Questions to theory from experimentalists point of view:    (AG: my personal input)
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* Which are the cases where predictions exist which have smaller uncertainties than existing measurements
-> improving measurements would improve tests of theory
example: Gamma_semileptonic(D+)/Gamma_semileptonic(D0) (talk Maria Laura) 

* Which are the cases where predictions exist without any direct measurement?
-> first measurement would provide test of this part of theory
example: inclusive B_s -> mu nu X branching fraction (from discussions) 
         decay measurements in b baryon sector? (c baryon sector?) 

* Which existing measurements with uncertainties smaller than theory uncertainties could be used to 
constrain theory, such that further reduction of experimental uncertainties can be helpful? 
example: Bag parameters from charm (see bag parameter discussion session)


What can experiment do for lifetimes?       input kindly collected by Alexander + more from discussion
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* Semi-leptonic inclusive decays of Bs, Lambda_b, D+,D0,Ds-mesons, c-baryons
  (for the latter, e.g. historical "jumps" of Omega_c lifetime to be checked; is Lambda_b/B semileptonic 
   branching fraction ratio close to 1 (~0.9) or not?)  

   -> the best of all worlds: moment analysis

* Flavour-specific asymmetries (final states that distinguish B0(s) and B0(s)bar)

   - semi-leptonic decays as general BSM search   (my addition: how? I.e. what should we measure?)

   - Bs -> Ds pi: to test non-leptonic anomalies  (see talk Alexander)

  Try to measure decay time dependence of asymmetry?

* Delta Gamma_d: to test di muon asymmetry        (see talk Alexander)      
 (my addition: anything we can do beyond making existing B->Jpsi K,K*,phi lifetime measurements 
  more precise?) 

* momentum spectra of non-leptonic semiinclusive final states, e.g. B-> D(*)X, D -> K(*)X, ...

* isospin asymmetries for B->sgamma (e.g. K*+gamma, K*0 gamma)

* B0(s) -> pi+pi-, K^+K^-

* More complicated hadrinoc final states like B_s -> phi rho^0

* double tag e+e- -> bbbar -> right/wrong sign D* pairs (checks b->ccbar s contributions)


Experimental issues:
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* Resolve tensions between existing measurements (see e.g. talk Maria S) 

* Find ways to disentangle detector asymmetries from physics asymnmetries, 
  e.g. by adding decay time dependence (where possible)