deng:praktikum:vortragsplan

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deng:praktikum:vortragsplan [2025/04/24 14:10] – lidiadeng:praktikum:vortragsplan [2026/01/19 11:21] (current) – lidia
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 ==== Vortragsplan master ==== ==== Vortragsplan master ====
 +<WRAP center round tip 60%>
 +For a comprehensive overview of how to prepare talks in a scientific context, see:
 +   - this {{en:labcourse:talks:how_to_present.pdf|presentation}} 
 +   - this {{en:labcourse:talks:checklist_talks.pdf|checklist}}
 +</WRAP>
  
-An extensive overview on how to prepare talks in a scientific context can be found {{en:labcourse:talks:checklist_talks.pdf|here}}.+|< 100% - >| 
 +^  Date  ^  Talk  ^ Speaker  ^ 
 +|  13.10.       | Organization Meeting                                                 | | 
 +|  20.10.       | How to give a seminar talk. Astro-Quiz   | Margaritis Chatzis |  
 +|  27.10.       |  Astro-Quiz | |                                                       
 +|  10.11. (I)   | Stars: spectral types, evolutionary tracks, and isochrones on the HRD and CMD  |Giorgia Tiozzo | 
 +|  17.11. (I)   | Spectroscopy - different types of spectrographs and basic principles. OST      |Ojasbi Badal  |  
 +|  17.11. (II)  | N2: Description of the observation, data reduction, and data analysis          | Florian Meier |                                             
 +|  24.11. (I)   | -- | -- | 
 +|  24.11. (II)  | -- | -- | 
 +|  01.12. (I)  | The Sun: solar activity, solar cycle, solar spots, and Zeeman effect measurements  |Elias Hesse | 
 +|  01.12. (II) | The Sun: structure, dynamo, and magnetic field. The solar observatory at the Einsteinturm |Madison Liebel | 
 +|  08.12. (I)   | Principles of optical telescopic observations I. - reflectors, magnification, aberrations. OST  | Ruchika Rani |  
 +|  08.12. (II)  | Principles of optical telescopic observations II. - astronomical coordinates, telescope mounts, astroclimate. OST|Prabhu Reshmi | 
 +|  08.12. (III) | Types of optical telescopes III. - Newtonian, Cassegrain, Schmidt - advantages and disadvantages. OST  | Tim Baier |  
 +|  15.12. (I)   | Methods to determine stellar mass |Jaskirat Singh |  
 +|  15.12. (II)  | Largest optical telescopes: current facilities and near future |Colton Michael Burross| 
 +|  26.01. (I)   | Radial velocity measurements in application to rotation, binary stars, and exoplanets |Tejaswi Varma | 
 +|  26.01. (II)  | Photometry - stellar magnitudes, extinction, photometric bands, modern photometry     |Darren Hunt  | 
 +<doodle  
 +  title="Master Program - Summer Semester 2025 - Talks" 
 +  auth="ip" 
 +  adminGroups="betreuer" 
 +  voteType="single" 
 +  closed="false" 
 +>  
 +* 10.11. (I)  
 +* 10.11. (II) 
 +* 17.11. (I) 
 +* 17.11. (II) 
 +* 24.11. (I) 
 +* 24.11. (II) 
 +* 01.12. (I) 
 +* 01.12. (II) 
 +* 08.12. (I) 
 +* 08.12. (II) 
 +* 15.12. (I) 
 +* 15.12. (II) 
 +</doodle>
  
 +/*
 |< 100% - >| |< 100% - >|
 ^  Date  ^  Talk  ^ Speaker  ^ ^  Date  ^  Talk  ^ Speaker  ^
Line 59: Line 103:
 |  15.05. (II)  | Spectroscopy - different types of spectrographs and basic principles. OST | Muhammad Saif Misbah |  |  15.05. (II)  | Spectroscopy - different types of spectrographs and basic principles. OST | Muhammad Saif Misbah | 
 |  22.05. (I)   | Stellar evolution, evolutionary tracks, and isochrones on the HRD and CMD |Jui Parkhi  |                                                |  22.05. (I)   | Stellar evolution, evolutionary tracks, and isochrones on the HRD and CMD |Jui Parkhi  |                                               
-|  22.05. (II)  | Photometry - stellar magnitudes, extinction, photometric bands, modern photometry | Goutham Krishna Leons|                                   
 |  05.06. (I)   | N2: Description of the observation, data reduction, and data analysis  |Acchyut Jolly  |                                             |  05.06. (I)   | N2: Description of the observation, data reduction, and data analysis  |Acchyut Jolly  |                                            
 |  05.06. (II)  | N1: Description of the observation, data reduction, and data analysis |Dennis Heberer | |  05.06. (II)  | N1: Description of the observation, data reduction, and data analysis |Dennis Heberer |
 |  12.06. (I)   | The Sun: structure, dynamo, and magnetic field. The solar observatory at the Einsteinturm |Richard Lehm | |  12.06. (I)   | The Sun: structure, dynamo, and magnetic field. The solar observatory at the Einsteinturm |Richard Lehm |
-|  12.06. (II)  | The Sun: solar activity, solar cycle, solar spots, and Zeeman effect measurements  |Arpita  Dhall | +|  26.06. (I)   | Stars: spectral types, modern spectral classification schemes, and stellar tracks on the HRD  | Doniya Jiju | 
-|  19.06. (I)   | Eclipsing binaries and other methods to determine stellar masses  | Shreyas  Kathuria | +|  26.06. (II)  | The Sun: solar activity, solar cycle, solar spots, and Zeeman effect measurements  |Arpita  Dhall | 
 +|  26.06. (III) | N1: Radial velocity measurements  |Dennis Heberer | 
 +|  03.07. (I)   | Eclipsing binaries and other methods to determine stellar masses  | Shreyas  Kathuria | 
 +|  03.07. (II)  | Photometry - stellar magnitudes, extinction, photometric bands, modern photometry | Goutham Krishna Leons| 
 <doodle  <doodle 
   title="Master Program - Summer Semester 2025 - Talks"   title="Master Program - Summer Semester 2025 - Talks"
Line 85: Line 130:
 * 19.06. (I) * 19.06. (I)
 </doodle> </doodle>
 +*/
  
 /* /*
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