Table 4.
Open in new tab

The BAO fit obtained using varying number of redshift bins: four, three, and only two bins. The results from MLE, PL and MCMC are shown.

Bins 1–4Bins 2–4Bins 3 and 4
|$\langle {\bar{\alpha }} \rangle \pm {\rm std}({\bar{\alpha }})$|Fraction |${\bar{\alpha }} \pm \sigma _\alpha$| in [0.8,1.2]〈σα〉 |$/\mathrm{std}(\bar{\alpha })$||$\langle {\bar{\alpha }} \rangle \pm {\rm std}({\bar{\alpha }})$|Fraction |${\bar{\alpha }} \pm \sigma _\alpha$| in [0.8,1.2]〈σα〉|$\langle {\bar{\alpha }} \rangle \pm {\rm std}({\bar{\alpha }})$||$/ \mathrm{std}(\bar{\alpha })$|Fraction |${\bar{\alpha }} \pm \sigma _\alpha$| in [0.8,1.2]〈σα〉 |$/ \mathrm{std}(\bar{\alpha })$|
MLE1.001 ± 0.0520.911.021.001 ± 0.0530.871.060.998 ± 0.0580.791.11
PL1.004 ± 0.0490.991.271.005 ± 0.0510.991.321.003 ± 0.0520.991.51
MCMC1.007 ± 0.0490.841.171.006 ± 0.0510.751.221.004 ± 0.0540.631.41
Bins 1–4Bins 2–4Bins 3 and 4
|$\langle {\bar{\alpha }} \rangle \pm {\rm std}({\bar{\alpha }})$|Fraction |${\bar{\alpha }} \pm \sigma _\alpha$| in [0.8,1.2]〈σα〉 |$/\mathrm{std}(\bar{\alpha })$||$\langle {\bar{\alpha }} \rangle \pm {\rm std}({\bar{\alpha }})$|Fraction |${\bar{\alpha }} \pm \sigma _\alpha$| in [0.8,1.2]〈σα〉|$\langle {\bar{\alpha }} \rangle \pm {\rm std}({\bar{\alpha }})$||$/ \mathrm{std}(\bar{\alpha })$|Fraction |${\bar{\alpha }} \pm \sigma _\alpha$| in [0.8,1.2]〈σα〉 |$/ \mathrm{std}(\bar{\alpha })$|
MLE1.001 ± 0.0520.911.021.001 ± 0.0530.871.060.998 ± 0.0580.791.11
PL1.004 ± 0.0490.991.271.005 ± 0.0510.991.321.003 ± 0.0520.991.51
MCMC1.007 ± 0.0490.841.171.006 ± 0.0510.751.221.004 ± 0.0540.631.41
Table 4.
Open in new tab

The BAO fit obtained using varying number of redshift bins: four, three, and only two bins. The results from MLE, PL and MCMC are shown.

Bins 1–4Bins 2–4Bins 3 and 4
|$\langle {\bar{\alpha }} \rangle \pm {\rm std}({\bar{\alpha }})$|Fraction |${\bar{\alpha }} \pm \sigma _\alpha$| in [0.8,1.2]〈σα〉 |$/\mathrm{std}(\bar{\alpha })$||$\langle {\bar{\alpha }} \rangle \pm {\rm std}({\bar{\alpha }})$|Fraction |${\bar{\alpha }} \pm \sigma _\alpha$| in [0.8,1.2]〈σα〉|$\langle {\bar{\alpha }} \rangle \pm {\rm std}({\bar{\alpha }})$||$/ \mathrm{std}(\bar{\alpha })$|Fraction |${\bar{\alpha }} \pm \sigma _\alpha$| in [0.8,1.2]〈σα〉 |$/ \mathrm{std}(\bar{\alpha })$|
MLE1.001 ± 0.0520.911.021.001 ± 0.0530.871.060.998 ± 0.0580.791.11
PL1.004 ± 0.0490.991.271.005 ± 0.0510.991.321.003 ± 0.0520.991.51
MCMC1.007 ± 0.0490.841.171.006 ± 0.0510.751.221.004 ± 0.0540.631.41
Bins 1–4Bins 2–4Bins 3 and 4
|$\langle {\bar{\alpha }} \rangle \pm {\rm std}({\bar{\alpha }})$|Fraction |${\bar{\alpha }} \pm \sigma _\alpha$| in [0.8,1.2]〈σα〉 |$/\mathrm{std}(\bar{\alpha })$||$\langle {\bar{\alpha }} \rangle \pm {\rm std}({\bar{\alpha }})$|Fraction |${\bar{\alpha }} \pm \sigma _\alpha$| in [0.8,1.2]〈σα〉|$\langle {\bar{\alpha }} \rangle \pm {\rm std}({\bar{\alpha }})$||$/ \mathrm{std}(\bar{\alpha })$|Fraction |${\bar{\alpha }} \pm \sigma _\alpha$| in [0.8,1.2]〈σα〉 |$/ \mathrm{std}(\bar{\alpha })$|
MLE1.001 ± 0.0520.911.021.001 ± 0.0530.871.060.998 ± 0.0580.791.11
PL1.004 ± 0.0490.991.271.005 ± 0.0510.991.321.003 ± 0.0520.991.51
MCMC1.007 ± 0.0490.841.171.006 ± 0.0510.751.221.004 ± 0.0540.631.41
Close
This Feature Is Available To Subscribers Only

Sign In or Create an Account

Close

This PDF is available to Subscribers Only

View Article Abstract & Purchase Options

For full access to this pdf, sign in to an existing account, or purchase an annual subscription.

Close