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1.99 MB
Extraction Summary
13
People
1
Organizations
0
Locations
0
Events
0
Relationships
2
Quotes
Document Information
Type:
Scientific paper / academic text (page from a larger publication)
File Size:
1.99 MB
Summary
This document is page 208 of a scientific text included in a House Oversight production (stamped HOUSE_OVERSIGHT_013708). The text discusses complex biological dynamics, statistical physics, neurodynamics, and 'power law' analysis, specifically referencing the work of Benoit Mandelbrot. While Jeffrey Epstein is not explicitly named on this page, the content aligns with his known funding and interest in theoretical physics and neuroscience research.
People (13)
| Name | Role | Context |
|---|---|---|
| Stanley | Cited Researcher |
Cited regarding statistical physics (1971)
|
| Stauffer | Cited Researcher |
Cited regarding statistical physics (1985)
|
| Yeomans | Cited Researcher |
Cited regarding statistical physics (1993)
|
| Carpenter | Cited Researcher |
Cited regarding visual tasks and motor cortical neurons (1999)
|
| Singer | Cited Researcher |
Cited regarding monofrequency resonances (1993)
|
| Tennekes | Cited Researcher |
Cited regarding hydrodynamic turbulent velocities (1972)
|
| Lumley | Cited Researcher |
Cited regarding hydrodynamic turbulent velocities (1972)
|
| Benoit Mandelbrot | Mathematician/Researcher |
Credited with bringing power law methods to experimentalists' attention
|
| Montroll | Cited Researcher |
Cited regarding Mandelbrot's work (1974)
|
| Badger | Cited Researcher |
Cited regarding Mandelbrot's work (1974)
|
| Fedor | Cited Researcher |
Cited regarding fractal analysis (1988)
|
| Bassingthwaighte | Cited Researcher |
Cited regarding fractal analysis (1994)
|
| Liebovitch | Cited Researcher |
Cited regarding fractal analysis (1998)
|
Organizations (1)
| Name | Type | Context |
|---|---|---|
| House Oversight Committee |
Document source/production stamp (HOUSE_OVERSIGHT_013708)
|
Key Quotes (2)
"The studies reviewed below exploit measures arising from the view that the noisy statistics of nonstationarity in biological processes are not a sign of measurement error, but rather evidence consonant with the statistical physics of nonequilibrium states and phase transitions"Source
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Quote #1
"These easy, yet powerful methods were brought to experimentalists’ attention by Benoit Mandelbrot"Source
HOUSE_OVERSIGHT_013708.jpg
Quote #2
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