Resolution Skills - Revision history

Rebull: /* Somewhat less coherent (or less standalone) materials */

2020-08-13T20:50:15Z

Somewhat less coherent (or less standalone) materials

Rebull: /* Other important CoolWiki pages */

2020-08-11T19:11:13Z

Other important CoolWiki pages

Rebull at 19:10, 11 August 2020

2020-08-11T19:10:16Z

Rebull at 22:36, 31 July 2020

2020-07-31T22:36:36Z

Rebull at 22:35, 31 July 2020

2020-07-31T22:35:46Z

Rebull at 22:31, 31 July 2020

2020-07-31T22:31:12Z

Rebull: /* Most coherent, developed, tested materials */

2020-07-31T22:23:27Z

Most coherent, developed, tested materials

Rebull at 21:19, 31 July 2020

2020-07-31T21:19:39Z

Rebull at 20:31, 31 July 2020

2020-07-31T20:31:16Z

Rebull at 20:27, 31 July 2020

2020-07-31T20:27:41Z

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 **Can you create a 3-color mosaic using just Spitzer data where the different resolutions of the various cameras is noticeable and important?
 **How does the ''spatial resolution'' of all those telescopes listed above compare?  (e.g., what is the smallest object you can resolve as more than a point source?)
-**Are you going to laugh out loud the next time you're watching a crime drama, and someone says, "can you enhance that?" when referring to a blurry black-and-white image from a security camera, and someone else waves a magic wand and suddenly all sorts of small details are visible?  (Can I wave my magic wand over that DIRBE image above and ''ever'' get that Spitzer/IRAC image?)
+**Are you going to laugh out loud the next time you're watching a crime drama, and someone says, "can you enhance that?" when referring to a blurry black-and-white image from a security camera, and someone else waves a magic wand and suddenly all sorts of small details are visible?  (Can I wave my magic wand over a DIRBE image and ''ever'' get something at the resolution of a Spitzer/IRAC image?)
 =Other sources of interest=
 [https://lco.global/spacebook/sky/using-angles-describe-positions-and-apparent-sizes-objects/ Angular meaures on the sky from LCOGT]

@@ Line 10: / Line 10: @@
 =Other important CoolWiki pages=
 *[[Resolution]]
 *[[Finding FITS files]]
 *[[Viewing FITS files]]
 =Somewhat less coherent (or less standalone) materials=

@@ Line 7: / Line 7: @@
 *[[Suggestions for comparing resolution qualitatively between surveys]] -- Dr. Luisa Rebull (2020 but refined over nearly 10 years)
 *[[Measuring resolutions]] -- Dr. Luisa Rebull (2020 but refined over nearly 10 years)
 =Somewhat less coherent (or less standalone) materials=

@@ Line 10: / Line 10: @@
 =Somewhat less coherent (or less standalone) materials=
-Resolution worksheets developed by Dr. Luisa Rebull. You can see evolution in how I'm explaining things with time. More recent versions are more tested (and have more things broken out into different documents).
+*Resolution worksheets developed by Dr. Luisa Rebull. You can see evolution in how I'm explaining things with time. More recent versions are more tested (and have more things broken out into different documents).
 ** 2020 - still in Word, now broken into 3 pieces, and modified more (due to mostly pandemic but also the way this group wanted to work): [[file:resolution2020-part1.pdf]] and [[file:resolution2020-part2.pdf]] and [[file:resolution2020-part3.pdf]]
 ** 2019 - I moved to Word and broke it into two pieces, one of which is more "how to view fits images" and the other is more the resolution work: [[file:resolution2019-part1.pdf]] and [[file:resolution2019-part2.pdf]]
@@ Line 21: / Line 21: @@
 **[[C-WAYS Resolution Worksheet]] - developed in 2012 for the C-WAYS team
-Questions to think about and things to try having to do with resolution
+*Questions to think about and things to try having to do with resolution
-*What is the size of a typical HST image?  How does it compare to a single Spitzer image, or a 'typical' Spitzer ''mosaic'', or a single POSS plate, or the field of view of an optical telescope you have used, all compared with the size of the full moon?  How does that compare to the size of a recent comet that visited the inner Solar System? or  the size of a spiral arm of the Milky Way?  You will have to go find on the web things like the field of view of these telescopes and these objects.
+**What is the size of a typical HST image?  How does it compare to a single Spitzer image, or a 'typical' Spitzer ''mosaic'', or a single POSS plate, or the field of view of an optical telescope you have used, all compared with the size of the full moon?  How does that compare to the size of a recent comet that visited the inner Solar System? or  the size of a spiral arm of the Milky Way?  You will have to go find on the web things like the field of view of these telescopes and these objects.
-*Can you create a 3-color mosaic using just Spitzer data where the different resolutions of the various cameras is noticeable and important?
+**Can you create a 3-color mosaic using just Spitzer data where the different resolutions of the various cameras is noticeable and important?
-*How does the ''spatial resolution'' of all those telescopes listed above compare?  (e.g., what is the smallest object you can resolve as more than a point source?)
+**How does the ''spatial resolution'' of all those telescopes listed above compare?  (e.g., what is the smallest object you can resolve as more than a point source?)
-*Are you going to laugh out loud the next time you're watching a crime drama, and someone says, "can you enhance that?" when referring to a blurry black-and-white image from a security camera, and someone else waves a magic wand and suddenly all sorts of small details are visible?  (Can I wave my magic wand over that DIRBE image above and ''ever'' get that Spitzer/IRAC image?)
+**Are you going to laugh out loud the next time you're watching a crime drama, and someone says, "can you enhance that?" when referring to a blurry black-and-white image from a security camera, and someone else waves a magic wand and suddenly all sorts of small details are visible?  (Can I wave my magic wand over that DIRBE image above and ''ever'' get that Spitzer/IRAC image?)

