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Warwick Week 2022 Feedback
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How did you rate these lectures overall ?
*
1 (Not my thing)
2 (well, I stayed awake)
3 (OK)
4 (Really good)
5 (Fantastic)
Flavour Physics
Neutrino Physics
Particle Astrophysics
LHC Machine and Physics
Detector Methods : Cerenkov and PID
Detector Methods : Calorimetry
Beam Physics
1 (Not my thing)
2 (well, I stayed awake)
3 (OK)
4 (Really good)
5 (Fantastic)
Flavour Physics
Neutrino Physics
Particle Astrophysics
LHC Machine and Physics
Detector Methods : Cerenkov and PID
Detector Methods : Calorimetry
Beam Physics
How was the level of content?
*
1 (Too easy)
2 (I had to think a little here or there)
3 (About right)
4 (Challenging)
5 (What was that?)
Flavour Physics
Neutrino Physics
Particle Astrophysics
LHC Machine and Physics
Detector Methods : Cerenkov and PID
Detector Methods : Calorimetry
Beam Physics
1 (Too easy)
2 (I had to think a little here or there)
3 (About right)
4 (Challenging)
5 (What was that?)
Flavour Physics
Neutrino Physics
Particle Astrophysics
LHC Machine and Physics
Detector Methods : Cerenkov and PID
Detector Methods : Calorimetry
Beam Physics
Did you like the subject material?
*
1 (There was a lecture on this?)
2 (It was mildly diverting)
3 (Yes - quite interesting)
4 (Very interesting!)
5 (I'd like to know more!)
Flavour Physics
Neutrino Physics
Particle Astrophysics
LHC Machine and Physics
Detector Methods : Cerenkov and PID
Detector Methods : Calorimetry
Beam Physics
1 (There was a lecture on this?)
2 (It was mildly diverting)
3 (Yes - quite interesting)
4 (Very interesting!)
5 (I'd like to know more!)
Flavour Physics
Neutrino Physics
Particle Astrophysics
LHC Machine and Physics
Detector Methods : Cerenkov and PID
Detector Methods : Calorimetry
Beam Physics
The mix of theoretical and experimental material was:
*
1 (Too theoretical : where was reality?)
2 (More experimental details would have helped)
3. (Nicely balanced)
4 ( I could have done with some theory)
5 (Too experimental : I wanted a symbol!)
Flavour Physics
Neutrino Physics
Particle Astrophysics
LHC Machine and Physics
Detector Methods : Cerenkov and PID
Detector Methods : Calorimetry
Beam Physics
1 (Too theoretical : where was reality?)
2 (More experimental details would have helped)
3. (Nicely balanced)
4 ( I could have done with some theory)
5 (Too experimental : I wanted a symbol!)
Flavour Physics
Neutrino Physics
Particle Astrophysics
LHC Machine and Physics
Detector Methods : Cerenkov and PID
Detector Methods : Calorimetry
Beam Physics
I would have liked some reading material before the course
Choose
Yes
No
I would have liked more opportunities for discussion
Choose
Yes
No
How did the online format work for you? What could be changed if we had to do this again next year (perish the thought)
Your answer
Is there some subject that you think should be added to the syllabus?
Your answer
What other changes should we make to make these lectures better, if any?
Your answer
Any other comments.
Your answer
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