HOUSE_OVERSIGHT_016047.jpg
1.17 MB
Extraction Summary
10
People
3
Organizations
0
Locations
1
Events
0
Relationships
3
Quotes
Document Information
Type:
Book excerpt / scientific problem list (evidence document)
File Size:
1.17 MB
Summary
This document appears to be a page from a book or manuscript authored by an individual interested in high-level science, likely Jeffrey Epstein given the context of his scientific patronage. The text outlines a list of unsolved problems in Mathematics and Physics, referencing major awards like the Fields Medal and Nobel Prize. The document bears the Bates stamp 'HOUSE_OVERSIGHT_016047', indicating it was part of a congressional investigation.
People (10)
| Name | Role | Context |
|---|---|---|
| Unidentified Author ('I') | Author |
The person compiling the list of scientific problems, writing a book.
|
| Riemann | Mathematician (Historical) |
Referenced in 'Riemann Hypothesis'
|
| Hilbert | Mathematician (Historical) |
Referenced in 'Hilbert Problems'
|
| Fermat | Mathematician (Historical) |
Referenced in 'Fermat's own original proof'
|
| Goldbach | Mathematician (Historical) |
Referenced in 'Goldbach Conjecture'
|
| Birch and Swinnerton-Dyer | Mathematicians (Historical) |
Referenced in Conjecture name
|
| Hodge | Mathematician (Historical) |
Referenced in Conjecture name
|
| Navier-Stokes | Physicists/Mathematicians (Historical) |
Referenced in Equations name
|
| Poincaré | Mathematician (Historical) |
Referenced in Conjecture name
|
| Yang-Mills | Physicists (Historical) |
Referenced in Theory name
|
Organizations (3)
| Name | Type | Context |
|---|---|---|
| House Oversight Committee |
Implied by the Bates stamp 'HOUSE_OVERSIGHT'
|
|
| Fields Medal |
Mentioned as a prize associated with the Mathematics section
|
|
| Nobel Prize |
Mentioned as a prize associated with the Physics section
|
Timeline (1 events)
Key Quotes (3)
"Here is my list of the problems remaining open in the modern world."Source
HOUSE_OVERSIGHT_016047.jpg
Quote #1
"Do we need quantum gravity to explain human thought?"Source
HOUSE_OVERSIGHT_016047.jpg
Quote #2
"Is quantum computation sufficient to simulate the universe, or is the universe non-computational?"Source
HOUSE_OVERSIGHT_016047.jpg
Quote #3
Full Extracted Text
Complete text extracted from the document (1,734 characters)
We celebrate creativity with many competitions and prizes. I have been a student of problem lists of over the years. Here is my list of the problems remaining open in the modern world. I've tied it in with other lists where relevant, and indicate what you might win if you were to solve one. As I was writing this book, a few of the questions were answered; the Higgs Boson was discovered and the Poincaré Conjecture proven. I will keep the list up to date on the web site.
1. Mathematics Fields Medal
1.1 The Birch and Swinnerton-Dyer Conjecture.C
1.2 Hodge Conjecture C
1.3 Navier-Stokes Equations C
1.4 A proof or disproof of P =NP C
1.5 The Poincaré Conjecture C – Solved
1.6 Riemann Hypothesis h8 C
1.7 Yang-Mills Theory C
1.8 Can we understand and solve all 23 Hilbert Problems h1-23
1.9 Goldbach Conjecture h8
1.10 Is mathematics fundamental to or simply a good model of our Universe? H6
1.11 Is mathematics an emergent property in our Universe or causal? Which is more fundamental?
1.12 Fermat’s own original proof of his theorem!
1.1 The Birch and Swinnerton-Dyer Conjecture.C
1.2 Hodge Conjecture C
1.3 Navier-Stokes Equations C
1.4 A proof or disproof of P =NP C
1.5 The Poincaré Conjecture C – Solved
1.6 Riemann Hypothesis h8 C
1.7 Yang-Mills Theory C
1.8 Can we understand and solve all 23 Hilbert Problems h1-23
1.9 Goldbach Conjecture h8
1.10 Is mathematics fundamental to or simply a good model of our Universe? H6
1.11 Is mathematics an emergent property in our Universe or causal? Which is more fundamental?
1.12 Fermat’s own original proof of his theorem!
2. Physics Nobel Prize for Physics
2.1 Are there many worlds or just one?
2.2 Does quantum collapse have meaning?
2.3 Will we find the Higgs-Boson? (Provisionally yes, 2012)
2.4 Do we need quantum gravity to explain human thought?
2.5 Will we observe gravitational waves, and what is the current explanation for gravitational noise?
2.6 What causes the arrow of time and the asymmetry of physical laws?
2.7 Do the constants of physics change over time?
2.8 Is quantum computation sufficient to simulate the universe, or is the universe non-computational?
2.9 Can magnetic monopoles exist?
2.10 What is meant by quantum non-locality, a.k.a., spooky action at a distance?
2.1 Are there many worlds or just one?
2.2 Does quantum collapse have meaning?
2.3 Will we find the Higgs-Boson? (Provisionally yes, 2012)
2.4 Do we need quantum gravity to explain human thought?
2.5 Will we observe gravitational waves, and what is the current explanation for gravitational noise?
2.6 What causes the arrow of time and the asymmetry of physical laws?
2.7 Do the constants of physics change over time?
2.8 Is quantum computation sufficient to simulate the universe, or is the universe non-computational?
2.9 Can magnetic monopoles exist?
2.10 What is meant by quantum non-locality, a.k.a., spooky action at a distance?
HOUSE_OVERSIGHT_016047
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