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Rescale subleading bvll parameters #283

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Merged
peterstangl merged 8 commits into from
Mar 30, 2026
Merged

Rescale subleading bvll parameters #283

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fdc6e9c
rescale bvll subleading b_i parameters
peterstangl Feb 25, 2026
467c211
rescale bvll subleading a_i parameters
peterstangl Feb 27, 2026
27ff85c
add one more digit to subleading bvll b- parameter
peterstangl Mar 10, 2026
62381e5
address comments about backwards compatibility and ambiguity
peterstangl Mar 30, 2026
8d8da77
slightly modify text in warning
peterstangl Mar 30, 2026
989dac0
clarify behaviour in warning
peterstangl Mar 30, 2026
61811ad
make backwards compatibility shim more efficient
peterstangl Mar 30, 2026
6b7d55d
remove old unused metadata
peterstangl Mar 30, 2026
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6 changes: 3 additions & 3 deletions flavio/data/config.yml
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Expand Up @@ -133,9 +133,9 @@ implementation:
Bs->K*0ll spectator scattering: Bs->K*0ll QCDF interpolated

# B->Vll subleading hadronic effects
B0->K*0ll subleading effects at low q2: B0->K*0ll deltaC7, 7p polynomial
B+->K*+ll subleading effects at low q2: B+->K*+ll deltaC7, 7p polynomial
Bs->phill subleading effects at low q2: Bs->phill deltaC7, 7p polynomial
B0->K*0ll subleading effects at low q2: B0->K*0ll delta_C7, 7p polynomial
B+->K*+ll subleading effects at low q2: B+->K*+ll delta_C7, 7p polynomial
Bs->phill subleading effects at low q2: Bs->phill delta_C7, 7p polynomial
B0->K*0ll subleading effects at high q2: B0->K*0ll deltaC9 shift
B+->K*+ll subleading effects at high q2: B+->K*+ll deltaC9 shift
Bs->phill subleading effects at high q2: Bs->phill deltaC9 shift
Expand Down
91 changes: 48 additions & 43 deletions flavio/data/parameters_correlated.yml
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Expand Up @@ -104,88 +104,93 @@
correlation: 0.99

# Subleading hadronic effects in B->Vll
# New convention (flavio v2.7): delta_C7 = (a + b*q2/mB^2) * mB/(2*mb)
# Rescaling from old (deltaC7 = a + b*q2) convention uses:
# mb(4.8 GeV) = 4.094 GeV, m_B0 = 5.280 GeV, m_B+ = 5.279 GeV, m_Bs = 5.367 GeV
# a params: old * 2*mb/mB (B0/B+: 1.551, Bs: 1.526)
# b params: old * 2*mb*mB (B0/B+: 43.23, Bs: 43.95)
-
values:
- B0->K*0 deltaC7 a_0 Re: 0 ± 0.12
- B+->K*+ deltaC7 a_0 Re: 0 ± 0.12
- Bs->phi deltaC7 a_0 Re: 0 ± 0.12
- B0->K*0 delta_C7 a_0 Re: 0 ± 0.186 # 0.12 * 1.551
