The Social Nature of Individual Self-Identity: Akan and Narrative Conceptions of Personhood

Marya Schechtman has given us reasons to think that there are different questions that compose personal identity. On the one hand, there is the question of reidentification, which concerns what makes a person the same person through different time-slices. On the other hand, there is the question of characterization, which concerns the actions, experiences, beliefs, values, desires, character traits, etc. that we take to be attributable to a person over time. While leaving the former question for another work, Schechtman answers the latter question by proposing what she terms the narrative self-constitution view, whereby Schechtman claims that we account for intuitive features (moral responsibility, survival, compensation, and self-interested concern) of characterization through narratives. Still, merely having a narrative is not enough. In order to live the life of a person, an agent’s narrative must sync with the narrative told about him/her in community. This paper, while in full agreement with Schechtman’s claim regarding narratives and their ability to explain the intuitive features that regard the question of characterization, puts pressure on the latter claim. I argue that a person’s narrative is not merely one that synchs with the narrative told in community, but one that is determined by the person’s community. In focusing on Schechtman’s second claim, I appeal to the Akan conception of personhood, showing that the community sets the parameters of personal identity, and by body politics and conferring social recognition, determines the traits that we take to be attributed to a given person over time

Threshold Relationships among Inflation, Financial Market Development and Growth

This paper tests for and estimates non-dynamic panel threshold relationships among inflation, financial market development and growth, where the relationship changes once a threshold level of inflation is reached. Robust statistical support of a single threshold value of inflation (about 14%) is found for this trivariate relationship. A strong positive relationship between growth and financial market development occurs before the threshold, and a strong negative relationship between growth and inflation occurs after the threshold. When an interaction variable between inflation and financial market development is introduced, the relationship between growth and inflation is significantly negative only before the threshold.thresholds; growth; financial markets; inflation; panel methods

Non-linear Threshold Relationships between Inflation and Nominal Returns: A Time Series Approach to 39 Different Countries

A linear null relationship between nominal returns and inflation is tested against threshold alternatives using quarterly and monthly data for 39 different countries. These threshold alternatives and the linear nulls are then estimated to unover the nature of linear and threshold relationships between nominal returns and inflation.financial market, inflation, linear model

Eos visible imagers

Some of the proposed Earth Observing System (Eos) optical imagers are examined. These imagers include: moderate resolution imaging spectrometer (MODIS); geoscience laser ranging system (GLRS); high resolution imaging spectrometer (HIRIS); the intermediate thermal infrared spectrometer (ITIR); multi-angle imaging spectrometer (MISR); earth observing scanning polarimeter (EOSP); and the lightening imaging sensor (LIS)

Visible and infrared imaging radiometers for ocean observations

The current status of visible and infrared sensors designed for the remote monitoring of the oceans is reviewed. Emphasis is placed on multichannel scanning radiometers that are either operational or under development. Present design practices and parameter constraints are discussed. Airborne sensor systems examined include the ocean color scanner and the ocean temperature scanner. The costal zone color scanner and advanced very high resolution radiometer are reviewed with emphasis on design specifications. Recent technological advances and their impact on sensor design are examined

Index for aerodynamic data from the Bumblebee program

The Bumblebee program, was designed to provide a supersonic guided missile. The aerodynamics program included a fundamental research effort in supersonic aerodynamics as well as a design task in developing both test vehicles and prototypes of tactical missiles. An index of aerodynamic missile data developed in this program is presented

Bumblebee program, aerodynamic data. Part 2: Flow fields at Mach number 2.0

Available flow field data which can be used in validating theoretical procedures for computing flow fields around supersonic missiles are presented. Tabulated test data are given which define the flow field around a conical-nosed cylindrical body in a crossflow plane corresponding to a likely tail location. The data were obtained at a Mach number of 2.0 for an angle of attack of 0 to 23 degrees. The data define the flow field for cases both with and without a forward wing present

Bumblebee program. Aerodynamic data. Part 1: Supersonic flow field, pressure field, and panel load data for validation of computational methods

The parts of an aerodynamics research project of the Bumblebee Program, called Generalized Missile study, is described. The source related, and potential applications are discussed

Bumblebee program: Aerodynamic data. Part 3: Pressure fields at Mach numbers 1.5 and 2.0

A large amount of fundamental aerodynamic missile data, which were stored for a number of years at the Applied Physics Laboratory, are reported. Data that supplements the M = 2.0 flow field data are provided. The Mach number effect by means of pressure fields only, at M = 1.5 and 2.0, and at angles of attack up to 23 deg at a mid-body station where a wing might be located is described