Soft Matter and Complex Systems Seminar
sala 1.40, ul. Pasteura 5
2020-01-17 (09:30) 
Michał Jagielski [I], Stanisław Żukowski [II] (FUW)
Snow Crystals (part I) & Relationship between geometries and growth laws in Laplacian growth model (part II)
Part I:
Snow Crystals
Abstract: Snow crystal formation is one of those phenomena that are easy to observebut their intrinsic complexity makes creating comprehensive model thatreproduces crystal growth in all regimes surprisingly difficult. In thistalk I will showcase some of the effects important in snow crystalformation and their influence on final crystal geometry.
Part II
Relationship between geometries and growth laws in Laplacian growth model
Abstract: Laplacian growth describes processes as formation of electric breakdown, blood vessel or river networks, growth of bacterial colonies and many others. The presentation will show how the final patterns in such systems depends on growth laws.
Snow Crystals
Abstract: Snow crystal formation is one of those phenomena that are easy to observebut their intrinsic complexity makes creating comprehensive model thatreproduces crystal growth in all regimes surprisingly difficult. In thistalk I will showcase some of the effects important in snow crystalformation and their influence on final crystal geometry.
Part II
Relationship between geometries and growth laws in Laplacian growth model
Abstract: Laplacian growth describes processes as formation of electric breakdown, blood vessel or river networks, growth of bacterial colonies and many others. The presentation will show how the final patterns in such systems depends on growth laws.
Part I:
Snow Crystals
Abstract: Snow crystal formation is one of those phenomena that are easy to observebut their intrinsic complexity makes creating comprehensive model thatreproduces crystal growth in all regimes surprisingly difficult. In thistalk I will showcase some of the effects important in snow crystalformation and their influence on final crystal geometry.
Part II
Relationship between geometries and growth laws in Laplacian growth model
Abstract: Laplacian growth describes processes as formation of electric breakdown, blood vessel or river networks, growth of bacterial colonies and many others. The presentation will show how the final patterns in such systems depends on growth laws.
Snow Crystals
Abstract: Snow crystal formation is one of those phenomena that are easy to observebut their intrinsic complexity makes creating comprehensive model thatreproduces crystal growth in all regimes surprisingly difficult. In thistalk I will showcase some of the effects important in snow crystalformation and their influence on final crystal geometry.
Part II
Relationship between geometries and growth laws in Laplacian growth model
Abstract: Laplacian growth describes processes as formation of electric breakdown, blood vessel or river networks, growth of bacterial colonies and many others. The presentation will show how the final patterns in such systems depends on growth laws.