- B+->K*+ delta_C7 a_0 Re: 0 ± 0.186 # 0.12 * 1.551
- Bs->phi delta_C7 a_0 Re: 0 ± 0.183 # 0.12 * 1.526
correlation:
[[1, 0.99, 0.9], [1, 0.9], [1]] # B+/B0 correlation is 99%, B0/Bs is 90%
-
values:
- B0->K*0 deltaC7 b_0 Re: 0 ± 0.05
- B+->K*+ deltaC7 b_0 Re: 0 ± 0.05
- Bs->phi deltaC7 b_0 Re: 0 ± 0.05
- B0->K*0 delta_C7 b_0 Re: 0 ± 2.16 # 0.05 * 43.23
- B+->K*+ delta_C7 b_0 Re: 0 ± 2.16 # 0.05 * 43.23
- Bs->phi delta_C7 b_0 Re: 0 ± 2.20 # 0.05 * 43.95
correlation:
[[1, 0.99, 0.9], [1, 0.9], [1]] # B+/B0 correlation is 99%, B0/Bs is 90%
-
values:
- B0->K*0 deltaC7p a_+ Re: 0 ± 0.004
- B+->K*+ deltaC7p a_+ Re: 0 ± 0.004
- Bs->phi deltaC7p a_+ Re: 0 ± 0.004
- B0->K*0 delta_C7p a_+ Re: 0 ± 0.006 # 0.004 * 1.551
- B+->K*+ delta_C7p a_+ Re: 0 ± 0.006 # 0.004 * 1.551
- Bs->phi delta_C7p a_+ Re: 0 ± 0.006 # 0.004 * 1.526
correlation:
[[1, 0.99, 0.9], [1, 0.9], [1]] # B+/B0 correlation is 99%, B0/Bs is 90%
-
values:
- B0->K*0 deltaC7p b_+ Re: 0 ± 0.005
- B+->K*+ deltaC7p b_+ Re: 0 ± 0.005
- Bs->phi deltaC7p b_+ Re: 0 ± 0.005
- B0->K*0 delta_C7p b_+ Re: 0 ± 0.216 # 0.005 * 43.23
- B+->K*+ delta_C7p b_+ Re: 0 ± 0.216 # 0.005 * 43.23
- Bs->phi delta_C7p b_+ Re: 0 ± 0.220 # 0.005 * 43.95
correlation:
[[1, 0.99, 0.9], [1, 0.9], [1]] # B+/B0 correlation is 99%, B0/Bs is 90%
-
values:
- B0->K*0 deltaC7 a_- Re: 0 ± 0.015 # see eq. (26) of arXiv:1503.05534v1
- B+->K*+ deltaC7 a_- Re: 0 ± 0.015
- Bs->phi deltaC7 a_- Re: 0 ± 0.015
values: # see eq. (26) of arXiv:1503.05534v1
- B0->K*0 delta_C7 a_- Re: 0 ± 0.023 # 0.015 * 1.551
- B+->K*+ delta_C7 a_- Re: 0 ± 0.023 # 0.015 * 1.551
- Bs->phi delta_C7 a_- Re: 0 ± 0.023 # 0.015 * 1.526
correlation:
[[1, 0.99, 0.9], [1, 0.9], [1]] # B+/B0 correlation is 99%, B0/Bs is 90%
-
values:
- B0->K*0 deltaC7 b_- Re: 0 ± 0.01 # see eq. (26) of arXiv:1503.05534v1
- B+->K*+ deltaC7 b_- Re: 0 ± 0.01
- Bs->phi deltaC7 b_- Re: 0 ± 0.01
values: # see eq. (26) of arXiv:1503.05534v1
- B0->K*0 delta_C7 b_- Re: 0 ± 0.432 # 0.01 * 43.23
- B+->K*+ delta_C7 b_- Re: 0 ± 0.432 # 0.01 * 43.23
- Bs->phi delta_C7 b_- Re: 0 ± 0.440 # 0.01 * 43.95
correlation:
[[1, 0.99, 0.9], [1, 0.9], [1]] # B+/B0 correlation is 99%, B0/Bs is 90%
-
values:
- B0->K*0 deltaC7 a_0 Im: 0 ± 0.12 # see eq. (26) of arXiv:1503.05534v1
- B+->K*+ deltaC7 a_0 Im: 0 ± 0.12
- Bs->phi deltaC7 a_0 Im: 0 ± 0.12
values: # see eq. (26) of arXiv:1503.05534v1
- B0->K*0 delta_C7 a_0 Im: 0 ± 0.186 # 0.12 * 1.551
- B+->K*+ delta_C7 a_0 Im: 0 ± 0.186 # 0.12 * 1.551
- Bs->phi delta_C7 a_0 Im: 0 ± 0.183 # 0.12 * 1.526
correlation:
[[1, 0.99, 0.9], [1, 0.9], [1]] # B+/B0 correlation is 99%, B0/Bs is 90%
