. Christopher Samuel Moore (University of Colorado, Boulder,United States of America)
    “Atomic Layer Deposition Re ective Coatings for future Astronomical Space Telescopes and the Solar Corona viewed through the MinXSS CubeSats”, 2017
  94. Peter James Levens (University of Glasgow,United Kingdom of Great Britain and Northern Ireland)
    “Diagnostics of solar tornado-like prominences”, 2018
  95. Sargam Madhav Mulay (Cambridge,United Kingdom of Great Britain and Northern Ireland)
    “EUV Spectroscopy of Solar Active Region Jets”, 2018
  96. Takayoshi Oba (SOKENDAI,Japan)
    “Three-dimensional Convective Velocity fields in the Solar Photosphere”, 2018
  97. Shuoyang Wang (The University of Tokyo,Japan)
    “Studies on development of three-dimensional magnetohydrodynamic turbulence reconnection”, 2018
  98. Yusuke Kawabata (The University of Tokyo,Japan)
    “Observational Studies on Non-potential Magnetic Field in Solar Active Regions”, 2019
  99. Gabriel Pelouze (Universite Paris-Sud,France)
    “Unified interpretation of flows associated with condensation and evaporation cycles in coronal loops”, 2019
  100. Takuya Shibayama (Nagoya University,Japan)
    “Magnetohydrodynamic Simulation Study on Fast Magnetic Reconnection”, 2019
  101. Masaki Yoshida (SOKENDAI,Japan)
    “Magnetic Energy Transport through Chromospheric Spicule Revealed with Lyman-Alpha Spectro-Polarimetric Observation”, 2020
  102. Yikang Wang (The University of Tokyo,Japan)
    “Study of solar chromospheric heating mechanism with numerical simulation”, 2021
  103. Ryohtaroh T Ishikawa (SOKENDAI,Japan)
    “Observational Studies on Turbulent Convection in the Solar Photosphere”, 2022
  104. Toshiki Kawai (Nagoya University,Japan)
    “Study of the mechanism of coronal heating based on the statistical analysis of occurrence frequency distributions of solar flares”, 2022

Master Thesis

  1. Dominik Utz (Karl Franzens University,Austria)
    “Dynamics of Magnetic Bright Points in the Solar Photosphere ”, 2007
  2. Ryohko Ishikawa (The University of Tokyo,Japan)
    “Discovery of Transient Horizontal Magnetic Fields with Hinode and Its Impliction to a Local Dynamo Process”, 2008
  3. Norihiro Morimoto (Ibaraki University,Japan)
    “Ultraviolet Jets as the Energy Release Events in the Chromosphere”, 2008
  4. Tomohiko Morimoto (Ibaraki,Japan)
    “Study on Large-Scale Solar Flare Precursor Phenomena and its Magnetic Field Structure Analysis”, 2008
  5. Shuji Morinaga (University of Tokyo,Japan)
    “Study of Magnetic Fine Structures in the Solar Photosphere using the Solar Opitical Telescope aboard Hinode”, 2008
  6. Yusuke Iida (University of Tokyo,Japan)
    “Studies of Solar Magnetic Cancellation: Dynamics and its Association with the Filament Formation”, 2009
  7. Kazumasa Iwai (Tohoku University,Japan)
    “Studies on small scale particle acceleration processes in the solar corona”, 2009
  8. Tahei Nakamura (Kyoto University,Japan)
    “Study of Magnetic Reconnection in the Solar Photosphere and Chromosphere -Observation and Numerical Simulation of Ellerman bombs and Ca Jets-”, 2009
  9. Hiroko Watanabe (Kyoto University,Japan)
    “Observational Studies of Fine Scale Structures in Sunspot Umbrae”, 2009
  10. Tetsu Anan (Kyoto,Japan)
    “Developments of the Multi-wavelength Polarimeter of the Domeless Solar Telescope at Hida Observatory”, 2010
  11. Daisuke Fujimura (University of Tokyo,Japan)
    “Properties of Magnetohydrodynamic Waves in the Solar Photosphere Obtained with Hinode”, 2010
  12. Yuki Hashimoto (Kyoto University,Japan)
    “Dynamic Phenomena in the Solar Chromosphere”, 2010
  13. Shingo Hattori (Hokkaido University,Japan)
    “Blind deconvolution of solar images observed with the optical telescope of the Hinode”, 2010
  14. Naomasa Kitagawa (University of Tokyo,Japan)
    “Mode identification of MHD waves in solar active regions corona observed with Hinode/EIS”, 2010
  15. Nobuharu Sako (Tokai University,Japan)
    “Statistical Study of polar X-ray jets observed with the Hinode X-Ray Telescope”, 2011
  16. Kohei Ueda (University of Tokyo,Japan)
