Paul Callahan
He expanded David Buckingham's Herschel conduit mechanisms, building the first known stable glider reflectors. He also carried out computer searches to find some of the smallest patterns exhibiting infinite growth, including the smallest possible one cell thick infinite growth pattern.
| Paul Callahan | |
| Born | Unknown |
|---|---|
| Residence | United States |
| Nationality | Unknown |
| Institutions | Unknown |
| Alma mater | Johns Hopkins University |
Paul Callahan is a Life enthusiast.
Patterns found by Paul Callahan
4
L
gollark: Difficult things MUST be good!
gollark: Coming soon to Intel processors™.
gollark: New x86 instruction: `SFNFW7L - Search For Nearby Fabs With 7nm Lithography`.
gollark: *Does* it block you from doing so? You have free time, no?
gollark: You can, you see, learn things without going through formal education.
References
- "Life Credits". Mark D. Niemiec. Retrieved on June 12, 2009.
External links
- Life page of Paul Callahan
- Paul Callahan at the Mathematics Genealogy Project
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