Cell-stopping numbers

Samuelson ' S Fallacy of Large Numbers and Optional Stopping

Accepting a sequence of independent positive mean bets that are individually unacceptable is what Samuelson called a fallacy of large numbers. Recently, utility functions were characterized where this occurs rationally, and examples were given of utility functions where any finite number of good bets should never be accepted.1 Here the author shows how things change if you are allowed the optio...

Non Stopping times and Stopping Theorems

Given a random time, we give some characterizations of the set of martingales for which the stopping theorems still hold. We also investigate how the stopping theorems are modified when we consider arbitrary random times. To this end, we introduce some families of martingales with remarkable properties. DOI: https://doi.org/10.1016/j.spa.2006.06.005 Posted at the Zurich Open Repository and Arch...

Increased Dendritic Cell Numbers Impair

Cell Biology by the Numbers

the classroom and the laboratory. Reflecting the changing nature of the field, the appendices have been updated with input from students and professors, ensuring that they reflect current knowledge. Overall, Janeway’s Immunobiology remains the standard-bearer for introductory immunology textbooks. It continues its predecessors’ broad coverage of the subject and contains updated figures and appe...

Gas Flow Calculations and Measurements for a Gas Stopping Cell

Along with several other nuclear physics laboratories around the world, the NSCL has undertaken the challenge of stopping a radioactive ion beam in order to make low-energy beams for experiments that require nearly thermal beam energies (precision mass measurements, laser spectroscopy, etc.). As part of the LEBIT (Low Energy Beam and Ion Trapping) Project at the NSCL, a gas stopping station is ...