-
values:
- B0->K*0 deltaC7 b_0 Im: 0 ± 0.05 # see eq. (12) of arXiv:1411.3161v4
- B+->K*+ deltaC7 b_0 Im: 0 ± 0.05
- Bs->phi deltaC7 b_0 Im: 0 ± 0.05
values: # see eq. (12) of arXiv:1411.3161v4
- B0->K*0 delta_C7 b_0 Im: 0 ± 2.16 # 0.05 * 43.23
- B+->K*+ delta_C7 b_0 Im: 0 ± 2.16 # 0.05 * 43.23
- Bs->phi delta_C7 b_0 Im: 0 ± 2.20 # 0.05 * 43.95
correlation:
[[1, 0.99, 0.9], [1, 0.9], [1]] # B+/B0 correlation is 99%, B0/Bs is 90%
-
values:
- B0->K*0 deltaC7p a_+ Im: 0 ± 0.004
- B+->K*+ deltaC7p a_+ Im: 0 ± 0.004
- Bs->phi deltaC7p a_+ Im: 0 ± 0.004
- B0->K*0 delta_C7p a_+ Im: 0 ± 0.006 # 0.004 * 1.551
- B+->K*+ delta_C7p a_+ Im: 0 ± 0.006 # 0.004 * 1.551
- Bs->phi delta_C7p a_+ Im: 0 ± 0.006 # 0.004 * 1.526
correlation:
[[1, 0.99, 0.9], [1, 0.9], [1]] # B+/B0 correlation is 99%, B0/Bs is 90%
-
values:
- B0->K*0 deltaC7p b_+ Im: 0 ± 0.005
- B+->K*+ deltaC7p b_+ Im: 0 ± 0.005
- Bs->phi deltaC7p b_+ Im: 0 ± 0.005
- B0->K*0 delta_C7p b_+ Im: 0 ± 0.216 # 0.005 * 43.23
- B+->K*+ delta_C7p b_+ Im: 0 ± 0.216 # 0.005 * 43.23
- Bs->phi delta_C7p b_+ Im: 0 ± 0.220 # 0.005 * 43.95
correlation:
[[1, 0.99, 0.9], [1, 0.9], [1]] # B+/B0 correlation is 99%, B0/Bs is 90%
-
values:
- B0->K*0 deltaC7 a_- Im: 0 ± 0.015 # see eq. (26) of arXiv:1503.05534v1
- B+->K*+ deltaC7 a_- Im: 0 ± 0.015
- Bs->phi deltaC7 a_- Im: 0 ± 0.015
values: # see eq. (26) of arXiv:1503.05534v1
- B0->K*0 delta_C7 a_- Im: 0 ± 0.023 # 0.015 * 1.551
- B+->K*+ delta_C7 a_- Im: 0 ± 0.023 # 0.015 * 1.551
- Bs->phi delta_C7 a_- Im: 0 ± 0.023 # 0.015 * 1.526
correlation:
[[1, 0.99, 0.9], [1, 0.9], [1]] # B+/B0 correlation is 99%, B0/Bs is 90%
-
values:
- B0->K*0 deltaC7 b_- Im: 0 ± 0.01 # see eq. (26) of arXiv:1503.05534v1
- B+->K*+ deltaC7 b_- Im: 0 ± 0.01
- Bs->phi deltaC7 b_- Im: 0 ± 0.01
values: # see eq. (26) of arXiv:1503.05534v1
- B0->K*0 delta_C7 b_- Im: 0 ± 0.432 # 0.01 * 43.23
- B+->K*+ delta_C7 b_- Im: 0 ± 0.432 # 0.01 * 43.23
- Bs->phi delta_C7 b_- Im: 0 ± 0.440 # 0.01 * 43.95
correlation:
[[1, 0.99, 0.9], [1, 0.9], [1]] # B+/B0 correlation is 99%, B0/Bs is 90%
-
Expand Down Expand Up @@ -393,7 +398,7 @@

# Electromagnetic corrections in Kl3 decays
# 1005.2323 table 1 & eq. 18
# Set just the Kmu3 parameters here, as we use
# Set just the Kmu3 parameters here, as we use
# updated Ke3 values (but without correlations)
-
values:
Expand Down
96 changes: 48 additions & 48 deletions flavio/data/parameters_metadata.yml
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Expand Up @@ -312,10 +312,10 @@ a1_perp_phi:
description: First Gegenbauer moment of the transversely polarized $\phi$ LCDA at 1 GeV

