about
Model study of the pressure build-up during subcutaneous injectionLong-range ordered vorticity patterns in living tissue induced by cell division.Measure of Node Similarity in Multilayer Networks.Competition on the rocks: community growth and tessellation.Emergent user behavior on Twitter modelled by a stochastic differential equationCharacterization of phase transitions in a model ecosystem of sessile species.Modular networks of word correlations on Twitter.Excitable human dynamics driven by extrinsic events in massive communities.Scaling properties of European research units.Dynamics of cancerous tissue correlates with invasiveness.The Dynamics of Initiative in Communication Networks.Correlations between human mobility and social interaction reveal general activity patterns.Critical Influence of Cosolutes and Surfaces on the Assembly of Serpin-Derived Amyloid Fibrils.Organizational structure and communication networks in a university environment.Finite-element lattice Boltzmann simulations of contact line dynamics.Intermittent dislocation density fluctuations in crystal plasticity from a phase-field crystal model.Ecosystems with mutually exclusive interactions self-organize to a state of high diversity.Thermodynamic formalism of the harmonic measure of diffusion limited aggregates: phase transition.Analytical approach to continuous and intermittent bottleneck flows.Branching instabilities in rapid fracture: dynamics and geometry.Scaling exponent of the maximum growth probability in diffusion-limited aggregation.Labyrinthine clustering in a spatial rock-paper-scissors ecosystem.Statistics of fracture surfacesPhone-based metric as a predictor for basic personality traitsElectrohydrodynamic channeling effects in narrow fractures and poresCritical Evolution of Damage Toward System-Size Failure in Crystalline RockEvaluation of the finite element lattice Boltzmann method for binary fluid flowsSelf-similar distributions of fluid velocity and stress heterogeneity in a dissolving porous limestoneDivision Induced Dynamics in Non-Invasive and Invasive Breast CancerScale selection in columnar jointing: Insights from experiments on cooling stearic acid and numerical simulationsDetailed analysis of the lattice Boltzmann method on unstructured gridsRotation-limited growth of three-dimensional body-centered-cubic crystalsSimulating anomalous dispersion in porous media using the unstructured lattice Boltzmann methodStatistics of co-occurring keywords in confined text messages on TwitterRotation-induced grain growth and stagnation in phase-field crystal modelsCommunication Dynamics in Finite Capacity Social NetworksCompaction of porous rock by dissolution on discrete stylolites: A one-dimensional modelFormation of Martian araneiforms by gas-driven erosion of granular materialClonal selection prevents tragedy of the commons when neighbors compete in a rock-paper-scissors gameMultiple Roles of Heparin in the Aggregation of p25α
P50
Q28541899-8A22A01A-BD93-469F-B26B-DF7A35B1765BQ30608745-B3C2FA4A-6530-434E-BD44-C551D82E8EF0Q33449176-0797CC1B-9ABD-4960-9ACA-3EF20F5315EFQ33716999-2F52150A-B5A2-4A69-81DE-21ED2C207CA1Q35625461-88B18168-E3A1-4949-8FA0-1293290212E3Q36348770-AA6B8D14-4CE2-47EB-B14D-1E3AE2D2FE11Q36382570-E64D0566-44BD-4E21-8955-EFAC2755D6E9Q37256005-0117EB89-968B-46C9-B1B5-150329600B1FQ37271240-F5363164-4414-4DAE-A3F4-A91518B6E15DQ37682180-7B248C3C-4FAB-40CE-8756-2D84D0E048FAQ38874612-5E66F31B-204F-408F-876D-3E5405CB2148Q45418757-3F4E3426-ED0E-4A94-B6B1-BAD9BDEC78F1Q46323407-2544EC39-8A2A-4BEF-B88F-EF4C4181D934Q46364494-26C6EDF7-A609-4B44-B563-4F8B1AAEDA23Q49966501-FF99CDF3-AC17-4BA6-AE77-5BA52EBFB1B4Q50282935-43A813DF-E91E-4EC2-A163-809824B1840FQ51579170-0E60D845-1368-48CA-A3E5-1B14034CE6C3Q51642353-1AD8CC08-D074-4909-BF4F-3E99022FE04EQ51927142-E56CA3BC-8644-41F9-B313-813105C951FAQ51967195-94C9C10F-B3A4-44D7-8385-E15455DE0542Q52015002-0AB2022A-4DC4-4354-8D57-3ACD4E292153Q54311102-E0DEE227-9244-462A-B541-28CA10D65181Q54919462-3B901EA7-1087-4E3A-BF41-F27742C07A43Q55156741-5A2B4AC0-8DBD-45C6-B89F-E04F4D2F0F9CQ55156742-EB507833-7886-4CF3-AE16-F9E0F04B0E8BQ55156753-11D66BDE-7B23-4DA9-99A6-C2277EB87C11Q55156788-DD4D40D4-B427-49C3-9DD2-3BB552E1DB60Q55156792-01F8885C-9318-4D61-8958-CF45141B6B3CQ55156793-598F0EA4-4794-42F4-BFF3-97083B55CED9Q55156797-D17FC318-F93A-4799-930B-CD401BBB0B28Q55156799-E9997669-44BB-4FDD-AEA7-57566E41E39FQ55156802-9E6159DD-7BC8-4C23-A769-54225C8CEA6EQ55156804-94053ACB-A9DA-46D2-AF50-2875BB1BDF8AQ55156817-5CAFB992-67ED-4EC3-AED6-17ECA56AB493Q55156855-C2C4CA83-1922-4D47-93AB-39D12ED30584Q55156858-8055073A-3D02-4D6D-8159-5D81089B1745Q55156860-15644B17-91A9-468B-804D-D2F921D6F1F6Q55156862-FD082FE6-B5B1-443A-8175-116542DF0AEEQ55156864-6CE2C0D8-FACF-456C-AE18-93B3E08C7298Q55156865-22884EEE-BCCB-4298-BBA0-07A32CF9E2EA
P50
description
hulumtues
@sq
researcher
@en
wetenschapper
@nl
հետազոտող
@hy
name
Joachim Mathiesen
@ast
Joachim Mathiesen
@en
Joachim Mathiesen
@es
Joachim Mathiesen
@nl
Joachim Mathiesen
@sl
type
label
Joachim Mathiesen
@ast
Joachim Mathiesen
@en
Joachim Mathiesen
@es
Joachim Mathiesen
@nl
Joachim Mathiesen
@sl
prefLabel
Joachim Mathiesen
@ast
Joachim Mathiesen
@en
Joachim Mathiesen
@es
Joachim Mathiesen
@nl
Joachim Mathiesen
@sl
P106
P1153
7004637051
P21
P31
P496
0000-0002-5621-5487