|
1,848 |
EKR-Module Property
Venkata Pantangi |
|
1,844 |
Kac goes to work: Stochastic processes as probes of the architecture of...
David Schneider |
|
1,841 |
Knotted Objects Confined to Tubes in the Simple Cubic Lattice
Puttipong Pongtanapaisan |
|
1,839 |
An Algebraic Approach on Fusions of Synchronization Models
Hansol Park |
|
1,836 |
Models for immune system interaction and evolution
Jane Heffernan |
|
1,831 |
Modelling future biomedical interventions in the COVID-19 epidemic
Simon de Montigny |
|
1,831 |
Large orbit closures of translation surfaces are strata or loci of...
Paul Apisa |
|
1,831 |
Large orbit closures of translation surfaces are strata or loci of...
Alex Wright |
|
1,831 |
How Round is a Jordan Curve?
Steffen Rohde |
|
1,829 |
Not all interventions are equal for the height of the second peak
Joost Jorritsma |
|
1,829 |
Reconsidering the History of Mathematics in India
Clemency Montelle |
|
1,828 |
Divided Power Algebras
Sacha Ikonicoff |
|
1,825 |
Calibration of time varying contact compartmental models of SARS-COVID-...
Mark Lowerison |
|
1,823 |
The timing and nature of behavioral responses affect the course of an...
Rebecca Tyson |
|
1,819 |
Flattening the curve and the effect of atypical events on mitigation...
Mario Santana-Cibrian |
|
1,817 |
Finite sample rates for optimal transport estimation problems
Jan-Christian Hütter |
|
1,813 |
Statistical Network Models for Integrating Functional Connectivity with...
James D. Wilson |
|
1,810 |
From Computer Graphics to Computational Biology
Francois Faure |
|
1,809 |
Stochastic Organization in the Mitotic Spindle
Christopher Miles |
|
1,808 |
$A^1$ enumerative geometry: counts of rational curves in $P^2$ - 1 of 2
Kirsten Wikelgren |
|
1,804 |
The Cost of 2-Distinguishing Hypercubes
Debra Boutin |
|
1,804 |
Skeleta for Monomial Quiver Relations
Jesse Huang |
|
1,803 |
Adjusted Visibility Metric for Scientific Articles
Tian Zheng |
|
1,798 |
$A^1$ enumerative geometry: counts of rational curves in $P^2$ - 2 of 2
Kirsten Wikelgren |
|
1,798 |
Rotary Molecular Motors Driven By Transmembrane Ionic Currents
Charles S Peskin |
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