# Parameters for subleading hadronic effects in B->Vll
B0->K*0 deltaC7 a_0 Re:
B0->K*0 delta_C7 a_0 Re:
tex: $\text{Re}\,a^{\Delta_7}_0$
description: Parameter for subleading hadronic effects in $B^0\to K^{*0}\ell^+\ell^-$ at low $q^2$
B0->K*0 deltaC7 b_0 Re:
B0->K*0 delta_C7 b_0 Re:
tex: $\text{Re}\,b^{\Delta_7}_0$
description: Parameter for subleading hadronic effects in $B^0\to K^{*0}\ell^+\ell^-$ at low $q^2$
B0->K*0 deltaC9 a_0 Re:
Expand All @@ -324,28 +324,28 @@ B0->K*0 deltaC9 a_0 Re:
B0->K*0 deltaC9 b_0 Re:
tex: $\text{Re}\,b^{\Delta_9}_0$
description: Parameter for subleading hadronic effects in $B^0\to K^{*0}\ell^+\ell^-$ at low $q^2$
B0->K*0 deltaC7 a_+ Re:
B0->K*0 delta_C7 a_+ Re:
tex: $\text{Re}\,a^{\Delta_7}_+$
description: Parameter for subleading hadronic effects in $B^0\to K^{*0}\ell^+\ell^-$ at low $q^2$
B0->K*0 deltaC7 b_+ Re:
B0->K*0 delta_C7 b_+ Re:
tex: $\text{Re}\,b^{\Delta_7}_+$
description: Parameter for subleading hadronic effects in $B^0\to K^{*0}\ell^+\ell^-$ at low $q^2$
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Outdated
B0->K*0 deltaC7p a_+ Re:
B0->K*0 delta_C7p a_+ Re:
tex: $\text{Re}\,a^{\Delta_7^\prime}_+$
description: Parameter for subleading hadronic effects in $B^0\to K^{*0}\ell^+\ell^-$ at low $q^2$
B0->K*0 deltaC7p b_+ Re:
B0->K*0 delta_C7p b_+ Re:
tex: $\text{Re}\,b^{\Delta_7^\prime}_+$
description: Parameter for subleading hadronic effects in $B^0\to K^{*0}\ell^+\ell^-$ at low $q^2$
B0->K*0 deltaC7 a_- Re:
B0->K*0 delta_C7 a_- Re:
tex: $\text{Re}\,a^{\Delta_7}_-$
description: Parameter for subleading hadronic effects in $B^0\to K^{*0}\ell^+\ell^-$ at low $q^2$
B0->K*0 deltaC7 b_- Re:
B0->K*0 delta_C7 b_- Re:
tex: $\text{Re}\,b^{\Delta_7}_-$
description: Parameter for subleading hadronic effects in $B^0\to K^{*0}\ell^+\ell^-$ at low $q^2$
B+->K*+ deltaC7 a_0 Re:
B+->K*+ delta_C7 a_0 Re:
tex: $\text{Re}\,a^{\Delta_7}_0$
description: Parameter for subleading hadronic effects in $B^+\to K^{*+}\ell^+\ell^-$ at low $q^2$
B+->K*+ deltaC7 b_0 Re:
B+->K*+ delta_C7 b_0 Re:
tex: $\text{Re}\,b^{\Delta_7}_0$
description: Parameter for subleading hadronic effects in $B^+\to K^{*+}\ell^+\ell^-$ at low $q^2$
B+->K*+ deltaC9 a_0 Re:
Expand All @@ -354,25 +354,25 @@ B+->K*+ deltaC9 a_0 Re:
B+->K*+ deltaC9 b_0 Re:
tex: $\text{Re}\,b^{\Delta_9}_0$
description: Parameter for subleading hadronic effects in $B^+\to K^{*+}\ell^+\ell^-$ at low $q^2$
B+->K*+ deltaC7 a_+ Re:
B+->K*+ delta_C7 a_+ Re:
tex: $\text{Re}\,a^{\Delta_7}_+$
description: Parameter for subleading hadronic effects in $B^+\to K^{*+}\ell^+\ell^-$ at low $q^2$
