IRIS-9     25-29 June 2018     Göttingen       SCHEDULE
	The links next to the contributions lead to the abstracts and the full talk/poster, if available.
			If the full presentation is available, the link is marked with orange background:
Links to:	IRIS-9 web page	abstract booklet	graphical program overview
		Monday	to view the respective presentaion, click on TUT
			Welcome
			Tutorials
09:30	Tiago	Pereira	How to search, retrieve and analyse IRIS data   —   Part I	TUT
10:45	Daniel	Ryan	IRISpy: Expanding IRIS Data Analysis into Python and Upgrading the Data Analysis Paradigm for a New Generation	TUT
11:00			coffee
11:30	Tiago	Pereira	How to search, retrieve and analyse IRIS data   —   Part II
12:45			lunch
13:45	Bart	De Pontieu	What have we learnt, what do we hope to learn in the future	TUT
14:15	Bart	De Pontieu	How to get involved in designing and planning of IRIS observations	TUT
14:35	Luc	Rouppe van der Voort	Alignment between IRIS and ground-based data	TUT
15:05			coffee
15:35	Mats	Carlsson	Recipes for extracting physical information from the spectral lines observed by IRIS	T_1
				T_2
18:00			end of tutorials
18:00			reception & posters
		Tuesday	to view the respective abstract/presentaion, click on ABS
09:30			Opening                                                     color coding Tue-Fri:  invited // contributed // e-poster
			1. Fundamental physical processes and modeling
09:45	Juan	Martinez-Sykora	Chromospheric modeling of ion-neutral interaction effects and non-equilibrium ionization	ABS
10:15	Jorrit	Leenaarts	Studying radiation-MHD simulations in the Lagrangian frame	ABS
10:30	Andrii	Sukhorukov	Simulating CLASP-IRIS co-observations in H I Ly-alpha and Mg II h	ABS
10:45			coffee  &  posters
10:50	Stanislav	Gunar	[e-poster]  10:50:  Stanislav Gunar: Modelling, synthetic imaging and high-resolution observations of fine structures of prominences and filaments	ABS
11:15	Juxhin	Zhuleku	[e-poster]  11:15:  Juxhin Zhuleku: Modelling the corona of stars more active than the Sun using 3D MHD simulations	ABS
11:45	Lei	Ni	Magnetic reconnection in strongly magnetized regions around the solar TMR	ABS
12:15	Lijia	Guo	Statistical studies of IRIS data towards better understanding of small-scale reconnection	ABS
12:30	Paola	Testa	Constraints on active region coronal heating properties from observations and modeling of chromospheric, transition region, and coronal emission	ABS
12:45	Thomas	Ayres	The Curious Conundrum of the Corona of the Mid-F Subgiant Procyon: a Lesson for IRIS?	ABS
13:00			lunch
14:30	Tom	Van Doorsselaere	Turbulence generated by transverse waves in coronal loops	ABS
15:00	Jörn	Warnecke	Twisted currents of coronal loops in 3D MHD simulations	ABS
15:15	Costis	Gontikakis	Resonant scattering processes at work in an active region as detected in the transition region Si IV lines near 140 nm with IRIS	ABS
15:30	Jaroslav	Dudík	Transition-Region lines with strong wings: Non-Maxwellian analysis of line profiles and intensities	ABS
15:45			coffee  &  posters
15:50	Luc	Rouppe van der Voort	[e-poster]  15:50:  Luc Rouppe van der Voort: Intermittent reconnection and plasmoids in UV bursts in the low solar atmosphere	ABS
16:15	Donald	Schmit	[e-poster]  16:15  Donald Schmit: Tracing non-vertical acoustic shock propagation in the chromosphere	ABS
			2. Chromospheric heating and dynamics
16:45	Andreas	Lagg	Magnetic field in the chromosphere	ABS
17:15	Milan	Gosic	Emergence of internetwork magnetic fields through the solar atmosphere	ABS
17:30	Durgesh	Tripathi	Coronal Holes and Quiet Sun in Mg II lines observed by IRIS	ABS
17:45			end of talks
