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Update HM NR Comparisons authored by Andrew Matas's avatar Andrew Matas
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HM-NR-Comparisons.md
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......@@ -2,6 +2,7 @@ Comparisons with SXS simulations
## SXS:BHNS:0001
**Parameters**
```
m1=8.4
m2=1.4
......@@ -9,19 +10,21 @@ chi1=0
lambda2=526
```
**LAL model vs Fourier transform of NR data**
**Fig 1: LAL model vs Fourier transform of NR data**
![iTerm2.1MmPFV.SXS_BHNS_0001](uploads/b4f6b1019023c7d7cbf3d6958a6ef5fd/iTerm2.1MmPFV.SXS_BHNS_0001.png)
**Amplitude vs time for NR data**
**Fig 2: Amplitude vs time for NR data**
**omega(t) for NR data, and rescaled NR 22 mode omega(t)**
**Fig 3: omega(t) for NR data, and rescaled NR 22 mode omega(t)**
## SXS:BHNS:0002
**Parameters**
```
m1=2.8
m2=1.4
......@@ -30,17 +33,20 @@ lambda2=791
```
**LAL model vs Fourier transform of NR data**
**Fig 1: LAL model vs Fourier transform of NR data**
![iTerm2.mobUai.SXS_BHNS_0002](uploads/fefdffbf1fd30d3c9e18e21c0da94d8c/iTerm2.mobUai.SXS_BHNS_0002.png)
**Amplitude vs time for NR data**
**Fig 2: Amplitude vs time for NR data**
**omega(t) for NR data, and rescaled NR 22 mode omega(t)**
**Fig 3: omega(t) for NR data, and rescaled NR 22 mode omega(t)**
## SXS:BHNS:0003
**Parameters**
```
m1=4.05
m2=1.35
......@@ -48,18 +54,22 @@ chi1=0
lambda2=624
```
**LAL model vs Fourier transform of NR data**
**Fig 1: LAL model vs Fourier transform of NR data**
![iTerm2.OxRkhb.SXS_BHNS_0003](uploads/c85fa751725e35832213a50a2b996a49/iTerm2.OxRkhb.SXS_BHNS_0003.png)
**Amplitude vs time for NR data**
**omega(t) for NR data, and rescaled NR 22 mode omega(t)**
**Fig 2: Amplitude vs time for NR data**
**Fig 3: omega(t) for NR data, and rescaled NR 22 mode omega(t)**
## SXS:BHNS:0004
**Parameters**
```
m1=1.4
m2=1.4
......@@ -67,19 +77,21 @@ chi1=0
lambda2=791
```
**LAL model vs Fourier transform of NR data**
**Fig 1: LAL model vs Fourier transform of NR data**
![iTerm2.d8o0lw.SXS_BHNS_0004](uploads/f8378492ab2a4e186c814fa3a6e3f823/iTerm2.d8o0lw.SXS_BHNS_0004.png)
**Amplitude vs time for NR data**
**Fig 2: Amplitude vs time for NR data**
**omega(t) for NR data, and rescaled NR 22 mode omega(t)**
**Fig 3: omega(t) for NR data, and rescaled NR 22 mode omega(t)**
## SXS:BHNS:0006
**Parameters**
```
m1=2.1
m2=1.4
......@@ -87,6 +99,13 @@ chi1=0
lambda2=791
```
**Fig 1: LAL model vs Fourier transform of NR data**
![iTerm2.S2K7u8.SXS_BHNS_0006](uploads/dbe2c7ce4c9f89136260d8b75a49478c/iTerm2.S2K7u8.SXS_BHNS_0006.png)
![iTerm2.HnoYXI.BHNS-0006_omega](uploads/a0f6c5720dbc285c480d9aa767406ac7/iTerm2.HnoYXI.BHNS-0006_omega.png)
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**Fig 2: Amplitude vs time for NR data**
**Fig 3: omega(t) for NR data, and rescaled NR 22 mode omega(t)**
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