|
Title: |
The Second Hinode Science Meeting: Beyond Discovery-Toward Understanding
|
|
Volume: |
415
|
Year: |
2009
|
View this Volume on ADS
|
Editors: |
Lites, B.; Cheung, M.; Magara, T.; Mariska, J.; Reeves, K.
|
Synopsis: |
The international Hinode mission was launched from Japan on 23 September 2006. The spacecraft carries a suite of instruments that permit observations of the Sun and its atmosphere with unprecedented resolution and precision. During its first two years of operation, Hinode has enabled numerous breakthroughs in our understanding of magnetic fields within the solar atmosphere and their relationship to the energetic solar phenomena that affect the Earth's space environment. Some of those breakthroughs were presented at the First Hinode Science Meeting held in Dublin, Ireland, in August 2007 (ASPCS Volume 397). By the time the Second Hinode Science Meeting was held in Boulder, Colorado, 29 September-3 October 2008, researchers had been able to subject Hinode data to in-depth, quantitative analyses and to make comparisons with detailed numerical and analytic models of solar phenomena. This volume presents brief summaries of work presented at the Second Hinode Science Meeting.
|
ISBN: |
978-1-58381-710-0
|
eISBN:
|
978-1-58381-711-7
|
Paper Title |
Page |
Authors |
Front matter |
| |
Volume Cover |
|
Lites, B.; Cheung, M.; Magara, T.; Mariska, J.; Reeves, K. |
Front Matter |
1 |
Lites, B.; Cheung, M.; Magara, T.; Mariska, J.; Reeves, K. |
Photograph of Participants |
1 |
Lites, B.; Cheung, M.; Magara, T.; Mariska, J.; Reeves, K. |
Hinode Mission Status |
| |
Hinode Mission Status |
1 |
Shimizu, T. |
Session I. Hinode Perspectives on Coronal/Chromospheric Heating |
| |
New Perspectives on the Photosphere/Corona Interface (Keynote) |
7 |
Judge, P. G. |
Examining the Effect of Local Magnetic Field on Coronal Bright Point Heating and Evolution. |
15 |
Farid, S.; Saar, S.; Govindan, R.; Deluca, E. |
Solar Plages: Observational Study of their Chromospheric Heating and Spicular Mass Ejections |
19 |
Kitai, R.; Hashimoto, Y.; Anan, T.; Matsumoto, T.; Kawate, T.; Watanabe, H; Otsuji, K.; Nakamura, T.; Nishizuka, N.; Nishida, K.; Ueno,S.; Nagata, S.; Shibata K. |
What Goes Up Doesn’t Necessarily Come Down! Connecting the Dynamics of the Chromosphere and Transition Region with TRACE, Hinode and SUMER |
24 |
McIntosh, S.W.; De Pontieu B. |
Hinode/EIS Observations of Propagating Slow Magnetoacoustic Waves in a Coronal Loop |
28 |
Wang, T.J.; Ofman, L.; Davila J.M. |
Characterizing the Temperature Discrimination Capability of the Hinode X-Ray Telescope |
32 |
Weber M. |
Interactions between Reversed Granulation, p-Modes, and Magnetism? |
36 |
de Wijn, A.G.; McIntosh, S.W.; De Pontieu B. |
Session II. Bringing Modeling and Observations Together |
| |
The Small-Scale Solar Surface Dynamo (Keynote) |
43 |
Pietarila Graham, J.; Danilovic, S.; Schüssler M. |
X-Ray Jets in Coronal Holes: Numerical Simulation and Hinode Observations |
51 |
Moreno-Insertis, F.; Galsgaard, K.; Ugarte-Urra, I. |
Simulation and Analysis of Hinode Spectropolarimetric Observations |
57 |
Orozco Suárez D. |
Supergranulation Scale Convection Simulations |
63 |
Stein, R.F.; Lagerfjård, A.; Nordlund, Å .; Georgobiani, D.; Benson,D.; Schaffenberger W. |
The Horizontal Magnetic Field of the Quiet Sun: Numerical Simulations in Comparison to Observations with Hinode |
67 |
Steiner, O.; Rezaei, R.; Schlichenmaier, R.; Schaffenberger, W.; Wedemeyer-Böhm, S. |