18:00			BBQ  &  posters
		Wednesday
09:30	Sanja	Danilovic	A modeler's perspective on UV bursts	ABS
10:00	Masahito	Kubo	Recurrent chromospheric jets at a magnetic flux cancellation site	ABS
10:15	Sanjiv	Tiwari	Observations of Large Penumbral Jets from IRIS and Hinode	ABS
10:30	Jingwen	Zhang	Nature of surge-like activity above sunspot light bridges: Magnetic Reconnection or Shocks?	ABS
10:45			coffee  &  posters
10:50	Lidong	Xia	[e-poster]  10:50:  Lidong Xia: Magnetic braids in eruptions of a spiral structure in the solar atmosphere	ABS
11:15	Yajie	Chen	[e-poster]  11:15:  Yajie Chen: Relationship between Transition Region Explosive Events and Network Jets	ABS
11:45	Mats	Carlsson	An IRIS Optically Thin View of the Dynamics of the Solar Chromosphere	ABS
12:00	Johan P.	Bjørgen	Three-dimensional modeling of chromospheric spectral lines in a simulated active region	ABS
12:15	Krzysztof	Barczynski	A disturbance propagating from the chromosphere into a heated coronal loop	ABS
			3. Magnetic coupling and mass flux through the atmosphere
12:30	L. Pradeep	Chitta	Magnetic coupling through the atmosphere	ABS
13:00			lunch
14:30	Salvo	Guglielmino	Interactions between emerging and pre-existing magnetic fields observed with IRIS	ABS
14:45	Alessandro	Cilla	Photospheric connection of a transition region brightening.	ABS
15:00	Tanmoy	Samanta	Statistical Investigation of Supersonic Downflows in the Transition Region above Sunspots	ABS
15:15	Tiago	Pereira	Thermal coupling through the atmosphere	ABS
15:45			coffee  &  posters
15:50	Sebastian	Castellanos Duran	[e-poster]  15:50:  Sebastian Castellanos Duran: Tracing the magnetic and dynamic evolution of photospheric supersonic flows	ABS
16:15	Stephan	Kaspar	[e-poster]  16:15:  Stephan Kaspar: Doppler shifts, line widths and the orientation of the magnetic field	ABS
16:45	Shin	Toriumi	Dynamics of Flux Emergence: Combining IRIS with Other Observations, Modeling, and New Capabilities	ABS
17:15	Bart	De Pontieu	Observations and Modeling of Transition Region and Coronal Heating Associated with Spicules	ABS
17:30	Ineke	De Moortel	A comparison of propagating coronal disturbances (PCDs) in sunspot and plage loops.	ABS
17:45			end of day
		Thursday
09:30	Viggo	Hansteen	Ellerman bombs and UV bursts: reconnection at different atmospheric layers?	ABS
09:45	Gregal	Vissers	Dissecting bombs and bursts: non-LTE inversions of low-atmosphere reconnection from SST-IRIS observations	ABS
			5.1 Opportunities and challenges
10:00	Andres	Asensio-Ramos	Machine learning to investigate magnetic field and other complex data sets	ABS
10:20	Alberto	Sainz Dalda	Machine learning and inversions of Mg II h/k spectra	ABS
10:40			coffee  &  posters
10:50	Georgios	Chintzoglou	[e-poster]  10:50:  Georgios Chintzoglou: Investigating Chromospheric and Transition Region Morphological Structures Seen in IRIS and ALMA Observations	ABS
11:15	Kyoung-Sun	Lee	[e-poster]  11:15:  Kyoung-Sun Lee: Statistical investigation of low atmospheric response during flares using the multi-wavelengths observations by IRIS, Hinode, and SDO	ABS
			4. Eruptions in the solar atmosphere
11:45	Alphonse	Sterling	What are the outstanding issues with coronal jets?	ABS
12:15	Ping	Zhang	The derivation of mass flows in an erupting prominence from simultaneous observations with IRIS, AIA/SDO, EUVI/STEREO and K-COR	ABS
12:30	Navdeep	Panesar	IRIS and SDO observations of solar jetlets resulting from flux cancelation	ABS
12:45	Petros	Syntelis	Recurrent CME-like Eruptions in Flux Emergence Simulations	ABS
13:00			lunch
			5.2 Opportunities and challenges
14:30	Stephen	White	ALMA: what is it good for?	ABS