@@ Line 1: / Line 1: @@
 =Most coherent, developed, tested materials=
@@ Line 9: / Line 10: @@
 =Somewhat less coherent (or less standalone) materials=
-*Resolution worksheets developed by Dr. Luisa Rebull. You can see evolution in how I'm explaining things with time. More recent versions are more tested (and have more things broken out into different documents).
+Resolution worksheets developed by Dr. Luisa Rebull. You can see evolution in how I'm explaining things with time. More recent versions are more tested (and have more things broken out into different documents).
 ** 2020 - still in Word, now broken into 3 pieces, and modified more (due to mostly pandemic but also the way this group wanted to work): [[file:resolution2020-part1.pdf]] and [[file:resolution2020-part2.pdf]] and [[file:resolution2020-part3.pdf]]
 ** 2019 - I moved to Word and broke it into two pieces, one of which is more "how to view fits images" and the other is more the resolution work: [[file:resolution2019-part1.pdf]] and [[file:resolution2019-part2.pdf]]

← Older revision		Revision as of 22:31, 31 July 2020
Line 19:		Line 19:
	**[[C-CWEL Resolution Worksheet]] - developed in 2013 for the C-CWEL team		**[[C-CWEL Resolution Worksheet]] - developed in 2013 for the C-CWEL team
	**[[C-WAYS Resolution Worksheet]] - developed in 2012 for the C-WAYS team		**[[C-WAYS Resolution Worksheet]] - developed in 2012 for the C-WAYS team
		+
		+	Questions to think about and things to try having to do with resolution
		+	*What is the size of a typical HST image? How does it compare to a single Spitzer image, or a 'typical' Spitzer ''mosaic'', or a single POSS plate, or the field of view of an optical telescope you have used, all compared with the size of the full moon? How does that compare to the size of a recent comet that visited the inner Solar System? or the size of a spiral arm of the Milky Way? You will have to go find on the web things like the field of view of these telescopes and these objects.
		+	*Can you create a 3-color mosaic using just Spitzer data where the different resolutions of the various cameras is noticeable and important?
		+	*How does the ''spatial resolution'' of all those telescopes listed above compare? (e.g., what is the smallest object you can resolve as more than a point source?)
		+	*Are you going to laugh out loud the next time you're watching a crime drama, and someone says, "can you enhance that?" when referring to a blurry black-and-white image from a security camera, and someone else waves a magic wand and suddenly all sorts of small details are visible? (Can I wave my magic wand over that DIRBE image above and ''ever'' get that Spitzer/IRAC image?)
		+

← Older revision		Revision as of 20:31, 31 July 2020
Line 22:		Line 22:

	=Other sources of interest=		=Other sources of interest=
		+
		+	[https://lco.global/spacebook/sky/using-angles-describe-positions-and-apparent-sizes-objects/ Angular meaures on the sky from LCOGT]

← Older revision		Revision as of 20:27, 31 July 2020
Line 7:		Line 7:

	=Somewhat less coherent (or less standalone) materials=		=Somewhat less coherent (or less standalone) materials=
		+
		+	*Resolution worksheets developed by Dr. Luisa Rebull. You can see evolution in how I'm explaining things with time. More recent versions are more tested (and have more things broken out into different documents).
		+	** 2020 - still in Word, now broken into 3 pieces, and modified more (due to mostly pandemic but also the way this group wanted to work): [[file:resolution2020-part1.pdf]] and [[file:resolution2020-part2.pdf]] and [[file:resolution2020-part3.pdf]]
		+	** 2019 - I moved to Word and broke it into two pieces, one of which is more "how to view fits images" and the other is more the resolution work: [[file:resolution2019-part1.pdf]] and [[file:resolution2019-part2.pdf]]
		+	**[[L1688 Resolution Worksheet]] - developed in 2018 for the L1688 team
		+	**[[CephC-LABS Resolution Worksheet]] - developed in 2017 for the CephC-LABS team
		+	**[[LLAMMa Resolution Worksheet]] - developed in 2016 for the LLAMMa team
		+	**[[IC 417 Resolution Worksheet]] - developed in 2015 for the IC417 team
		+	**[[HG-WELS Resolution Worksheet]] - developed in 2014 for the HG-WELS team
		+	**[[C-CWEL Resolution Worksheet]] - developed in 2013 for the C-CWEL team
		+	**[[C-WAYS Resolution Worksheet]] - developed in 2012 for the C-WAYS team
		+


	=Other sources of interest=		=Other sources of interest=