[[Image(miri_fm_filterwheel.jpg, left, 220px)]][[Image(teaser.jpg, 140px)]][[Image(simple_loop.gif, 180px)]][[Image(CIAO.jpg, 140px)]][[Image(MATISSE.jpg, 160px)]][[Image(linc_nirvana_labor.jpg, 320px)]][[Image(PACS-Chopper.jpg, 200px)]]

The [wiki:WikiStart AstroTechTalk (ger)] offers a place to discuss, for '''all interested colleagues''' and especially for the technical departments, the project leaders, the administration and the scientists as the ultimately users:

 * status of instrumentation projects
 * scientific tasks and features of the instruments in construction or planned
 * new possible involvements
 * technical innovations and developments
 * technical problems and their solutions
 * logistical problems and their solutions
 * how to improve operation and observation
 * project standards.

'''__New Time__: Always Mondays 15:00 - 16:00'''

'''Location: Hybrid -> MPIA Hoersaal + Video-Link'''

'''Link: '''https://eu02web.zoom-x.de/j/62627094341?pwd=SzlxYVJPNFgrZEdKVVpHS2xNbENTdz09

'''Outline:'''

 * Announcements (news, visitors, etc.) (mainly in German)
 * Talk of about 30 min about a selected topic (German or English, will be announced)
 * Follow up discussion and questions (German or English, depending on the speaker)

[[BR]]Proposals for talks: Please send an email to "huber -at- mpia.de" or "naranjo -at- mpia.de" - alternatively you might reach us by phone (06221-528331 or -290) or in person (room 111 or 018) at MPIA.

||'''Date''' ||'''Speaker    ''' ||'''Topic''' ||
|| '''25.09.2023''' || '''Hugo Coppejans & Horst Steuer''' || '''Real Time Computing in Adaptive Optics Systems - Part 2'''[[BR]][[BR]]Adaptive          Optics is used in astronomy to correct for distortions of the          incoming light into         a telescope. Adaptive         optics  system generally consist of three core components: deformable          mirrors, wavefront sensors and real time computers (RTC).         In  this talk we will focus on the RTC       in particular         on the  one we are currently working on         for         METIS.[[BR]]What       is       the task of the RTC in the control loop and what can  the RTC       actually       'see'? What are the main data products and  which computational       steps       does it have to do to produce  them? What is a mode? How fast does       the       RTC have to be and  what does 'Real Time' mean? How did we get the       RTC       to be  fast enough and what are the main differences between a       central        processing unit (CPU) and a graphics processing unit (GPU)?[[BR]][[BR]]We       will       address these and other questions in a graphic way.[[BR]][[BR]]Presentation: English[[BR]]Slides: English[[BR]]Questions: German, English ||
|| 02.10.2023 || -- || -- ||
|| 09.10.2023 || Institutional Review || ||
|| 16.10.2023 || -- || -- ||
|| 23.10.2023 || || ||
|| 27.10.2023 || -- || '''--''' ||
|| 06.11.2023 || || ||
|| 13.11.2023 || -- || -- ||
|| 20.11.2023 || || ||
|| 27.11.2023 || -- || -- ||
|| 04.12.2023 || || ||
|| 11.12.2023 || -- || -- ||
|| 18.12.2023 || || ||
|| 25.12.2023 || Holiday || Christmas ||

'''Preview:'''

DD.MM.2023 - Speaker: Title

TBC - Manon Lallement:  Photonic technology developments for the visible interferometer FIRST at the Subaru Telescope

'''Postview:'''

[wiki:OldPresentations2014S2 Presentations from 12.09. - 31.12.2014]

[wiki:OldPresentations2015S1 Presentations from 01.01. - 31.07.2015]

[wiki:OldPresentations2015S2 Presentations from 01.08. - 31.12.2015]

[wiki:OldPresentations2016S1 Presentations from 01.01. - 31.07.2016]

[wiki:OldPresentations2016S2 Presentations from 01.08. - 31.12.2016]

[wiki:OldPresentations2017S1 Presentations from 01.01. - 31.07.2017]

[wiki:OldPresentations2017S2 Presentations from 01.08. - 31.12.2017]

[wiki:OldPresentations2018S1 Presentations from 01.01. - 31.07.2018]

[wiki:OldPresentations2018S2 Presentations from 01.08. - 31.12.2018]

[wiki:OldPresentations2019S1 Presentations from 01.01. - 31.07.2019]

[wiki:OldPresentations2019S2 Presentations from 01.08. - 31.12.2019]

[wiki:OldPresentations2020S1 Presentations from 01.01. - 31.07.2020]

[wiki:OldPresentations2020S2 Presentations from 01.08. - 31.12.2020]

[wiki:OldPresentations2021S1 Presentations 2021S1]

[wiki:OldPresentations2022S1 Presentations 2022S1]

[wiki:OldPresentations2022S2 Presentations 2022S2]

[wiki:OldPresentations2023S1 Presentations 2023S1]