15:00	João Manuel	da Silva Santos	Does ALMA help state-of-the-art inversions of solar atmosphere ?	ABS
15:15	Momchil E	Molnar	Probing the turbulent quiet chromosphere with ALMA, IRIS and IBIS	ABS
15:30	Takaaki	Yokoyama	ALMA and IRIS observations of the solar chromosphere on the polar limb	ABS
15:45			coffee
16:45			end of sesions at MPS
19:00			Conference Dinner with workshop summary
		Friday
			4. Eruptions in the solar atmosphere   (continued)
09:30	Vanessa	Polito	Connecting flares to the low atmosphere	ABS
10:00	Xiaohong	Li	Solar jets rooted on flare ribbons in the major events in September 2017	ABS
10:15	Ying	Li	Spectroscopic Observations of Magnetic Reconnection and Chromospheric Evaporation in an X-shaped Solar Flare	ABS
10:30	Petr	Heinzel	Structure and dynamics of cool flare loops	ABS
10:45			coffee  &  posters
10:50	Denis	Ullmann	[e-poster]  10:50:  Dennis Ullmann: Flare detection from discrete Fourier transforms of SJI	ABS
11:15	Elizabeth	Butler	[e-poster]  11:15:  Elizabeth Butler: IRIS Ultraviolet Spectral Properties of a Sample of X-Class Solar Flares	ABS
11:45	Miho	Janvier	Completing solar flare models with spectroscopic (IRIS) observations	ABS
12:15	Brandon	Panos	Do all flares share the same chromospheric physics?	ABS
12:30	Jaime	de la Cruz Rodriguez	What do non-LTE inversions tell us about flares in the upper chromosphere?	ABS
12:45	Graham	Kerr	Optically Thick Si IV Emission During Solar Flares: Non-LTE, Non-equilibrium Simulations	ABS
13:00			lunch
			6. Science together with future facilities
14:30	Gianna	Cauzzi	New science windows with future ground-based observations - the Daniel K. Inouye Solar Telescope	ABS
14:50	Nour-Eddine	Raouafi	The Parker Solar Probe (PSP) and IRIS	ABS
15:10	Javier	Trujillo-Bueno	Science with IRIS: CLASP-1 and 2	ABS
15:30	Sabrina	Savage	Preview of First Results from Hi-C 2.1 and IRIS	ABS
15:45			Closing
16:00			Farewell coffee
	IRIS-9     25-29 June 2018     Göttingen       POSTERS
Links to:	IRIS-9 web page	abstract booklet	graphical program overview
			1. Fundamental physical processes and modeling
P-01	Stanislav	Gunar	Modelling, synthetic imaging and high-resolution observations of fine structures of prominences and filaments	ABS
P-02	Pavol	Schwartz	Non-LTE modelling of active filaments observed in the H_alpha line using the 2D flux-tube model	ABS
P-03	Limei	Yan	Mass and energy supply of a cool coronal loop near its apex	ABS
P-04	Juxhin	Zhuleku	Modelling the corona of stars more active than the Sun using 3D MHD simulations	ABS
P-05	Elena	Dzifčáková	Non-equilibrium synthetic Si IV and C IV spectra formed by a periodic electron beam	ABS
P-06	Xiaoshuai	Zhu	An optimization principle to reconstructing magneto-hydro-static equilibria in the lower solar atmosphere	ABS
P-07	Mingzhe	Guo	Heating effects from driven transverse and Alfven waves in coronal loops	ABS
			2. Chromospheric heating and dynamics
P-08	Luc	Rouppe van der Voort	Intermittent reconnection and plasmoids in UV bursts in the low solar atmosphere	ABS
P-09	Smitha	Narayanamurthy	Observations of solar chromospheric heating at sub-arcsec spatial resolution	ABS
P-10	Catherine	Fischer	Chromospheric impact of an exploding solar granule	ABS
P-11	Nancy	Narang	High-frequency dynamics of a moss regions as observed by IRIS	ABS
P-12	David	Graham	Automated detection of transient moss features with AIA	ABS
P-13	Donald	Schmit	Tracing non-vertical acoustic shock propagation in the chromosphere	ABS
P-14	Anusha	Bhasari	Non-equilibrium energy balance in solar chromosphere	ABS
P-15	Sepideh	Kianfar	How Fibrils Appear in the Ca II K Data in Comparison to Halpha Data	ABS
P-16	Sowmya	Krishnamurthy	Downflows in the solar chromosphere	ABS
P-17	Jayant	Joshi	Magnetic field variations associated with umbral flashes and penumbral waves	ABS
P-18	Zhenyong	Hou	Observations of upward propagating waves in the transition region and corona above Sunspots	ABS
P-19	Hui	Fu	A Magnetic Reconnection Event in the Solar Atmosphere Driven by Relaxation of a Twisted Arch Filament System	ABS
P-20	Guiping	Ruan	Dopplershifts in quiescent prominences observed by the IRIS and MSDP spectrographs	ABS
			3. Magnetic coupling and mass flux through the atmosphere
P-21	Lidong	Xia	Magnetic braids in eruptions of a spiral structure in the solar atmosphere	ABS
P-22	Zhenghua	Huang	Magnetic loops in a flux-emerging region viewed by IRIS, Hinode and SDO	ABS
P-23	Yajie	Chen	Relationship between Transition Region Explosive Events and Network Jets	ABS
P-24	Hui	Tian	UV bursts at the earliest stage of flux emergence	ABS
P-25	Zhi	Xu	Are IRIS bombs connected to Ellerman Bombs?	ABS
P-26	Arek	Berlicki	Statistical analysis of IRIS compact bursts	ABS
P-27	Alessandro	Cilla	Doppler shifts in the transition region of active regions.	ABS
P-28	Leping	Li	Spectral evolution along a flux loop observed with IRIS	ABS
P-30	Nitin	Yadav	Dynamics of Small-scale Vortices in the Solar Atmosphere	ABS
P-31	Vincenzo	Andretta	Quantifying the role of spicules in the lower transition region	ABS
P-32	Stephan	Kaspar	Doppler shifts, line widths and the orientation of the magnetic field	ABS
P-33	Sonja	Jejcic	Quiescent prominence observed by IRIS	ABS
			5. Opportunities and challenges
P-34	Cédric	Huwyler	irisreader - A Python Library for IRIS Data Processing	ABS
P-35	Anastasiia	Lukashenko	Classification scheme for the solar wind based on the main MHD parameters	ABS
			4. Eruptions in the solar atmosphere
P-36	Kyoung-Sun	Lee	Statistical investigation of low atmospheric response during flares ares using the multi-wavelengths observations by IRIS, Hinode, and SDO	ABS
P-37	Qingmin	Zhang	Chromospheric Condensation and Quasi-periodic Pulsations in a Circular-ribbon Flare	ABS
P-38	Qingmin	Zhang	Explosive Chromospheric Evaporation in a Circular-ribbon Flare	ABS
P-39	Nai-Hwa	Chen	Multi-episode Chromospheric Evaporation Observed in a Solar Flare	ABS
P-40	Nai-Hwa	Chen	Diagnostics of source plasma characteristics in 3He-rich flares	ABS
P-41	Francesca	Zuccarello	Continuum emission enhancements in flares observed by IRIS and ROSA	ABS
P-42	Denis	Ullmann	Flare detection from discrete Fourier transforms of SJI	ABS
P-43	Dong	Li	Observations of Electron-driven Evaporation in a Flare Precursor	ABS
P-44	Dong	Li	Non-damping oscillations at flaring loops	ABS
P-45	Ting	Li	Two Episodes of Magnetic Reconnections During a Confined Circular-ribbon Flare	ABS
P-46	Elizabeth	Butler	IRIS Ultraviolet Spectral Properties of a Sample of X-Class Solar Flares	ABS
P-47	Yijun	Hou	Quasi-simultaneous eruptions of multiple flux ropes in active region 12673 leading to the two largest flares in Solar Cycle 24	ABS
P-48	Yijun	Hou	Simultaneous Observations of p-mode Light Walls and Magnetic Reconnection Ejections above Sunspot Light Bridges	ABS
P-49	Alena	Zemanova	Rare Solar Radio Burst and Falling EUV Blob	ABS
P-50	Giuseppe	Nisticò	Multi-instrument observations of a failed flare eruption associated with MHD waves in a loop bundle	ABS
			6. Science together with future facilities
P-51	Giuseppe	Nisticò	Simulating observations of the corona/inner heliosphere with Parker Solar Probe/WISPR	ABS
P-52	Daniel	Ryan	IRISpy: Expanding IRIS Data Analysis into Python and Upgrading the Data Analysis Paradigm for a New Generation	ABS