Presentations
Talks
Duration of each contributed talk is "17+3", i.e. 17 minutes for the talk and 3 minutes for questions and discussion. The invited talks are 45+15, and three review talks 25+5.
- Peter Johansson: Feedback and the formation of galaxies in simulated galaxy mergers
- Antti Rantala: Cosmological Zoom-in Initial Conditions and the Formation of Galaxies
- Laura Portinari: Co-evolution of Black Holes and Galaxies: The role of observational biases
- Ghassem Gozaliasl: Evolution of the luminosity gap in X-ray galaxy groups from a contiguous XMM coverage of CFHTLS
- Pasi Hakala: SEDucing two interacting binaries - lessons learnt from SED fitting
- Juri Poutanen: Black holes: how do they radiate?
- Karri Koljonen: Unsupervised spectral decomposition of X-ray binary GX 339-4
- Vitaly Neustroev: Spectroscopic evidences for a low-mass black hole in SWIFT J1753.5-0127
- Pauli Pihajoki: Splitting methods for inseparable Hamiltonians
- Seshadri Nadathur: Using voids for cosmology
- John Regan: Direct Collapse of Massive Black Hole Seed
- Alexis Finoguenov: Extragalactic astronomy in Helsinki
- Sarah Bird: Fading Features Found in the Milky Way Stellar Halo Kinematics
- Sébastien Comerón: ARRAKIS (Atlas of Resonance Rings As Known In the S4G)
- Pertti Rautiainen: Ringed galaxies revisited
- Heikki Salo: Results from the Spitzer Survey of Stellar Structure in Galaxies (S4G)
- Elizabeth Cole: LQ Hya Doppler Imaging
- Miikka Väisälä: Quantifying the effect of turbulent magnetic diffusion on the growth rate of the magneto-rotational instability
- Joonas Nättilä: Heavy metal neutron star atmospheres
- Tuulia Pennanen: High-energy emission and X-ray plateaus in gamma-ray burst afterglows
- Kaisa Henttunen: Numerical studies on modified gravity with polytropic stars
- Viola Allevato: Clustering of X-ray Type 1 and 2 AGNs in COSMOS
- Kalle Karhunen: Low redshift quasars in the SDSS Stripe 82: Local environments and host galaxies
- Emilia Järvelä: Statistical multifrequency study of Narrow-Line Seyfert 1 galaxies
- Jari Kotilainen: Gamma-ray Narrow-Line Seyfert 1s: relativistic jets in spirals
- Juergen Schmidt: Circumplanetary Dust Rings
- Marius Lehmann: Modelling of Satellite induced Density Waves in Saturn's Rings
- Anne Virkki: Modeling of asteroid surfaces and interiors using ray optics with diffuse scattering
- Olli Wilkman: Asteroid lightcurve phase shift due to the photometric properties of the surface
- Elina Nieppola: Radio spectra of BL Lac sources using RATAN 600 and Metsähovi radio telescopes
- Venkatessh Ramakrishnan: Connection between parsec-scale radio jet and gamma-ray flares in the blazar 1156+295
- Joni Tammi: Developing and teaching a multidisciplinary astronomy course - experiences and insights
There is a data projector available and a PC computer (Windows 7) with the basic PDF and PowerPoint viewers (MS Office 2010) installed. We highly encourage presenters to use the laptop provided and bring their presentation in a PDF file on a USB stick (and test the system during the previous coffee break at the latest). It is possible to use one's own computer, but because setting it up reduces the time given for the presentation itself, we encourage presenters to use the provided computer unless they are certain they know what they are doing.
Posters
- Artamonov Anton: The world-wide neutron monitor network as a tool to detect solar neutrons: New calculations.
- Asvestari Eleanna: An empirical model for the reconstruction of the cosmic ray modulation in the heliosphere.
- Kukkonen Soile: Mapping and dating of the Harmakhis Vallis channel, Mars.
- Lähteenmäki Anne: Aalto goes to space -mapping our universal environment.
- Mason Andrew: XFAST – XMM-Newton FincA Serendipitous Target survey.
- Samuli Kotiranta: Tuorla Exoplanet Search.
At the poster session each presenter should give a short (2 minute) presentation ideally with a single pdf/ppt slide, summarising the main point of their poster. This should not be interpreted as "explain my poster in 120 seconds", but seen as an excercise in capturing the essence of the research in the poster and explaining that in a clear and concise way. The details are in the poster so leave those out — instead, get people wanting to read them and your poster.