B+->K*+ deltaC7 b_+ Re:
B+->K*+ delta_C7 b_+ Re:
tex: $\text{Re}\,b^{\Delta_7}_+$
description: Parameter for subleading hadronic effects in $B^+\to K^{*+}\ell^+\ell^-$ at low $q^2$
B+->K*+ deltaC7p a_+ Re:
B+->K*+ delta_C7p a_+ Re:
tex: $\text{Re}\,a^{\Delta_7^\prime}_+$
description: Parameter for subleading hadronic effects in $B^+\to K^{*+}\ell^+\ell^-$ at low $q^2$
B+->K*+ deltaC7p b_+ Re:
B+->K*+ delta_C7p b_+ Re:
tex: $\text{Re}\,b^{\Delta_7^\prime}_+$
description: Parameter for subleading hadronic effects in $B^+\to K^{*+}\ell^+\ell^-$ at low $q^2$
B+->K*+ deltaC7 a_- Re:
B+->K*+ delta_C7 a_- Re:
tex: $\text{Re}\,a^{\Delta_7}_-$
description: Parameter for subleading hadronic effects in $B^+\to K^{*+}\ell^+\ell^-$ at low $q^2$
B+->K*+ deltaC7 b_- Re:
B+->K*+ delta_C7 b_- Re:
tex: $\text{Re}\,b^{\Delta_7}_-$
description: Parameter for subleading hadronic effects in $B^+\to K^{*+}\ell^+\ell^-$ at low $q^2$
Bs->phi deltaC7 a_0 Re:
Bs->phi delta_C7 a_0 Re:
tex: $\text{Re}\,a^{\Delta_7}_0$
description: Parameter for subleading hadronic effects in $B_s\to \phi\ell^+\ell^-$ at low $q^2$
Bs->phi deltaC9 b_0 Re:
Expand All @@ -381,31 +381,31 @@ Bs->phi deltaC9 b_0 Re:
Bs->phi deltaC9 a_0 Re:
tex: $\text{Re}\,a^{\Delta_9}_0$
description: Parameter for subleading hadronic effects in $B_s\to \phi\ell^+\ell^-$ at low $q^2$
Bs->phi deltaC7 b_0 Re:
Bs->phi delta_C7 b_0 Re:
tex: $\text{Re}\,b^{\Delta_7}_0$
description: Parameter for subleading hadronic effects in $B_s\to \phi\ell^+\ell^-$ at low $q^2$
Bs->phi deltaC7 a_+ Re:
Bs->phi delta_C7 a_+ Re:
tex: $\text{Re}\,a^{\Delta_7}_+$
description: Parameter for subleading hadronic effects in $B_s\to \phi\ell^+\ell^-$ at low $q^2$
Bs->phi deltaC7 b_+ Re:
Bs->phi delta_C7 b_+ Re:
tex: $\text{Re}\,b^{\Delta_7}_+$
description: Parameter for subleading hadronic effects in $B_s\to \phi\ell^+\ell^-$ at low $q^2$
Bs->phi deltaC7p a_+ Re:
Bs->phi delta_C7p a_+ Re:
tex: $\text{Re}\,a^{\Delta_7^\prime}_+$
description: Parameter for subleading hadronic effects in $B_s\to \phi\ell^+\ell^-$ at low $q^2$
Bs->phi deltaC7p b_+ Re:
Bs->phi delta_C7p b_+ Re:
tex: $\text{Re}\,b^{\Delta_7^\prime}_+$
description: Parameter for subleading hadronic effects in $B_s\to \phi\ell^+\ell^-$ at low $q^2$
Bs->phi deltaC7 a_- Re:
Bs->phi delta_C7 a_- Re:
tex: $\text{Re}\,a^{\Delta_7}_-$
description: Parameter for subleading hadronic effects in $B_s\to \phi\ell^+\ell^-$ at low $q^2$
Bs->phi deltaC7 b_- Re:
Bs->phi delta_C7 b_- Re:
tex: $\text{Re}\,b^{\Delta_7}_-$
description:
