The primary aim of the workshop is to train scientists in the middle and south East Asian region in using AstroSat's multiwavelength spectral and timing capabilities and teach them how to use these capabilities in conjunction with data from Chandra and XMM-Newton.

AstroSat was successfully launched on September 28th 2015. It is a complex mission consisting of four co-pointing instruments and an all sky monitor. The Ultra-violet imaging telescope (UVIT) can observe in three bands and has a wide field of view (~28') and an angular resolution of ~1.5''. The Soft X-ray Telescope (SXT) provides energy spectra  information in the 0.3 – 7.0 keV band. The Large Area X-ray Proportional Counters (LAXPC) are able to do fast timing (10 microseconds) analysis and moderate spectral analysis of X-rays in the 3-80 keV band. The Cadmium Zinc Telluride Imager (CZTI) give good spectral information in the 25 to 100 keV band.

The workshop will be attended by around 40 young scientists from the Asian/Middle East region who will be given lectures and demonstrations by experts on data analysis of all the instruments on board AstroSat, Chandra and XMM-Newton, as well as the science that can be extracted. The participants will also do a small project involving more than one instrument with the help of experts. Chandra and XMM-Newton are well-established missions, and hence data are already available, instrument calibration is mature, and analysis software is available. We expect that, by the time of the workshop, the instruments on board AstroSat will be well characterized and the data analysis and the corresponding software would be streamlined. The aim will be to build the foundation for optimal use of AstroSat data by the regional community.

Undergraduate students in the final year, postgraduate and Ph.D. students, post-doctoral fellows and young researchers under 35 years of age can apply. Registration to the workshop is free of cost. Free accommodation and meals will be provided to all participants.

 

If you wish to apply for travel support (a maximum of 50% will be provided), please fill the travel support form in addition to the application form. Please note that this support will be provided for travel only (from your organization/home town to IISER, Mohali and back) and not for accommodation/meals which are already covered during the workshop.

 

Applications are now closed.

 

​Applicants should email t\he completely filled forms and a Curriculum Vitae (as a consolidated file in PDF format) to This email address is being protected from spambots. You need JavaScript enabled to view it.

The CV should also contain a description of your research to date (if any) and an explanation on how you would use the workshop to further your research (mandatory). For post-doctorate fellows and young staff, please attach a list of publications. In case you are student and have published, you should also provide this list.

Please see the application form for details.

In addition to the forms and CV, TWO supporting recommendation letters should be sent directly from your supervisor/ head of department/ any other person with whom you have worked closely  to This email address is being protected from spambots. You need JavaScript enabled to view it.

 

The COSPAR Capacity Bulding Workshop, “Broadband spectral and timing studies with AstroSat, Chandra and XMM-Newton” will be held at Indian Institute of Science Education and Research, Mohali, India, from March 9th to 20th, 2019.

 

About Mohali and Chandigarh tricity

Mohali, Ajitgarh or Sahibzada Ajit Singh Nagar is a city in the Sahibzada Ajit Singh Nagar district (SAS Nagar) in Punjab, India, which lies south-west to the Union Territory of Chandigarh. Chandigarh, Mohali and Panchkula form what is locally known as Tricity and is picturesquely located near the foothills of the Shivalik range of Himalayas. 

Chandigarh was the first planned city of independent India, neatly divided into numbered sectors. The sector scheme extends into Mohali (subsequently named SAS Nagar). IISER Mohali is located in Sector 81 of SAS Nagar. Sector 81 is also called the Knowledge City where institutes in Nanotechnology and Biotechnology and other fields are being developed. Next to IISER is the Indian School of Business, which is also a part of the Knowledge City. Mohali boasts a major cricket ground, the PCA stadium where many international matches are held. The stadium hosts the Kings XI Punjab team of the Indian Premier League (IPL). Chandigarh is a major tourist hub. Click here for tourism information.The capital of Himachal Pradesh, Shimla, is a four hour drive from Chandigarh. Another quaint place in the hills is Kasauli which is a two hour drive from Chandigarh. Places to visit in and around Chandigarh can be viewed here. (in and around)                       

 

The average maximum daytime temperature in Mohali in mid-March is a warm 28°C (82°F) with moderate heat & humidity. The average night-time temperature is usually a cool 15°C (59°F).

