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README.md
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@@ -46,17 +46,20 @@ Answer: The goodness of fit, the likelihood ratio test, Bayesian model selection
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Question: What type of coupling in inflationary models can affect the prediction of inflationary parameters?
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Answer: non-minimal coupling to gravity.
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Question: What type of distribution is used to model the probability of non-linear density field?
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Answer: A superposition of a Gaussian and a lognormal distribution.
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Question: Can the shape of central cluster galaxies be used as a predictor of weak-lensing mass bias in individual clusters?
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Answer: Yes, we find that on average, the lensing masses of clusters with the roundest / most elliptical 25% of BCGs are biased ~20% high / low compared to the average.
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Question: What could be the cause of remaining excess power in a signal after foreground mitigation?
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Answer: Residual foreground emission from sources or diffuse emission far away from the phase centre, polarization leakage, chromatic calibration errors, ionosphere, or low-level radio-frequency interference
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```
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Question: What type of coupling in inflationary models can affect the prediction of inflationary parameters?
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Answer: non-minimal coupling to gravity.
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Question: What type of distribution is used to model the probability of non-linear density field?
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Answer: A superposition of a Gaussian and a lognormal distribution.
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Question: Can the shape of central cluster galaxies be used as a predictor of weak-lensing mass bias in individual clusters?
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Answer: Yes, we find that on average, the lensing masses of clusters with the roundest / most elliptical 25% of BCGs are biased ~20% high / low compared to the average.
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Question: What could be the cause of remaining excess power in a signal after foreground mitigation?
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Answer: Residual foreground emission from sources or diffuse emission far away from the phase centre, polarization leakage, chromatic calibration errors, ionosphere, or low-level radio-frequency interference
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Question: What is the precision of photometric redshift estimates for LRGs?
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Answer: 0.02
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Question: What is the form of the scaling relation used to calculate X-ray luminosity?
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Answer: $L_{\rm{X}} \propto \text{A}_{\rm{X}}M_{\text{200c}}^{\text{B}_{\rm{X}}} E(z)^2 (1+z)^{\gamma_{\rm{X}}}$
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```
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