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Description based on: T. 1, no 2, published in 1859. ; Mode of access: Internet. ; Split into: Zapiski Imperatorskoĭ akademīi nauk po Fiziko-matematicheskomu otdi︠e︡lenīi︠u︡. VIIIe série, and: Zapiski Imperatorskoĭ akademīi nauk po Istoriko-filologicheskomu otdi︠e︡lenīi︠u︡. VIIIe série. ; Formed by the union of: Mémoires de l'Académie impériale des sciences de St.-Pétersbourg. VIme série, Sciences mathématiques, physiques et naturelles. Premiére partie, Sciences mathématiques et physiques; Mémoires de l'Académie impériale des sciences de St.-Pétersbourg. VIme série, Sciences mathématiques, physiques et naturelles. Seconde partie, Sciences naturelles; Mémoires de l'Académie impériale des sciences de St.-Pétersbourg. VIme série, Sciences politiques, histoire, philologie; and: Mémoires de l'Académie impériale des sciences de Saint-Pétersbourg par divers savans et lus dans ses assemblées.

The relationship between science and law: expert witnesses in the courtroom -- The influence of scientific criminology and criminalistics -- Technoscience and the technologies of criminal identification -- Scientific detection, scientific aids and forensic science laboratories -- Forensic science careers and self-images -- Forensic science and forensic fiction

AbstractWork has been ongoing, at least since Newton's Principia, to develop a science of life and social phenomena equivalent to the natural sciences such as physics and chemistry. Currently, such a science does not exist. This paper provides the foundation for a science of life and society. The hypothesis of this paper is that the methodologies used to develop the extant natural sciences can be used as a model for developing a natural (hard) life and social science. The natural sciences are typified by identification of fundamental phenomena, measurement of and measurement units for these phenomena and formal equations for the relations among these phenomena. Information is identified as a fundamental phenomenon of life. The natural science methodology is used to develop units of measure for information, and formal equations are developed among behaviours, structural characteristics, available energy and information. This paper shows that information is a measurable universal phenomenon that causes the behaviours of living systems. These developments validate the hypothesis and provide the foundation for natural living systems science. Copyright © 2010 John Wiley & Sons, Ltd.

The 6/16/1946 Case School of Applied Science commencement program was distributed at the convocation ceremony held to honor graduating students. It lists the speakers and participants in the ceremony, student awards, and commissioning of military officers. The presence of a student's name in the commencement program should not be interpreted as an official verification of degree. Nor should the absence of a student's name be considered proof that a student did not graduate. ; University Archives Commencement Collection