B0->K*0 deltaC7 a_0 Im:
B0->K*0 delta_C7 a_0 Im:
tex: $\text{Im}\,a^{\Delta_7}_0$
description: Parameter for subleading hadronic effects in $B^0\to K^{*0}\ell^+\ell^-$ at low $q^2$
B0->K*0 deltaC7 b_0 Im:
B0->K*0 delta_C7 b_0 Im:
tex: $\text{Im}\,b^{\Delta_7}_0$
description: Parameter for subleading hadronic effects in $B^0\to K^{*0}\ell^+\ell^-$ at low $q^2$
B0->K*0 deltaC9 a_0 Im:
Expand All @@ -414,28 +414,28 @@ B0->K*0 deltaC9 a_0 Im:
B0->K*0 deltaC9 b_0 Im:
tex: $\text{Im}\,b^{\Delta_9}_0$
description: Parameter for subleading hadronic effects in $B^0\to K^{*0}\ell^+\ell^-$ at low $q^2$
B0->K*0 deltaC7 a_+ Im:
B0->K*0 delta_C7 a_+ Im:
tex: $\text{Im}\,a^{\Delta_7}_+$
description: Parameter for subleading hadronic effects in $B^0\to K^{*0}\ell^+\ell^-$ at low $q^2$
B0->K*0 deltaC7 b_+ Im:
B0->K*0 delta_C7 b_+ Im:
tex: $\text{Im}\,b^{\Delta_7}_+$
description: Parameter for subleading hadronic effects in $B^0\to K^{*0}\ell^+\ell^-$ at low $q^2$
B0->K*0 deltaC7p a_+ Im:
B0->K*0 delta_C7p a_+ Im:
tex: $\text{Im}\,a^{\Delta_7^\prime}_+$
description: Parameter for subleading hadronic effects in $B^0\to K^{*0}\ell^+\ell^-$ at low $q^2$
B0->K*0 deltaC7p b_+ Im:
B0->K*0 delta_C7p b_+ Im:
tex: $\text{Im}\,b^{\Delta_7^\prime}_+$
description: Parameter for subleading hadronic effects in $B^0\to K^{*0}\ell^+\ell^-$ at low $q^2$
B0->K*0 deltaC7 a_- Im:
B0->K*0 delta_C7 a_- Im:
tex: $\text{Im}\,a^{\Delta_7}_-$
description: Parameter for subleading hadronic effects in $B^0\to K^{*0}\ell^+\ell^-$ at low $q^2$
B0->K*0 deltaC7 b_- Im:
B0->K*0 delta_C7 b_- Im:
tex: $\text{Im}\,b^{\Delta_7}_-$
description: Parameter for subleading hadronic effects in $B^0\to K^{*0}\ell^+\ell^-$ at low $q^2$
B+->K*+ deltaC7 a_0 Im:
B+->K*+ delta_C7 a_0 Im:
tex: $\text{Im}\,a^{\Delta_7}_0$
description: Parameter for subleading hadronic effects in $B^+\to K^{*+}\ell^+\ell^-$ at low $q^2$
B+->K*+ deltaC7 b_0 Im:
B+->K*+ delta_C7 b_0 Im:
tex: $\text{Im}\,b^{\Delta_7}_0$
description: Parameter for subleading hadronic effects in $B^+\to K^{*+}\ell^+\ell^-$ at low $q^2$
B+->K*+ deltaC9 a_0 Im:
Expand All @@ -444,28 +444,28 @@ B+->K*+ deltaC9 a_0 Im:
B+->K*+ deltaC9 b_0 Im:
tex: $\text{Im}\,b^{\Delta_9}_0$
description: Parameter for subleading hadronic effects in $B^+\to K^{*+}\ell^+\ell^-$ at low $q^2$
B+->K*+ deltaC7 a_+ Im:
B+->K*+ delta_C7 a_+ Im:
tex: $\text{Im}\,a^{\Delta_7}_+$
description: Parameter for subleading hadronic effects in $B^+\to K^{*+}\ell^+\ell^-$ at low $q^2$
B+->K*+ deltaC7 b_+ Im:
B+->K*+ delta_C7 b_+ Im:
tex: $\text{Im}\,b^{\Delta_7}_+$