    “Properties of EUV and X-ray loops in the solar corona”, 2011
  17. Alice Cristaldi (Catania,Italy)
    “Interazioni magnetiche osservate ad alta risoluzione da SST e HINODE”, 2012
  18. Mariachiara Falco (Universita degli Studi di Catania,Italy)
    “ANALISI AD ALTISSIMA RISOLUZIONE SPAZIALE DELLA NOAA 11263 CON SST E HINODE”, 2012
  19. Mariachiara Falco (Catania,Italy)
    “Analisi ad altissima risoluzione spaziale di macchie solari con SST e HINODE”, 2012
  20. Milan Gosic (Granada,Spain)
    “Properties and Evolution of Magnetic Elements in the Solar Internetwork”, 2012
  21. Will J Hanneman (The University of Southampton,United Kingdom of Great Britain and Northern Ireland)
    “Thermal Structure of Current Sheets and Supra-Arcade Dowflows in the Solar Corona”, 2012
  22. Daisuke Kainuma (Ibaraki,Japan)
    “3D visualization of magnetic field structure in active regions using Hinode XRT images”, 2012
  23. Graham Stewart Kerr (University of Glasgow,United Kingdom of Great Britain and Northern Ireland)
    “Physical Properties of the Optical Emission from the 2011 Feb 15 Solar Flare”, 2012
  24. Yuki Matsui (University of Tokyo,Japan)
    “Multi-wavelength Spectroscopic Observations and Magnetohydrodynamic Simulations of Solar Coronal Jet”, 2012
  25. Akihito Oi (Ibaraki University,Japan)
    “Numerical Study of Plasma Instabilities to Investigate Fine Scale Prominence Dynamics”, 2012
  26. David Shelton (UCL,United Kingdom of Great Britain and Northern Ireland)
    “The effect of flux emergence from the solar surface to the corona”, 2012
  27. Toshiki Watanabe (Ibaraki,Japan)
    “Analysis of G-band bright points using Hinode SOT data”, 2012
  28. Kunichika Aoki (The University of Tokyo,Japan)
    “Observational studies of plasma flows associated with solar flares with Hinode EIS”, 2013
  29. Yumi Bamba (Nagoya Univ.,Japan)
    “Observational Study on Trigger Process of Solar Flares”, 2013
  30. Shinsuke Takasao (Kyoto university,Japan)
    “Explosive Phenomena Associated with Magnetic Reconnection in the Solar Atmosphere”, 2013
  31. Erica Anne Lastufka (Montana State University,United States of America)
    “Spectral characteristics of kilogauss photospheric magnetic structures on scales near the photon mean free path”, 2014
  32. David Llewellyn Shelton (University College London,United Kingdom of Great Britain and Northern Ireland)
    “The effect of flux emergence from the solar surface to the corona”, 2014
  33. Fuko Baba (The University of Tokyo,Japan)
    “A case study of energy transfer in the chromosphere with IRIS and Hinode”, 2015
  34. Natsuo Kanda (Nagoya University,Japan)
    “Statistical Study of Filament Eruption Based on Satellite Observations”, 2015
  35. Megumi Kasuga (The University of Tokyo,Japan)
    “An observational study on coronal heating through investigation of photospheric properties at the footpoints of coronal loops”, 2015
  36. Jun Kitagawa (Nagoya University,Japan)
    “Statistical Study on the Generating Fatcors of White-Light Flares”, 2015
  37. Johan Muhamad (Nagoya University,Japan)
    “Study on the Solar Flare Trigger Mechanism Based on the Data-driven 3D Magnetohydrodynamic Simulations”, 2015
  38. Takayoshi OBA (Sokendai,Japan)
    “Dynamics of convection structures at the solar photosphere”, 2015
  39. Piyush Agrawal (University of Colorado Boulder,United States of America)
    “Transport of Internetwork Magnetic Flux Elements in the Solar Photosphere”, 2016
  40. Yuto Fujishita (Nagoya Universty,Japan)
    “Estimation of Stray/Scattered light in EIS/Hinode Observation and Study of Long-Term Temporal Variation of Solar Polar Region ”, 2016
  41. Ryuichi Kanoh (The University of Tokyo,Japan)
    “Hinode and IRIS Observations of the Solar MHD Waves Propagating from the Photosphere to the Chromosphere”, 2016
  42. Shota Kato (Nagoya University,Japan)
    “Analysis of decay process of sunspots using automatic tracking module of magnetic elements”, 2016
  43. Yusuke Kawabata (The University of Tokyo,Japan)
    “Studies on homologous flares at quadrupole magnetic field using force-free field modeling”, 2016
