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Wed May 13 18:07:32 2020, anchal, DailyProgress, NoiseBudget, Bayesian Analysis
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Fri May 15 12:09:17 2020, aaron, DailyProgress, NoiseBudget, Bayesian Analysis
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Fri May 15 16:50:24 2020, anchal, DailyProgress, NoiseBudget, Bayesian Analysis
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Fri May 22 17:22:37 2020, anchal, DailyProgress, NoiseBudget, Bayesian Analysis
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Mon May 25 08:54:26 2020, anchal, DailyProgress, NoiseBudget, Bayesian Analysis with Hard Ceiling Condition
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Tue May 26 15:45:18 2020, anchal, DailyProgress, NoiseBudget, Bayesian Analysis 
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Thu May 28 14:13:53 2020, anchal, DailyProgress, NoiseBudget, Bayesian Analysis
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Sun May 31 11:44:20 2020, Anchal, DailyProgress, NoiseBudget, Bayesian Analysis Finalized
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Mon Jun 1 11:09:09 2020, rana, DailyProgress, NoiseBudget, Bayesian Analysis Finalized
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Thu Jun 4 09:18:04 2020, Anchal, DailyProgress, NoiseBudget, Bayesian Analysis Finalized
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Thu Jun 11 14:02:26 2020, Anchal, DailyProgress, NoiseBudget, Bayesian Analysis Finalized
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Mon Jun 15 16:43:58 2020, Anchal, DailyProgress, NoiseBudget, Better measurement on June 14th
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Tue Jun 23 17:28:36 2020, Anchal, DailyProgress, NoiseBudget, Better measurement on June 22nd (as I turned 26!)
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Wed Jun 24 21:14:58 2020, Anchal, DailyProgress, NoiseBudget, Better measurement on June 24th
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Fri Jun 26 12:38:34 2020, Anchal, DailyProgress, NoiseBudget, Bayesian Analysis Finalized, Adding Slope of Bulk Loss Angle as variable
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Message ID: 2588
Entry time: Fri Jun 26 12:38:34 2020
In reply to: 2582
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Author: |
Anchal |
Type: |
DailyProgress |
Category: |
NoiseBudget |
Subject: |
Bayesian Analysis Finalized, Adding Slope of Bulk Loss Angle as variable |
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I added the possibility of having a power-law dependence of bulk loss angle on frequency. This model of course matches better with our experimental results but I am honestly not sure if this much slope makes any sense.
Auto-updating Best Measurement analyzed with allowing a power-law slope on Bulk Loss Angle:
RXA: I deleted this inline image since it seemed to be slowing down ELOG (2020-July-02)
Major Questions:
- What are the known reasons for the frequency dependence of the loss angle?
- Do we have any prior knowledge about such frequency dependence which we can put in the analysis as prior distribution?
- Is this method just overfitting our measurement data?
Analysis Code |
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