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Shlesinger

Person
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HOUSE_OVERSIGHT_013748.jpg

This document is page 248 of a scientific paper or book chapter, bearing a House Oversight Bates stamp. It discusses theoretical biology, specifically the application of 'random walk theory' versus 'determinism' in neurosciences and dynamical systems. It cites various researchers (Mandell, Selz, Shlesinger, etc.) and argues that distinguishing between randomness and determinism may be unproductive given the maturity of random walk models.

Academic/scientific paper (page from)
2025-11-19
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HOUSE_OVERSIGHT_013710.jpg

This document is page 210 of a scientific manuscript or paper, marked with a House Oversight Bates stamp (013710). The text discusses advanced statistical concepts, specifically finite variance, Hurst exponents, Levy exponents, and power laws in the context of signal processing or neuroscience (referencing bursting neurons). It contains citations to scientific literature ranging from 1988 to 1998.

Scientific manuscript / academic paper page
2025-11-19
Analysis Source

HOUSE_OVERSIGHT_013709.jpg

This document appears to be page 209 of a scientific paper or technical report included in a House Oversight Committee file (Bates stamp HOUSE_OVERSIGHT_013709). The text discusses statistical analysis methods for biological signals, specifically focusing on Hurst exponents, Fano factors, Allen factors, and Levy exponents in the context of neuron discharges, heartbeats, and DNA sequences. While extracted from a larger cache likely related to an investigation, this specific page contains purely academic references and mathematical theory regarding stochastic analysis and probability distributions.

Scientific paper / technical report page
2025-11-19
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