Difference between revisions of "UCSD-2019: Committees: Education & Public Outreach"

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(Karkare: CMB Measurement Lab)
(Notes)
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* Planning to write up project in American Journal of Physics.
 
* Planning to write up project in American Journal of Physics.
 
* Are there lower friction versions of this project? If apparatus was already designed / built, students could take the measurement. Experience of building components is still really valuable.
 
* Are there lower friction versions of this project? If apparatus was already designed / built, students could take the measurement. Experience of building components is still really valuable.
 +
 +
=== Galitzki: SO outreach ===
 +
 +
* Got lots of good advice from Rachel Wolf (DES): need to make policies early on, decide that EPO efforts will be funded.
 +
* Kasey has form to log EPO activities across the collaboration. Sprawling collaboration, lots of independent activities.
 +
** Share resources for demos, etc.
 +
* Also have "flagship programs":
 +
** junior member mentoring program
 +
** Chilean program being run by Paolo (site coordinator... now working for CTA). Worked with Chilean artist collective to design prints that illustrate core science concepts. Took these to school for art classes. This evaporated after Paolo left the project, but would be useful to collaborate with other Chilean telescopes (ALMA, CCAT-Prime).
 +
* SO Youtube channel. Videographer Stuart employed to produce interview with SO scientists, other work. Also working with a company to revamp SO website.
 +
* Pontifica Universita Catholica runs astronomy summer school. Jeff McMahon will be down there in January
 +
* Social media: twitter, facebook, youtube. All provide statistics for engagement. This should be helpful for NSF reporting.
 +
** Cycle through a list of collaborators, who are each in charge for a week.
 +
** Haven't done instagram in any official way.
 +
** Tim suggests looking into Hootsuite -- cross-platform management tool that interfaces to twitter, instagram, facebook, etc. Preschedule posts, etc.
 +
** Nick has password for CMB-S4 twitter account. Do we need to acquire / sit on web domains, social media accounts, etc. (What about changing the experiment name?)
 +
* SO does an outreach event with every face-to-face meeting. CMB-S4 should do this. Requires advance planning with someone who is local and enthusiastic.
 +
* Produce a list of contacts at different institutions, so interested people can find a CMB-S4 scientist near them.

Revision as of 10:29, 19 October 2019

Link back to agenda

Charge

  1. Identify key decisions that must be made (and justified) prior to CD-1,
  2. Make progress on (or actually make) those decisions,
  3. Lay out a timeline and process for making each decision, consistent with the post-decision work and internal reviews that will be needed to complete preparations for CD-1,
  4. Ensure that those timelines and processes are understood and supported by the collaboration, and that we (together) believe we can follow them.

Key Issues

  • What is the overarching design of the EPO program?
  • What is the recording / reporting structure?
  • What EPO plan in Chile would we like to propose and how do we coordinate with local resources?

Agenda

Remote Attendance

Zoom link

Notes

Karkare: CMB Measurement Lab

  • Ay191 class for undergrads at Harvard. Experimental lab course for junior or senior physics / astronomy majors. Build experiment from scratch over the course of a semester.
  • Recreate Penzias and Wilson CMB discovery by building and operating a CMB telescope.
  • Have been able to export this experiment to Wesleyan (professor Meredith Hughes), but it took a lot of effort -- shows that more documentation is needed. Project has run at Harvard several times.
  • Cheap TV receiver as detector, but need a cold (LN2) load. Horn and cone forebaffle are both critical for performance -- need machinist help for construction.
  • Planning to write up project in American Journal of Physics.
  • Are there lower friction versions of this project? If apparatus was already designed / built, students could take the measurement. Experience of building components is still really valuable.

Galitzki: SO outreach

  • Got lots of good advice from Rachel Wolf (DES): need to make policies early on, decide that EPO efforts will be funded.
  • Kasey has form to log EPO activities across the collaboration. Sprawling collaboration, lots of independent activities.
    • Share resources for demos, etc.
  • Also have "flagship programs":
    • junior member mentoring program
    • Chilean program being run by Paolo (site coordinator... now working for CTA). Worked with Chilean artist collective to design prints that illustrate core science concepts. Took these to school for art classes. This evaporated after Paolo left the project, but would be useful to collaborate with other Chilean telescopes (ALMA, CCAT-Prime).
  • SO Youtube channel. Videographer Stuart employed to produce interview with SO scientists, other work. Also working with a company to revamp SO website.
  • Pontifica Universita Catholica runs astronomy summer school. Jeff McMahon will be down there in January
  • Social media: twitter, facebook, youtube. All provide statistics for engagement. This should be helpful for NSF reporting.
    • Cycle through a list of collaborators, who are each in charge for a week.
    • Haven't done instagram in any official way.
    • Tim suggests looking into Hootsuite -- cross-platform management tool that interfaces to twitter, instagram, facebook, etc. Preschedule posts, etc.
    • Nick has password for CMB-S4 twitter account. Do we need to acquire / sit on web domains, social media accounts, etc. (What about changing the experiment name?)
  • SO does an outreach event with every face-to-face meeting. CMB-S4 should do this. Requires advance planning with someone who is local and enthusiastic.
  • Produce a list of contacts at different institutions, so interested people can find a CMB-S4 scientist near them.