Photo of Michael Stich
    • School of Engineering and Applied Science, Aston University

      B4 7ET Birmingham

      United Kingdom

    • United Kingdom

    20012019
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    Fingerprint Dive into the research topics where Michael Stich is active. These topic labels come from the works of this person. Together they form a unique fingerprint.

    Mathematics

    Time Delay
    Complex Ginzburg-Landau Equation
    Spatiotemporal Chaos
    Reaction-diffusion System
    Standing Wave
    Oscillation
    Oxidation
    Target
    Laser
    Pattern Formation
    Hexapod
    Turing Patterns
    Limit Cycle
    Mirror Symmetry
    Hopf Bifurcation
    Oscillatory Solution
    Excitable Media
    Perturbation
    Delayed Feedback
    Stabilization
    Recycling
    Bistability
    Turbulence
    Linear Stability Analysis
    Locomotion
    Polymerization
    Numerical Simulation
    Stationary States
    Spike
    Symmetry Breaking
    Feedback Control
    Reaction-diffusion
    Local Time
    Interaction
    Traveling Wave
    Chattering
    Term
    Robot
    Cellular Networks
    Feedback Delay
    Amplification
    Sensor
    Building Blocks
    Dependent
    Molecules
    Extended Systems
    Bifurcation Point
    Degeneration
    Extremum
    Experiment

    Physics & Astronomy

    Physics

    oscillations
    perturbation
    gradients
    cycles
    laser beams
    plane waves

    General

    Landau-Ginzburg equations
    time lag
    chaos
    polymerization
    standing waves
    mirrors
    simulation
    recycling
    lasers
    retarding
    dimerization
    feedback control
    death
    monomers
    fusion
    frequency shift
    slip
    stimuli
    thermodynamics
    elongation
    kinetics
    chemical fuels
    breathing
    pulses
    nonlinear systems
    shift
    dynamical systems
    negative feedback
    nonequilibrium conditions
    positive feedback

    Chemistry and Materials

    autocatalysis
    oxidation
    oligomers
    depolymerization
    polymers
    chemical reactions
    clays

    Mathematical and Computer Sciences

    broken symmetry
    perturbation theory

    Engineering

    sinks
    stabilization
    nucleation

    Aerospace Sciences

    turbulence

    Life Sciences

    organelles

    Chemical Compounds

    RNA
    Mirrors
    Polymerization
    Open systems
    Immunization
    Recycling
    Pacemakers
    Hopf bifurcation
    Dimerization
    Polymers
    Fusion reactions
    Carbon Monoxide
    Depolymerization
    Monomers
    Chemical analysis
    Chaos theory
    Feedback control
    Amplification
    Hysteresis
    Time delay
    Nucleotides
    Molecules
    Feedback
    Tuning
    Thermodynamics
    Elongation
    Nucleation
    Oxidation
    Kinetics
    Lasers
    Catalytic oxidation
    Computer simulation
    Perylene
    Laser beams
    Chlordiazepoxide
    Nonlinear systems
    Redundancy
    Enantiomers
    Genes
    Chemical activation
    Biological systems
    Annealing
    Macromolecules
    Temperature
    Self assembly
    Catalysis
    Catalysts
    Chemical reactions
    Inverted Repeat Sequences
    Hamming distance