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Fluids, Bio and Soft Matter addresses the physics of fluids and soft solids. This includes their (multiphase) flow behavior, turbulence properties, elasticity, self-organization, phase transformations, the role of confinement in porous media and response to... Read more
Fluids, Bio and Soft Matter addresses the physics of fluids and soft solids. This includes their (multiphase) flow behavior, turbulence properties, elasticity, self-organization, phase transformations, the role of confinement in porous media and response to environmental changes. The systems range from water, air and oil, liquid crystals, glassy materials, and polymer networks to dispersions of man-made, bio-derived and biologically functionalized particles. Applications include molecular biosensors, lab-on-a-chip devices, inkjet printing, immersion lithography, responsive films, energy and heat storage, particle-modulated turbulence, self-healing materials, panel paintings, energy saving rubber tires, and pollutant distribution in the atmosphere and oceans.
SKILLS THAT WILL BE DEVELOPED
a fundamental understanding of the physical principles of complex fluids and flows and soft materials from the nanometer to the meter scale
familiarity with state-of-the-art experimental techniques, advanced computational techniques and practical theory development
the ability to apply abstract problem solving in practical, engineering and scientific contexts
Fluids, Bio and Soft Matter addresses the physics of fluids and soft solids. This includes their (multiphase) flow behavior, turbulence properties, elasticity, self-organization, phase transformations, the role of confinement in porous media and response to... Read more
Fluids, Bio and Soft Matter addresses the physics of fluids and soft solids. This includes their (multiphase) flow behavior, turbulence properties, elasticity, self-organization, phase transformations, the role of confinement in porous media and response to environmental changes. The systems range from water, air and oil, liquid crystals, glassy materials, and polymer networks to dispersions of man-made, bio-derived and biologically functionalized particles. Applications include molecular biosensors, lab-on-a-chip devices, inkjet printing, immersion lithography, responsive films, energy and heat storage, particle-modulated turbulence, self-healing materials, panel paintings, energy saving rubber tires, and pollutant distribution in the atmosphere and oceans.
SKILLS THAT WILL BE DEVELOPED
a fundamental understanding of the physical principles of complex fluids and flows and soft materials from the nanometer to the meter scale
familiarity with state-of-the-art experimental techniques, advanced computational techniques and practical theory development
the ability to apply abstract problem solving in practical, engineering and scientific contexts
Selecting the right scholarship can be a daunting process. With countless options available, students often find themselves overwhelmed and confused. The decision can be especially stressful for those facing financial constraints or pursuing specific academic or career goals.
To help students navigate this challenging process, we recommend the following articles:
Mastertrack Fluids, Bio and Soft Matter
De Zaale, Eindhoven, Netherlands
# =140QS Subject Rankings
24 monthsProgram duration
19,300 EURTuition Fee/year
Physics and AstronomyMain Subject Area
Program overview
Main Subject
Physics and Astronomy
Degree
MSc
Study Level
Masters
Study Mode
On Campus
Fluids, Bio and Soft Matter addresses the physics of fluids and soft solids. This includes their (multiphase) flow behavior, turbulence properties, elasticity, self-organization, phase transformations, the role of confinement in porous media and response to...
Read more
Fluids, Bio and Soft Matter addresses the physics of fluids and soft solids. This includes their (multiphase) flow behavior, turbulence properties, elasticity, self-organization, phase transformations, the role of confinement in porous media and response to environmental changes. The systems range from water, air and oil, liquid crystals, glassy materials, and polymer networks to dispersions of man-made, bio-derived and biologically functionalized particles. Applications include molecular biosensors, lab-on-a-chip devices, inkjet printing, immersion lithography, responsive films, energy and heat storage, particle-modulated turbulence, self-healing materials, panel paintings, energy saving rubber tires, and pollutant distribution in the atmosphere and oceans.
SKILLS THAT WILL BE DEVELOPED
- a fundamental understanding of the physical principles of complex fluids and flows and soft materials from the nanometer to the meter scale
- familiarity with state-of-the-art experimental techniques, advanced computational techniques and practical theory development
- the ability to apply abstract problem solving in practical, engineering and scientific contexts
Read lessProgram overview
Main Subject
Physics and Astronomy
Degree
MSc
Study Level
Masters
Study Mode
On Campus
Fluids, Bio and Soft Matter addresses the physics of fluids and soft solids. This includes their (multiphase) flow behavior, turbulence properties, elasticity, self-organization, phase transformations, the role of confinement in porous media and response to...
Read more
Fluids, Bio and Soft Matter addresses the physics of fluids and soft solids. This includes their (multiphase) flow behavior, turbulence properties, elasticity, self-organization, phase transformations, the role of confinement in porous media and response to environmental changes. The systems range from water, air and oil, liquid crystals, glassy materials, and polymer networks to dispersions of man-made, bio-derived and biologically functionalized particles. Applications include molecular biosensors, lab-on-a-chip devices, inkjet printing, immersion lithography, responsive films, energy and heat storage, particle-modulated turbulence, self-healing materials, panel paintings, energy saving rubber tires, and pollutant distribution in the atmosphere and oceans.
SKILLS THAT WILL BE DEVELOPED
- a fundamental understanding of the physical principles of complex fluids and flows and soft materials from the nanometer to the meter scale
- familiarity with state-of-the-art experimental techniques, advanced computational techniques and practical theory development
- the ability to apply abstract problem solving in practical, engineering and scientific contexts
Read lessAdmission Requirements
Tuition fees
Domestic Students
International Students
Scholarships
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QS subject rankings
Subject: Physics and Astronomy
Ranking criteria
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