Damping of Fast Magnetohydrodynamic Oscillations in Quiescent Filament Threads |
71 |
Arregui, I.; Terradas, J.; Oliver, R.; Ballester J. L. |
Intensification of Plasma Upflows in an Active Region—Coronal Hole Complex: A CME Precursor |
75 |
Baker, D.; van Driel-Gesztelyi, L.; Murray, M. J.; Green, L. M.; Török, T.; Sun J. |
Solar Surface Emerging Flux Regions: A Comparative Study of Radiative MHD Modeling and Hinode SOT Observations |
79 |
Cheung, M.; Schüssler, M.; Tarbell, T. D.; Title A. M. |
Realistic Numerical Modeling of Solar Magnetoconvection and Oscillations |
83 |
Kitiashvili, I.; Jacoutot, L.; Kosovichev, A.; Wray, A.; Mansour N. |
MULTI3D: A Domain-Decomposed 3D Radiative Transfer Code |
87 |
Leenaarts, J.; Carlsson M. |
Expansion of Magnetic Flux Concentrations With Height: A Comparison of Hinode SOT Data and MHD Simulations |
91 |
Pietarila, A.; Cameron, R.; Solanki S. |
On the Role of Acoustic-Gravity Waves in the Energetics of the Solar Atmosphere |
95 |
Straus, T.; Fleck, B.; Jefferies, S. M.; McIntosh, S. W.; Severino, G.; Steffen, M.; Tarbell T. D. |
Session III. Solar Magnetic Activity |
| |
Magnetic Activity on the Sun Revealed by Hinode/SOT (Keynote) |
101 |
Chae, J.; Park S. |
Hinode/SOT Observations of Quiescent Prominence Dynamics |
109 |
Berger T. |
Downflow Patches in a Penumbra Observed with the Hinode Spectro-Polarimeter |
117 |
Katsukawa, Y.; Jurčák, J. |
Two Suggestions to See the Hidden Magnetism of the Solar Chromosphere |
121 |
Trujillo Bueno, J. |
Statistics of Convective Collapse Events in the Photosphere and Chromosphere Observed with the HINODE SOT |
127 |
Fischer, C. E.; de Wijn, A. G.; Centeno, R.; Lites, B. W.; Keller C. U. |
Properties of Transient Horizontal Magnetic Fields |
132 |
Ishikawa, R.; Tsuneta S. |
Fine Structure of a Coronal Bright Point as Seen with SoHO, TRACE, and Hinode |
140 |
Pérez-Suárez, D.; Maclean, R. C.; Doyle, J. G.; Madjarska, M. S. |
On the Relationship Between Polar Coronal Jets and Plumes |
144 |
Raouafi, N.-E. |
Hinode Observation of the Vector Magnetic Fields in a Sunspot Light Bridge Accompanied by Chromospheric Plasma Ejections |
148 |
Shimizu, T. |
Solar Polar Field Observed by SOHO/MDI and Hinode |
152 |
Liu, Y. |
Observations of Magnetic Elements in the Quiet Sun Internetwork |
156 |
Balmaceda, L. A.; Palacios, J.; Cabello, I.; Domingo, V. |
Two Ways of Improving Stokes Inversions |
160 |
Becher, H.-M.; Fischer, C.; Keller, C. |
Observations of Large-Scale Dynamic Bubbles in Prominences |
163 |
de Toma, G.; Casini, R.; Berger, T. E.; Low, B. C.; de Wijn, A. G.; Burkepile, J. T.; Balasubramaniam, K. S. |
Magnetic Flux Emergence on Different Scales |
167 |
Hagenaar, M.; Cheung, M. |
Is Flux Submergence an Essential Aspect of Flux Emergence? |
172 |
Lites, B. W.; Frank, Z.; Shine, R. A.; Title, A. M.; Ichimoto, K. |
The Density of Coronal Null Points from Hinode and MDI |
178 |
Longcope, D.; Parnell, C.; DeForest, C. |
Relating a Prominence Observed from the Solar Optical Telescope on the Hinode Satellite to Known 3-D Structures of Filaments |
183 |
Martin, S.F.; Panasenco, O.; Agah, Y.; Engvold, O.; Lin,Y. |
Study of Chromospheric Jets Using Hinode Observations and MHD Simulations: Evidence of Propagating Alfven Waves and Reconnection, and Its Implication to the Coronal Heating Problem |
188 |
Nishizuka, N.; Shibata.K. |
Plasma Motions in Prominences Observed by Hinode/SOT |
