Peter Nielaba

Affiliations
  • Statistical and Computational Physics, Department of Physics, University of Konstanz, 78464 Konstanz, Germany.

Publications (14)

Group formation and collective motion of colloidal rods with an activity triggered by visual perception.

Physical review. E
Avec: Philipp Stengele , Anton Lüders , Peter Nielaba

Capture and transport of rod-shaped cargo via programmable active particles.

Scientific reports
Avec: Philipp Stengele , Anton Lüders , Peter Nielaba

Scalable high-throughput microfluidic separation of magnetic microparticles.

Device
Avec: Hongri Gu , Yonglin Chen , Anton Lüders , Thibaud Bertrand , Emre Hanedan , Peter Nielaba , Clemens Bechinger , Bradley J Nelson

Diffusion coefficients of linear trimer particles.

The Journal of chemical physics
Avec: Anton Lüders , Bastian Heß , Peter Nielaba

Dynamic ordering of driven spherocylinders in a nonequilibrium suspension of small colloidal spheres.

Physical review. E
Avec: Anton Lüders , Ullrich Siems , Peter Nielaba

Lane formation in gravitationally driven colloid mixtures consisting of up to three different particle sizes.

Physical review. E
Avec: Kay Hofmann , Marc Isele , Artur Erbe , Paul Leiderer , Peter Nielaba

Phase behaviour in 2D assemblies of dumbbell-shaped colloids generated under geometrical confinement.

Soft matter
Avec: Rouven Stuckert , Anton Lüders , Alexander Wittemann , Peter Nielaba

Lane formation of colloidal particles driven in parallel by gravity.

Physical review. E
Avec: Marc Isele , Kay Hofmann , Artur Erbe , Paul Leiderer , Peter Nielaba

Role of cohesion in the flow of active particles through bottlenecks.

Scientific reports
Avec: Timo Knippenberg , Anton Lüders , Celia Lozano , Peter Nielaba , Clemens Bechinger

Lane and band formation of oppositely driven colloidal particles in two-dimensional ring geometries.

Physical review. E
Avec: Tobias Vater , Marc Isele , Ullrich Siems , Peter Nielaba

Stability of nanoparticles in solution: A statistical description of crystallization as a finite particle size effect in a lattice-gas model.

The Journal of chemical physics
Avec: Ralf Schmid , Peter Nielaba

Voltage-Induced Rearrangements in Atomic-Size Contacts.

Nano letters
Avec: Markus Ring , David Weber , Patrick Haiber , Fabian Pauly , Peter Nielaba , Elke Scheer

Microscopic diffusion coefficients of dumbbell- and spherocylinder-shaped colloids and their application in simulations of crowded monolayers.

The Journal of chemical physics
Avec: Anton Lüders , Ellen Zander , Peter Nielaba

Two-step nucleation in confined geometry: Phase diagram of finite particles on a lattice gas model.

The Journal of chemical physics
Avec: Jacob Holder , Ralf Schmid , Peter Nielaba

Réseau de co-auteurs

Anton Lüders 8 collaborations
Marc Isele 3 collaborations
Philipp Stengele 2 collaborations
Clemens Bechinger 2 collaborations
Ullrich Siems 2 collaborations
Kay Hofmann 2 collaborations
Artur Erbe 2 collaborations
Paul Leiderer 2 collaborations
Ralf Schmid 2 collaborations
Hongri Gu 1 collaboration
Yonglin Chen 1 collaboration
Thibaud Bertrand 1 collaboration
Emre Hanedan 1 collaboration
Bradley J Nelson 1 collaboration
Bastian Heß 1 collaboration
Rouven Stuckert 1 collaboration
Alexander Wittemann 1 collaboration
Timo Knippenberg 1 collaboration
Celia Lozano 1 collaboration
Tobias Vater 1 collaboration
Markus Ring 1 collaboration
David Weber 1 collaboration
Patrick Haiber 1 collaboration
Fabian Pauly 1 collaboration
Elke Scheer 1 collaboration
Ellen Zander 1 collaboration
Jacob Holder 1 collaboration