Although emergence, or spontaneous symmetry breaking, has been a topic of discussion in physics for decades, they have not entered the set of terminologies for materials scientists, although many phenomena in materials science are of the nature of emergence, especially soft materials. In a typical soft material, colloidal suspension system, a long range order can emerge due to the interaction of a large number of particles. This essay will first introduce interparticle interactions in colloidal systems, and then proceed to discuss the emergence of order, colloidal crystals, and finally provide an example of applications of colloidal crystals in light of conventional molecular crystals. 1
New technologies call for the development of new materials. One new type of material with exciting e...
Systems of spherical colloidal particles mimic the thermodynamics of atomic crystals. Control of in...
news & views Colloidal suspensions consist of small, typically micrometre-sized, particles float...
Abstract. Various aspects of the behaviour of essentially hard spherical colloidal particles, suspen...
In this thesis, we have presented the experimental investigations on the crystal-liquid transitions ...
One of the most fascinating properties of monodisperse colloids is that they can form ordered phases...
Colloidal suspensions, consisting of nano to micro-meter sized particles dispersed in a liquid, are ...
A colloidal dispersion consists of small particles called colloids, typically tens of nanometers to ...
Revealing the local order of colloidal liquids and glasses will be a breakthrough in soft matter sci...
This thesis deals with the study of colloidal systems. A colloidal system is made of an insoluble ph...
The phase behavior of colloid-polymer mixtures, and of solutions of globular proteins, is often inte...
Charged colloidal particles dispersed in deionized water under certain conditions can be self-assemb...
Colloids are microscopic particles whose size ranges from a nanometer to several micrometers, that a...
In this article I will review some recent studies of the phase behavior and of the self-assembly of ...
Metallic systems are widely used as materials in daily human life. Their properties depend very much...
New technologies call for the development of new materials. One new type of material with exciting e...
Systems of spherical colloidal particles mimic the thermodynamics of atomic crystals. Control of in...
news & views Colloidal suspensions consist of small, typically micrometre-sized, particles float...
Abstract. Various aspects of the behaviour of essentially hard spherical colloidal particles, suspen...
In this thesis, we have presented the experimental investigations on the crystal-liquid transitions ...
One of the most fascinating properties of monodisperse colloids is that they can form ordered phases...
Colloidal suspensions, consisting of nano to micro-meter sized particles dispersed in a liquid, are ...
A colloidal dispersion consists of small particles called colloids, typically tens of nanometers to ...
Revealing the local order of colloidal liquids and glasses will be a breakthrough in soft matter sci...
This thesis deals with the study of colloidal systems. A colloidal system is made of an insoluble ph...
The phase behavior of colloid-polymer mixtures, and of solutions of globular proteins, is often inte...
Charged colloidal particles dispersed in deionized water under certain conditions can be self-assemb...
Colloids are microscopic particles whose size ranges from a nanometer to several micrometers, that a...
In this article I will review some recent studies of the phase behavior and of the self-assembly of ...
Metallic systems are widely used as materials in daily human life. Their properties depend very much...
New technologies call for the development of new materials. One new type of material with exciting e...
Systems of spherical colloidal particles mimic the thermodynamics of atomic crystals. Control of in...
news & views Colloidal suspensions consist of small, typically micrometre-sized, particles float...