196 |
Panasenco O.; Velli, M. |
Supergranulation, Network Formation, and TFGs Evolution from Hinode Observations |
203 |
Roudier, T.; Rincon, F.; Rieutord, M.; Brito, D.; Beigbeder, F.; Parés, L.; Malherbe, J.-M.; Meunier, N.; Berger, T.; Frank, Z. |
17 GHz Active Region Model Using Magnetogram Extrapolation |
207 |
Selhorst, C. L.; Silva-Válio, A.; Costa, J. E. R. |
On the Relationship between Magnetic Field and Mesogranulation |
211 |
de Wijn A.G.; Müller,D. |
X-ray Bright Points Around Small Emerging Flux Regions |
215 |
Yoshimura, K. |
Session IV. Perspectives on the Physics of Coronal Loops |
| |
Coronal Loop Models and Those Annoying Observations! (Keynote) |
221 |
Klimchuk, J.A. |
Hydrodynamic Modeling of Coronal Loops with Hinode and STEREO |
234 |
Aschwanden, M.J. |
Hinode Coronal Loop Observations |
241 |
Ugarte-Urra, I.; Warren, H. P.; Brooks, D. H. |
Alfvén Wave and Nanoflare Reconnection Heating: How to Distinguish Them Observationally? |
247 |
Antolin, P.; Shibata, K.; Kudoh, T.; Shiota, D.; Brooks, D. |
Coronal Plasma Motions in Active Region Loops Observed with Hinode EIS |
252 |
Hara, H. |
XRT Detection of Hot Plasma in Active Regions and Nanoflare Heating |
256 |
Reale, F.; Klimchuk, J. A.; Parenti, S.; Testa, P. |
Diagnostics of Active Region Loops Observed with Hinode/EIS |
260 |
Tripathi, D.; Mason, H. E.; Dwivedi, B. N.; Del Zanna, G.; Young, P. R. |
Coronal Loops: New Insights from EIS Observations |
264 |
Del Zanna, G.; Bradshaw, S. J. |
Modeling Twisted Coronal Loops: AR 10938 |
268 |
Golub, L.; Engell, A. J.; van Ballegooijen, A. A.; Korreck, K. E.; Reeves, K. K. |
Radiation Transfer Analysis on Heating Mechanism of Magnetohydrodynamic Emerging Magnetic Flux Tube |
272 |
Kato, Y.; Magara, T.; Shimizu, T. |
Ultra-Hot Plasma in Active Regions Observed by the Extreme-Ultraviolet Imaging Spectrometer on Hinode |
275 |
Ko, Y.-K.; Doschek, G.A.; Warren, H.P.; Young, P.R. |
Evolution of Magnetic Properties for Two Active Regions Observed by Hinode/XRT and TRACE |
279 |
Lee, J.-Y.; Leka, K. D.; Barnes, G.; Reeves, K. K.; Korreck, K. E.; Golub,L. |
Doppler Shift Oscillations Observed with the EUV Imaging Spectrometer on Hinode |
283 |
Mariska, J.T. |
Evolution of a Coronal Twisted Flux Rope |
287 |
Raouafi,N.-E. |
Formation and Dynamics of Multi-thread Arcades of Coronal Loops |
291 |
Ryutova, M.; Frank, Z.; Berger,T. |
TRACE Observational Consequences of a Synthetic Multithermal Loop |
295 |
Sarkar, A.; Walsh, R.W. |
Coronal Loop Temperatures Obtained with Hinode XRT: A Toothpaste-Tube Analogy |
299 |
Schmelz, J. T.; Saar, S. H.; Weber, M. A.; DeLuca, E. E.; Golub,L. |
The Temperature Structure of Active Region Loops |
303 |
Warren, H. P.; Ugarte-Urra, I.; DeGiorgi, A. |
Session V. Past, Present, and Future Collaborative Observational/Theory Programs |
| |
Results from the Past Hinode/SUMER Campaigns |
309 |
Teriaca, L. |
Multi-Instrument Campaigns to Observe the Off-Limb Corona |
315 |
Del Zanna, G.; Andretta, V.; Poletto, G.; Teriaca, L.; Ko, Y.-K.; Mason, H. E.; Vourdilas, A.; Bemporad, A.; Magri, M. |
Morphology and Dynamics of Photospheric and Chromospheric Magnetic Fields |
319 |
Wöger, F.; Wedemeyer–Böhm, S.; Rimmele, T. |
Hinode’s SP and G-band Co-Alignment |
323 |
Centeno, R.; Lites, B.; de Wijn, A. G.; Elmore, D. |
Internetwork Horizontal Magnetic Fields in the Quiet Sun Chromosphere: Results from a Joint Hinode/VTT Study |
327 |