  44. Yasuhisa Kimura (The University of Tokyo,Japan)
    “Observational Study of Sub-arcsecond Brightenings in the Transition Region at the Roots of Coronal Loops”, 2016
  45. Erina Shimizu (Electro-Communications,Japan)
    “Density Dependence of Emission Line Intensities from Highly Charged Iron Ions”, 2016
  46. Masanori Yamada (Ibaraki University,Japan)
    “Study of High Energy Particles in Low Earth Orbit Area by Hinode”, 2016
  47. Takuro Yoneya (Ibaraki,Japan)
    “Behavior of HeI 1083 nm line in flare ribbon observed by DST polarization spectroscopy at Hida Observatory”, 2016
  48. shahwaliullah khan (university of peshawar,Pakistan)
    “sun corona region”, 2016
  49. Lauren Doyle (University of Glasgow,United Kingdom of Great Britain and Northern Ireland)
    “Spectroscopic studies of arcade flares with EIS and EVE”, 2017
  50. Nagaaki Kambara (SOKENDAI,Japan)
    “Double-Ridge Structure of the High-Frequency Time-Distance Crosscorrelation Function in Local Helioseismology”, 2017
  51. Yoshiaki Oi (The University of Tokyo,Japan)
    “Numerical Study of the Formation and Eruption of Magnetic Flux Rope in Quadrupolar Active Region with delta-sunspot on the Sun”, 2017
  52. Yikang Wang (The University of Tokyo,Japan)
    “Study on effect of radiative loss on waves in solar chromosphere”, 2017
  53. Masaki Yoshida (SOKENDAI,Japan)
    “IRIS and SDO Study of a Cusp Region in a Solar Flare on March 7, 2015”, 2017
  54. Takafumi Doi (The University of Tokyo,Japan)
    “Observational studies of the formation of coronal sigmoid in solar active regions”, 2018
  55. Masashi Fujiyama (Nagoya Univ.,Japan)
    “Study of Differential Rotation and Meridional Circulation Using a Magnetic Element Feature Tracking Technique ”, 2018
  56. Takahiro Hasegawa (The University of Tokyo,Japan)
    “Observational Studies on Magnetic Helicity Associated with Solar Flares”, 2018
  57. Kosuke Namekata (Kyoto University,Japan)
    “Observational Studies on Solar Flares toward an Understanding of Energy Release Mechanism of Stellar Flares”, 2018
  58. Shohei Nishimoto (National Defense Academy of Japan,Japan)
    “Statistical and observational research of solar flare total spectra for space weather forecasts”, 2018
  59. Ryoya Uemura (Nagoya University,Japan)
    “Statistical Study of Active-Region Microflares Observed with Hinode/XRT”, 2018
  60. Masashi Abe (The University of Tokyo,Japan)
    “ALMA observation of the Sun for understanding the chromospheric and coronal heating”, 2019
  61. Ryohtaroh Ishikawa (Tohoku University,Japan)
    “Plasma dynamics of the solar photosphere studied by spectral line profiles”, 2019
  62. Noriyoshi Ishizuka (The University of Tokyo,Japan)
    “Observational Study of Plasmoid Evolution in a Solar Flare”, 2019
  63. Toshiki Kawai (Nagoya Univ.,Japan)
    “Statistical Analysis of Small-scale Solar Flares Using Machine Learning Technique and UV/EUV Emission Spectrum Prediction of Large-scale Solar Flares”, 2020
  64. Nozomi Ono (The University of Tokyo,Japan)
    “Study of High Density Region in a Solar Flare”, 2020
  65. Kosuke Tsuruda (National Defense Academy of Japan,Japan)
    “Statistical analysis of multi-wavelength observational data related to white-light flare”, 2020
  66. Tatsuya Kai (The University of Tokyo,Japan)
    “Simulation Study of Coronal Heating Including Dissipation Effect of Alfven Wave Turbulence”, 2021
  67. Ryota Tani (The University of Tokyo,Japan)
    “Behaviors of polar magnetic flux over the solar cycle with Hinode observations”, 2021
  68. Mayu Koyama (The University of Tokyo,Japan)
    “Solar chromospheric heating by magnetohydrodynamic waves: dependence on the magnetic field inclination”, 2022
  69. Shun Miyawaki (Ibaraki,Japan)
    “Coronal Magnetic Fields Derived from Microwave and EUV Observations and Comparison with the Potential Field Model”, 2022
  70. Xinyu ZHOU (the University of Tokyo,Japan)
    “Ca II 8542Angstrom synthetic Stokes profile on chromospheric reconnection events in 2D radiative MHD simulation of solar active region”, 2022