 

How to reach IISER, Mohali

For international participants, we recommend flying to Indira Gandhi International (IGI) Airport, Delhi and then reaching Chandigarh by flight/train/bus.

Flights are available from IGI airport Delhi to Chandigarh international airport.

Trains run between New Delhi railway station and Chandigarh.

For information, make an enquiry here

For bus related information see here.

Participants from within India can take a flight/train/bus to Chandigarh.

Ola/Uber cabs can be hired from Chandigarh airport/railway station/bus stand to reach IISER, Mohali.

IISER, Mohali is located at a distance of about 8.5km from Chandigarh airport and 12km from Chandigarh railway station.

 

Visa Information

For information on visa, click here.

Electricity Information

Electricity in India is 220-230 Volts, frequency is 50 Hz nationwide. Please see this link.

Language and other related information

The local languages in Mohali/Chandigarh region are Punjabi and Hindi. During the workshop, the official language will be English. The Indian currency is Indian Rupee (INR; ₹). It is advisable to exchange foreign currency with authorized personnel only. For current exchange rate see this.

   

  Download workshop program here.

 

 

   Lecturers

 

   Diego Altamirano (Southampton University)     Lecture1   Lecture2

   H M Antia (TIFR, Mumbai)     Lecture 1    Lecture2

   Keith Arnaud (NASA)    Lecture1    Lecture2    Lecture3

   Tomaso Belloni (INAF - Osservatorio Astronomico di Brera)    Lecture1     Lecture2

   Dipankar Bhattacharyya (IUCAA, Pune)      Lecture1    Lecture2

   Sudip Bhattacharyya (TIFR, Mumbai)     Lecture

   Gulab Dewangan (IUCAA, Pune)     Lecture

   Carlos Gabriel (ESA/XMM-Newton)     Lecture1      Lecture 2        Lecture3

   S K Ghosh (TIFR, Mumbai)      Lecture

   Matteo Guainazzi (ESA/XMM-Newton)       Lecture1      Lecture2     Lecture3

   Mariano Mendez (Kapteyn, Groningen)       Lecture1     Lecture2

   M C Ramadevi (ISAC-ISRO, Bengaluru)     Lecture

   S Seetha (SSPO-ISRO, Bengaluru)       Lecture

   Md Shah Alam (IUCAA, Pune)      Lecture

   K P Singh (IISER Mohali)    Lecture

   Annapurni Subramaniam (IIA, Bengaluru)      Lecture

   S N Tandon (IUCAA, Pune)      Lecture

   Santosh Vadawale (PRL, Ahmedabad)    Lecture

   Lynne Valencic (GSFC/NASA)      Lecture1     Lecture2

   J S Yadav (TIFR, Mumbai)     Lecture

  

 

   Tutors

 

   Diego Altamirano (Southampton University)

   Keith Arnaud (NASA)

   Tomaso Belloni (INAF - OA-Brera)

   Aru Beri (IISER Mohali)

   Manoneeta Chakraborty (IIT Indore)

   Sunil Chandra (North-West University, South Africa)

   Gulab Dewangan (IUCAA, Pune)

   Carlos Gabriel (ESA/XMM-Newton)

   Matteo Guainazzi (ESA/XMM-Newton)

   Smriti Mahajan (IISER Mohali)

   Mariano Mendez (Kapteyn, Groningen)

   Sachindra Naik (PRL, Ahmedabad)

   Pramod Pawar (IUCAA, Pune)

   Md Shah Alam (IUCAA, Pune)

   C S Stalin (IIA, Bengaluru)

   Lynne Valencic (GSFC/NASA)