description: Parameter for subleading hadronic effects in $B^+\to K^{*+}\ell^+\ell^-$ at low $q^2$
B+->K*+ deltaC7p a_+ Im:
B+->K*+ delta_C7p a_+ Im:
tex: $\text{Im}\,a^{\Delta_7^\prime}_+$
description: Parameter for subleading hadronic effects in $B^+\to K^{*+}\ell^+\ell^-$ at low $q^2$
B+->K*+ deltaC7p b_+ Im:
B+->K*+ delta_C7p b_+ Im:
tex: $\text{Im}\,b^{\Delta_7^\prime}_+$
description: Parameter for subleading hadronic effects in $B^+\to K^{*+}\ell^+\ell^-$ at low $q^2$
B+->K*+ deltaC7 a_- Im:
B+->K*+ delta_C7 a_- Im:
tex: $\text{Im}\,a^{\Delta_7}_-$
description: Parameter for subleading hadronic effects in $B^+\to K^{*+}\ell^+\ell^-$ at low $q^2$
B+->K*+ deltaC7 b_- Im:
B+->K*+ delta_C7 b_- Im:
tex: $\text{Im}\,b^{\Delta_7}_-$
description: Parameter for subleading hadronic effects in $B^+\to K^{*+}\ell^+\ell^-$ at low $q^2$
Bs->phi deltaC7 a_0 Im:
Bs->phi delta_C7 a_0 Im:
tex: $\text{Im}\,a^{\Delta_7}_0$
description: Parameter for subleading hadronic effects in $B_s\to \phi\ell^+\ell^-$ at low $q^2$
Bs->phi deltaC7 b_0 Im:
Bs->phi delta_C7 b_0 Im:
tex: $\text{Im}\,b^{\Delta_7}_0$
description: Parameter for subleading hadronic effects in $B_s\to \phi\ell^+\ell^-$ at low $q^2$
Bs->phi deltaC9 a_0 Im:
Expand All @@ -474,22 +474,22 @@ Bs->phi deltaC9 a_0 Im:
Bs->phi deltaC9 b_0 Im:
tex: $\text{Im}\,b^{\Delta_9}_0$
description: Parameter for subleading hadronic effects in $B_s\to \phi\ell^+\ell^-$ at low $q^2$
Bs->phi deltaC7 a_+ Im:
Bs->phi delta_C7 a_+ Im:
tex: $\text{Im}\,a^{\Delta_7}_+$
description: Parameter for subleading hadronic effects in $B_s\to \phi\ell^+\ell^-$ at low $q^2$
Bs->phi deltaC7 b_+ Im:
Bs->phi delta_C7 b_+ Im:
tex: $\text{Im}\,b^{\Delta_7}_+$
description: Parameter for subleading hadronic effects in $B_s\to \phi\ell^+\ell^-$ at low $q^2$
Bs->phi deltaC7p a_+ Im:
Bs->phi delta_C7p a_+ Im:
tex: $\text{Im}\,a^{\Delta_7^\prime}_+$
description: Parameter for subleading hadronic effects in $B_s\to \phi\ell^+\ell^-$ at low $q^2$
Bs->phi deltaC7p b_+ Im:
Bs->phi delta_C7p b_+ Im:
tex: $\text{Im}\,b^{\Delta_7^\prime}_+$
description: Parameter for subleading hadronic effects in $B_s\to \phi\ell^+\ell^-$ at low $q^2$
Bs->phi deltaC7 a_- Im:
Bs->phi delta_C7 a_- Im:
tex: $\text{Im}\,a^{\Delta_7}_-$
description: Parameter for subleading hadronic effects in $B_s\to \phi\ell^+\ell^-$ at low $q^2$
Bs->phi deltaC7 b_- Im:
Bs->phi delta_C7 b_- Im:
tex: $\text{Im}\,b^{\Delta_7}_-$
description: Parameter for subleading hadronic effects in $B_s\to \phi\ell^+\ell^-$ at low $q^2$
B0->K*0 deltaC9 c_0 Re:
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