Triacontahexagonal Quasicrystal (36-fold symmetry) via 2D Self-assembly of Core-corona particles.

Icositetragonal Quasicrystal (24-fold symmetry) via 2D Self-assembly of Core-corona particles.

Dodecagonal Quasicrystal Approximant via 2D Self-assembly of Core-corona particles.

Dodecagonal Quasicrystal Approximant via 2D Self-assembly of Core-corona particles.

lcosagonal Quasicrystal Approximant II via 2D Self-assembly of Core-corona particles.

lcosagonal Quasicrystal Approximant via 2D Self-assembly of Core-corona particles.

Trapezoidal Trellis lattice via 2D Self-assembly of Core-corona particles.

Dodecagonal Quasicrystal via 2D Self-assembly of Core-corona particles.

Trapezoidal Tiling via 2D Self-assembly of Core-corona particles.

Trapezoidal Tiling via 2D Self-assembly of Core-corona particles.

Icositetragonal Quasicrystal (24-fold symmetry) via 2D Self-assembly of Core-corona particles.

Decagonal Quasicrystal via 2D Self-assembly of Core-corona particles.

Self-Assembling of long range interacting core-corona particles: two soft core length potentials I.

Trapezoid Crystal Lattice via Self-Assembly of Long range interacting core-corona particles I.

3D Self-Assembling of Core-Corona particles: Two step long ranges potential XV.

3D Self-Assembling of Core-Corona particles: Two step long ranges potential XIV.

3D Self-Assembling of Core-Corona particles: Two step long ranges potential XIII.

3D Self-Assembling of Core-Corona particles: Two step long ranges potential XII.

3D Self-Assembling of Core-Corona particles: Two step long ranges potential XI.

3D Self-Assembling of Core-Corona particles: Two step long ranges potential X.

3D Self-Assembling of Core-Corona particles: Two step long ranges potential IX.

3D Self-Assembling of Core-Corona particles: Two step long ranges potential VIII.

3D Self-Assembling of Core-Corona particles: Two step long ranges potential VII.

3D Self-Assembling of Core-Corona particles: Two step long ranges potential VI.

3D Self-Assembling of Core-Corona particles: Two step long ranges potential V.

3D Self-Assembling of Core-Corona particles: Two step long ranges potential IV.

3D Self-Assembling of Core-Corona particles: Two step long ranges potential III

3D Self-Assembling of Core-Corona particles: Two step long ranges potential II.

3D Self-Assembling of Core-Corona particles: Two step long ranges potential V.

Diffusion of long-range interacting core-corona particles acrossa Nanochannel.

Self-Assembly of Dumbells interacting via stiff springs: long range interacting particles.

Self-Assembly of Dumbells interacting via soft springs: long range interacting particles.

3D Core-Corona Self-Assembly for long range SCS potential: Crystal of clusters +Quasycristal

Core-corona Dimers linked via FENE potential: SCBEL potential with two inflexion points VI

Core-corona Dimers linked via FENE potential: SCBEL potential with two inflexion points V.

Core-corona Dimers linked via FENE potential: SCBEL potential with two inflexion points IV.

Core-corona Dimers linked via FENE potential: SCBEL potential with two inflexion points III.

Core-corona Dimers linked via FENE potential: SCBEL potential with two inflexion points II.

Core-corona Dimers linked via FENE potential: SCBEL potential with two inflexion points I.

Core-corona Dimers linked via FENE potential: SCBEL potential with potential well of depth uo. VI.

Core-corona Dimers linked via FENE potential: SCBEL potential with potential well of depth uo. V.

Core-corona Dimers linked via FENE potential: SCBEL potential with potential well of depth uo. IV.

Core-corona Dimers linked via FENE potential: SCBEL potential with potential well of depth uo. III

Core-corona Dimers linked via FENE potential: SCBEL potential with potential well of depth uo. II

Core-corona Dimers linked via FENE potential: SCBEL potential with potential well of depth uo. I

Core-corona Dimers linked via FENE potential: long range Soft Core Shoulder potential VI.

Core-corona Dimers linked via FENE potential: long range Soft Core Shoulder potential V.

Core-corona Dimers linked via FENE potential: long range Soft Core Shoulder potential V.

Core-corona Dimers linked via FENE potential: long range Soft Core Shoulder potential III.

Core-corona Dimers linked via FENE potential: long range Soft Core Shoulder potential II.

Core-corona Dimers linked via FENE potential: long range Soft Core Shoulder potential I.

Soft core BEL long range potential in 2d: self-assembly of core-corona particles core density =0.8.

Soft core BEL long range potential in 2d: self-assembly of core-corona particles core density =0.7.

Soft core BEL long range potential in 2d: self-assembly of core-corona particles core density =0.6.

Soft core BEL long range potential in 2d: self-assembly of core-corona particles core density =0.5.

Soft core BEL long range potential in 2d: self-assembly of core-corona particles core density =0.4.

Soft core BEL long range potential in 2d: self-assembly of core-corona particles core density =0.3.

Soft core BEL long range potential in 2d: self-assembly of core-corona particles core density =0.2.

Soft core BEL long range potential in 2d: self-assembly of core-corona particles core density =0.1.

Core-corona fluid self-assembly in spherical confinement:: cooling process