Lagg, A.; Ishikawa, R.; Merenda, L.; Wiegelmann, T.; Tsuneta, S.; Solanki, S. K. |
Service-Mode Observations for Ground-Based Solar Physics |
332 |
Reardon, K. P.; Rimmele, T.; Tritschler, A.; Cauzzi, G.; Wöger, F.; Uitenbroek, H.; Tsuneta, S.; Berger, T. |
Session VI. Sunspot Structure and Dynamics |
| |
Structure and Dynamics of Sunspots (Keynote) |
339 |
Tritschler, A. |
Radiative MHD Modeling of Sunspot Fine Structure |
351 |
Rempel, M. |
Magnetic Flux Budget in a Decaying Active Region |
359 |
Kubo, M.; Lites, B. W.; Shimizu, T.; Ichimoto, K. |
Sunspot Penumbrae: Formation and Fine Structure |
361 |
Ryutova, M.; Berger, T.; Title, A. |
An Automated Ambiguity-Resolution Code for Hinode/SB Vector Magnetic Field Data |
365 |
Leka, K. D.; Barnes, G.; Crouch, A. |
Spectral Analysis of Sunspot Penumbrae Observed with Hinode |
369 |
Franz, M.; Schlichenmaier, R. |
Response of the Chromosphere to Penumbral Dynamics: Bow Shocks and Microjets |
373 |
Ryutova, M.; Berger, T.; Frank, Z.; Title, A. |
Magnetic Structure of Umbral Dots with SOT SP |
378 |
Watanabe, H.; Kitai, R.; Ichimoto, K.; Katsukawa, Y. |
Session VII. Source of the Solar Wind/CME |
| |
An Erupting Filament and Associated CME Observed by Hinode, STEREO, and SOHO |
385 |
Bemporad, A.; Del Zanna, G.; Andretta, V.; Magrí , M.; Poletto, G.; Ko, Y.-K. |
Study of Quiet Sun Through the Solar Atmosphere: From the Chromosphere Up to Coronal Layers |
389 |
Abbo, L.; Gabriel, A.; Harra, L. |
More of the Inconvenient Truth About Coronal Dimmings |
393 |
McIntosh, S. W.; Burkepile, J.; Leamon, R. J. |
Session VIII. Local Helioseismology with Hinode |
| |
Recent Progress and Future Directions for Helioseismology |
399 |
Kosovichev, A.; Zhao, J.; Sekii, T.; Nagashima, K.; Mitra-Kraev, U. |
Hinode/SOT Helioseismic Observations |
405 |
Sekii, T. |
Subsurface Structures and Flow Fields of an Active Region Observed by Hinode |
411 |
Zhao, J.; Kosovichev, A. G.; Sekii, T. |
Travel-Time Analyses of an Emerging-Flux Region |
417 |
Nagashima, K.; Sekii, T.; Kosovichev, A. G.; Zhao, J.; Tarbell,T. D. |
Comparing the Hinode and SOHO/MDI Data to the Simulated Large Scale Solar Convection |
421 |
Georgobiani, D.; Zhao, J.; Kosovichev, A.; Benson, D.; Stein, R. F.; Nordlund Å . |
Session IX. Flare Physics |
| |
Flare Physics in the Hinode Era (Keynote) |
427 |
McKenzie, D. E. |
Can a Single Reconnecting Current Sheet Model of a CME or a Flare Accelerate the Required Electron Fluxes Needed to Explain Non-Thermal X-ray Events Accompanying These Events? |
435 |
Spicer, D. S.; Bingham, R. |
Saturation of Magnetic Helicity as an Indicator of the Possible Occurrence of a Solar Flare |
439 |
Magara, T. |
DEM Temperature Analysis of Post-Flare Loops Using Hinode’s X-Ray Telescope |
443 |
Reeves, K. K.; Weber, M. A. |
Direct Observation of High-Speed Reconnection Outflows With SOHO/SUMER, TRACE and RHESSI |
447 |
Wang, T. J.; Sui, L.; Qiu, J. |
Spontaneous Current Sheet Formation and Break-Up of Magnetic Flux Surfaces |
451 |
Bhattacharyya, R.; Low, B. C.; Smolarkiewicz, P. K. |
Detecting and Measuring Reconnection Outflows in the Hinode Era |
455 |
Savage, S. L.; McKenzie, D. E. |
Characteristics of the Nonthermal Velocity Signature Observed in the Impulsive Phase of the 2007 May 19 Flare |
459 |
Hara, H.; Watanabe, T.; Bone, L. A.; Culhane, J. L.; van Driel-Gesztelyi, L.; Young, P. R. |
Back Matter |
| |
Back Matter |
463 |
Lites, B.; Cheung, M.; Magara, T.; Mariska, J.; Reeves, K. |
|
|