Ever wonder where the bubbles in your beer came from, which way they are going, and why? Have you considered the physical differences among ales, lambics, and lagers? Do you contemplate your pint? Accomplished homebrewer and physicist Mark Denny has crafted a scientifically sound and witty investigation of the physics and chemistry of beer. He recounts and explains the history of and key technological advances in brewing, provides basic instructions for making your own -- including a scientific-yet-accessible account of the changes in appearance during each stage of the process...
Sadowski's book offers a comprehensive model of communication based on deductive formulations of systems theory supported by evolutionary thinking. The systems model generates the following types of communication: direct, or contiguous communication, and indirect communication, involving displaced reference, exemplified by indexical, iconic, and symbolic communication. Indexes are physical changes created by a communicator in the environment (e.g. a shadow, a footprint, or a photograph).
A developed, complete treatment of undergraduate probability and statistics by a very well known author. The approach develops a unified theory presented with clarity and economy. Included many examples and applications. Appropriate for an introductory undergraduate course in probability and statistics for students in engineering, math, the physical sciences, and computer science.(vs. Walpole/Myers, Miller/Freund, Devore, Scheaffer/McClave, Milton/Arnold)
Perception and the Physical World: Psychological and Philosophical Issues in Perception
How can we conceive of the relation between the available sensory input and our perceptual achievement? Does our perceptual system exploit the sensory input in terms of innately determined knowledge of properties of the physical world? How can we use Bayesian principles to provide key insights into the scope and limits of perception?
This comprehensive graduate-level text explores modern methods related to the nuclear shell, particularly in regard to the techniques of spectroscopy. Simplified mathematics and an emphasis on the physical content of the formalism make it a valued resource for experimentalists and theorists as well as students. 1963 edition.
