Description: This is the General Session VI transcript on the Senior Citizen in 2050 from the January 4-6, 2017 Living to 100 Symposium in Orlando

Description: The effect on mortality of the reduction in smoking and the increase obesity in the U.S. is estimated based on historical and projected patterns.

Description: Transcript of Session 3A from the 2008 Living to 100 Symposium discusses the use of mortality in social insurance systems in the US and Canada.

Description: Transcript of the Q&A period from Session 5A. The paper presented proposes a new method to price the longevity risk premia in order to tackle the pricing obstacle.

Description: Centenarians persons living to age 100 and over represent a population that could be useful in identifying factors leading to long life and avoidance of fatal diseases. This study explores whether people living to 100 and beyond were any different from their peers at their middle age 30 years in terms of their physical characteristics height and body build, occupation and marital status.

Description: These are the discussant comments for the concurrent Session 3A: Mortality Inequality: Impact of Socioeconomic Factors

Description: These are the discussant comments from Session 1A: Data Sources and Analysis from the January 4-6 2017 Living to 100 Symposium in Orlando.

Description: These are the discussant comments for the Concurrent Session 1B: Late Life Mortality Curves from the January 4-6, 2017 Living to 100 Symposium in Orlando.

Description: Estimation of hazard rates at extremely old ages poses serious challenges to researchers: 1 The observed mortality deceleration may be at least partially an artifact of mixing different birth cohorts with different mortality heterogeneity effect 2 Standard assumptions of hazard rate estimates may be invalid when risk of death is extremely high at old ages 3 Ages of very old people may be exaggerated. In this paper we propose an alternative approach, which gives an opportunity to resolve the first two problems by compiling data for more homogeneous single-year birth cohorts with hazard rates measured at narrow monthly age intervals. Possible ways of resolving the third problem of hazard rate estimation were elaborated.

Description: Estimation of hazard rates at extremely old ages poses serious challenges to researchers: 1 The observed mortality deceleration may be at least partially an artifact of mixing different birth cohorts with different mortality heterogeneity effect 2 Standard assumptions of hazard rate estimates may be invalid when risk of death is extremely high at old ages 3 Ages of very old people may be exaggerated. In this paper we propose an alternative approach, which gives an opportunity to resolve the first two problems by compiling data for more homogeneous single-year birth cohorts with hazard rates measured at narrow monthly age intervals. Possible ways of resolving the third problem of hazard rate estimation were elaborated.