250 citations · 1.7k across the 96 of their papers we have counts for
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Entangled symmetries explain without QCD dynamics CP violation in neutral B to Kpi decays; not in charged B decays Unexpected isospin relations in charged and neutral decays,
Harry J. Lipkin
Simple flavor symmetry argument without QCD dynamics shows why CP violation observed in neutral to decays is absent in charged B decays where tree diagram final state has…
Heavy Baryons and Exotics Spectrum
Marek Karliner, Harry J. Lipkin, Nils A. Tornqvist
We discuss several highly accurate theoretical predictions for masses of baryons containing the b quark which have been recently confirmed by experimental data. Several predictions…
New Analysis of data with Pauli blocking CP violation in decays, not in SU(3) use of data invalid for
Harry J. Lipkin
New data analysis with Pauli blocking explains observation of CP violation in decays, absence in decays and gives new predictions agree…
Pauli blocking and entanglement solve puzzle. CP violation in ; not in decays
Harry J. Lipkin
New data analysis with Pauli blocking and entanglement explains CP violation in decays, absence in decays and predicts unexpected contr…
New data explain absence of CP violation Tree-penguin interference canceled by Pauli effects
Harry J. Lipkin
Observation of CP violation in decays and its absence in decays are explained in new improved data analysis of more precise data. Su…
Isospin Violation in X(3872): Explanation From a New Tetraquark Model
Marek Karliner, Harry J. Lipkin
New data for X(3872) production in B decays provide a separation between X production and decay, sharpen several experimental puzzles and impose serious constraints on all models.…
Why do neutrinos with different masses interfere and oscillate? Why are states with different masses but same energy coherent? Overcoming barrier between particle & condensed matter physics
Harry J. Lipkin
Neutrino oscillations occur only if it is impossible to determine mass by using conservation laws on measurements of nucleon-lepton system absorbing . No oscillations if …
About a Possible Nonstrange Cousin of the Theta+ Pentaquark
Marek Karliner, Harry J. Lipkin
We discuss the implications of the suggested interpretation of the recently reported narrow pi N resonance (width \approx 25 MeV at 1680 MeV) as a pentaquark in the same multiplet…
Simple quantum mechanics explains GSI Darmstadt oscillations Even with undetected neutrino; Momentum conservation requires Same interference producing oscillations in initial and final states
Harry J. Lipkin
GSI experiment studying oscillations in K-capture decay of radioactive ion investigates neutrino masses and mixing without detecting neutrino. Even when neutrino is not detected qu…
Theoretical Analysis Supports Darmstadt Oscillations Crucial Roles of Wave Function Collapse and Dicke Superradiance
Harry J. Lipkin
Darmstadt oscillations in decay of radioactive ion can only come from initial state wave function. Causality forbids any influence on transition probability by detection of …
Theory of neutrino oscillations using condensed matter physics Including production process and energy-time uncertainty
Harry J. Lipkin
Neutrino scillations cannot arise from an initial isolated one particle state if four-momentum is conserved. The transition matrix element is generally squared and summed over all…
Difficulties in using the sharp neutrino spectrum at short times
Harry J. Lipkin
Final states produced by a decay have a much broader energy spectrum than the natural line width at times much shorter than the decay lifetime. This tends to render impossible the…
The GSI method for studying neutrino mass differences - For Pedestrians
Harry J. Lipkin
A new experiment studying the behavior of a radioactive ion before its weak decay by K-capture suggests that neutrino masses and mixing can be investigated without detecting the ne…
The Quark Model and Baryons
Marek Karliner, Boaz Keren-Zur, Harry J. Lipkin +1
The recent observation at the Tevatron of ( and ) baryons within 2 MeV of the predicted splitting and of baryons at the Tevatron w…
Methods and Models for Hadron Physics
C. Davies, S. Faccini, H. Lipkin +18
A round table held during the Hadron07 Conference focusing on experimental observations of new hadronic states, on theoretical perspectives for their description, and on the role o…
Possibility of Exotic States in the Upsilon system
Marek Karliner, Harry J. Lipkin
Recent data from Belle show unusually large partial widths Upsilon(5S) --> Upsilon(1S) pi^+pi^- and Υ(5S) --> Υ(2S) pi^+ pi^-. The Z(4430) narrow resonance also reported by Belle i…
New method for studying neutrino mixing and mass differences
Harry J. Lipkin
Neutrino masses and mixing can be investigated by studying the behavior of a radioactive bare nucleus which decays by emitting an electron into the open atomic K shell BEFORE and D…
Possibility of Narrow High-Mass Exotic States
Marek Karliner, Harry J. Lipkin
Narrow high-mass states can arise despite large phase space when two nearly degenerate states are coupled to the same dominant decay mode. Mixing via a final-state interaction loop…
Predictions for masses of bottom baryons
Marek Karliner, Boaz Keren-Zur, Harry J. Lipkin +1
The recent observation of Sigma_b^{+-} (uub and ddb) and Xi_b^- (dsb) baryons at the Tevatron within 2 MeV of our theoretical predictions provides a strong motivation for applying…
Predictions for masses of Xi_b baryons
Marek Karliner, Boaz Keren-Zur, Harry J. Lipkin +1
The recent observation by CDF of Sigma_b^{+-} (uub and ddb) baryons within 2 MeV of the predicted Sigma_b - Lambda_b splitting has provided strong confirmation for the theoretical…
New systematics in charmless strange decays
Harry J. Lipkin
Latest data on charmless strange vector-pseudoscalar decays now including confirm a simple penguin model in which the gluon in an initial st…
Exotic Hadrons in the Constituent Quark Model
Harry J. Lipkin
Exotic hadrons are important because their existence or absence can provide important clues to understanding how QCD makes hadrons from quarks and gluons. The first experimentally…
From Sakata Model to Goldberg-Ne'eman Quarks and Nambu QCD Phenomenology and "Right" and "Wrong" experiments
Harry J. Lipkin
The basic theoretical milestones were the Sakata SU(3) symmetry, the Goldberg-Ne'eman composite model with SU(3) triplets having baryon number (1/3) and the Nambu color gauge Lagra…
The New Sigma_b multiplet, heavy baryon mass predictions, meson-baryon universality and magnetic moments of Lambda_c and Lambda_b
Marek Karliner, Harry J. Lipkin
The recent measurement by CDF M(Sigma_b)-M(Lambda_b)=192 MeV is in striking agreement with our theoretical prediction M(Sigma_b)-M(Lambda_b) = 194 MeV. In addition, the measured sp…