AiM - Astronomy and internet in Münster
(Astronomy 2.0)

Training for Teachers „Astronomy 2.0”

Teachers Training „Astronomy 2.0” at Pascal-Gymnasium Münster on Friday, September 25th, 2020

School astronomy needs an upgrade!

In the new "Physics" curriculum of the state of North Rhine-Westphalia / Germany, astronomy is given a new status, but knowledge of new digital possibilities in schools has remained in the 20th century.

This is where the teacher training course “Astronomy 2.0” comes into play. With the help of AiM (Astronomy and Internet in Münster) we learn how, as teachers, we can access large research telescopes with our students and participate in scientific work, for example discovering asteroids and comets.


08:30 a.m.

Greeting; Presentation of the participants; program

09:00 a.m.

Working with the LCO system; Faulkes Telescope Project; Jobhopping

09:45 a.m.

Topicality of research into Near Earth Objects (NEOs) using the example of the 
AIDA expedition to the double asteroid Didymos. 
evaluations with Astrometrica.

10:30 a.m.

Little break

10:45 a.m.

Remote connection to the Faulkes Telescope South in Siding Spring / Australia

11:30 a.m.

Astronomy 2.0 in practical school work (Ronald Schünecke/online)

01:00 p.m.

Lunch break

02:00 p.m.

Evaluation and discussion of the images and data from the remote session;
Sending MPC reports.

03:00 p.m.

Playground: exercises; own jobs for the LCO network; Comet tracking; ...

04:00 p.m.

Discussion about possible uses and possibilities of further collaboration.

04:30 p.m.


The event is funded by the German Physical Society  ... 


... and supported by Faulkes Telescope Project, Cardiff, UK.

Cooperation partners are Pascal-Gymnasium Münster, Ratsgymnasium Münster, Gymnasium Nepomucenum Coesfeld and the Planetarium Münster.


First online-training „Astronomy 2.0” will start at Friday 15th May, 2020

In Cooperation with the Planetarium Münster teachers from Pascal-Gymnasium and Ratsgymnasium Münster as well as the Nepomucenum Coesfeld take part at the first online-training "Astronomy 2.0". "Online" not only because of the CORONA virus, but also because this is a normal way of working in modern scientific work, Astronomy 2.0!

In two conference circuits of 2.5 hours each, the teachers learn how to work with students on the 23 LCO research telescopes and how to evaluate astronomical images created.

Optionally, the teachers can control the 2-meter Faulkes Telescope South in Siding Spring / Australia directly in special sessions (remote control mode).

First remote session (Wed, May 13, 2020 / 8:15-8:45 UT)

Real Time Interface of the 2m Faulkes Telescope South (FTS): The galaxies NGC 2997 and NGC 5128 were observed with different color filters (RGB each 120s). Michael Weiermann from Nepomucenum Coesfeld made the following color pictures from it:

NGC 2997 ; May 13, 2020 ; 2m FTS ; © Weiermann 

NGC 5128 ; May 13, 2020 ; 2m FTS ; © Weiermann


Second remote session (Thu, May 14, 2020 / 8:15-8:45 UT)

Real Time Interface of the 2m Faulkes Telescope South (FTS): The task was to capture the comet NEOWISE (C/2020 F3) and the Ghost of Jupiter (NGC 3242) in color. The exposure times had to be adjusted. One result was the following picture of NGC 3242 (RGB 1s each):


Ghost of Jupiter (NGC 3242) / May 14, 2020 ; 2m FTS ; © Breitenstein & Bröring 

 First Part of the workshop for teachers (Fri, May 15, 2020 / 16:00-18:30 MESZ)


  • Introduction of participants
  • Explanations of the function of the virtual conference room
  • Presentation of the working environment of the LCO telescopes
  • Creating own work orders for the LCO telescopes; targets: M9 ; M13 ; M27 ; M57 ; NGC3242 ; C/2017 T2 (PanSTARRS)
  • Homework
  • Further planning


Some results:


Second part of the workshop for teachers (Tue, May 19, 2020 / 16:00-18:30 MESZ)


  • Asteroid hunt (remote session, if possible)
  • Download of fit-packages from LCO sience archiv
  • Unpack LCO archive files
  • Download and install the Astrometrica software
  • Creation of MPC reports with Astrometrica
  • Results
  • Homework
  • Further planning


Some results:

Confirmation of NEO 2020 KN1 of type Amor:


Observers: M. Weiermann, N. Reinhard, T. Sieger, L. Broering, P. Breitenstein.  
Measurers: M. Weiermann, L. Broering, P. Breitenstein.  

With excellent residuals in seconds of arc: