This page requires that JavaScript be enabled in your browser.
Learn how »
The Collapse of Viruses: Graph-Based Percolation Theory in the Wolfram Language
Nicholas Brunk, PSM, MS
Graph-based percolation theory may be done in the Wolfram Language, to aid in the understanding of viruses, their disassembly and collapse. After forming predictions in the Wolfram Language, this analysis demonstrates which virus architectures are the most stable (and which the weakest) to random subunit dissociation, also illustrating the extent to which “molecular breadboard” techniques may be used in nanotechnology.
Thanks for your feedback.
Channels: Technology Conference
1311 videos match your search.
|
Gunnar Prieß |
|
John McGee |
|
George Woodrow III |
|
Oleg Marichev & Dan McDonald |
|
Christopher Grattoni |
|
Sebastian Bodenstein & Giorgia Fortuna |
|
Itai Seggev & Devendra Kapadia |
|
Mary Ann Kelso |
|
Ian Johnson |
|
Thomas Carpenter & Daniel Reynolds |
|
Stephen Wolfram |
|
Stephen Wolfram |
|
Jan Poeschko & John Pacey |
|
Anton Antonov |
|
David Ostby & Ed Heinbockel |
|
John Fultz |
|
Etienne Bernard |
|
Rob Raguet-Schofield |
|
Joel Klein |
|
Cliff Hastings and Kelvin Mischo |