all bookmarksbookmarks of Prof. Paolo De Los Rios astro-phcond-mathepmathnuclphyscsbiofinall categories
listcloud
Filter
show all
- Entropy 3
- Polymers 3
- Horizon 2
- Black hole 2
- Random graph 1
- Protein 1
- Diffusion coefficient 1
- Commutant 1
- Graph 1
- Eigenvalue 1
- Random walk 1
- Markov process 1
- Critical exponent 1
- Bekenstein-Hawking entropy 1
- Intensity 1
- Path length 1
- AdS/CFT correspondence 1
- Viscosity 1
- Bose-Einstein statistics 1
- Colloid 1
- Monte Carlo method 1
- Networks 1
- Principle of maximum entropy 1
- Greedy algorithm 1
no labels
create new
close
- 22 Feb 2012
Specify precise meaning of concepts
Ambiguous concepts are now specially marked when you bookmark or annotate papers. Click on them to specify the meaning more precisely
- 22 Feb 2012
Bookmark collection sharing
Share any set of bookmarks with anyone by using a "share collection" link on the bookmarks page. Even private bookmarks can be shared
- 11 Dec 2011
Private bookmarks, offline work and more
Make your bookmarks private or share it with selected users
Save your collection to disk and work offline
- 11 Dec 2011
Bookmarks for non-arXiv papers
Add bookmarks from INSPIRE (using texkey like Weinberg:1967tq)
- all news »
Viscosity and Diffusion: Crowding and Salt Effects in Protein Solutions
Marco Heinen,
Fabio Zanini,
Felix Roosen-Runge,
Diana Fedunová,
Fajun Zhang,
Marcus Hennig,
Tilo Seydel,
Ralf Schweins,
Michael Sztucki,
Marián Antalík,
Frank Schreiber,
Gerhard Nägele collapse ↑ Subjects:
Soft Condensed Matter
Searching for Nodes in Random Graphs
Subjects:
Statistical Mechanics,
Networking and Internet Architecture,
Physics and Society
Black Hole Entropy, Loop Gravity, and Polymer Physics
Subjects:
General Relativity and Quantum Cosmology,
High Energy Physics - Theory
On the Origin of Gravity and the Laws of Newton
Subjects:
High Energy Physics - Theory
Geometrical Properties of Two-Dimensional Interacting Self-Avoiding
Walks at the Theta-Point
Subjects:
Soft Condensed Matter,
High Energy Physics - Lattice
The maximum relative entropy principle
Subjects:
Disordered Systems and Neural Networks,
Statistical Mechanics