Our areas of expertise include: 
 
 · High performance scientific computing
 · Numerical problems
 · Conception, implementation & verification of algorithms
 · Analytical verification of numerical solutions
 · Code performance optimization
 · Selection, evaluation & adoption of commercial codes
 · Hardware selection & performance tuning
 · FORTRAN
   
 · Computational Electromagnetics
 · Computational Fluid Dynamics
 · Multi-stage Monte Carlo Methods
   Super-Particle & Particle-In-Cell Methods, DSMC
 · n-body problems
 · Image and Video processing, real-time feature extraction

   
 · Finite Difference Methods FDM, Finite Element Methods FEM
   Finite Difference Time Domain FDTD
 · Navier Stokes solver, Laplace & Poisson solver,
   Maxwell solver, Newtonian motion solver
 · Electron-optics and ion-optics simulations
 · Full wave optics & geometric optics (raytracing)
 · Large PDEs problems, large equation systems

 · Sound field simulation 
 · Data filtering in time and frequency domain, noise suppression, FFT
 · n-dimensional data interpolation and curve fitting, prediction
 · X-ray diffraction simulation, indexing algorithms
 · Large scale particle tracing
 · Computation of population statistics
 · High-dimensional optimization
 
 Specific applications include:
 
 · Scientific Instrumentation for Life Science and Nanotech
 · Near-field optics, evanescent wave sensing
 · Optical sensing of biological nano-scale layers or biochemical reactions
   (wave guides, interferometry)
 · Liquid Crystals
 · Microfluidics
 · Ultra sound imaging, object reconstruction
 
 · Design and measurement of electric and magnetic fields
 · Highly accurate computation of Parasitics in ULSI ICs and MEMs
   (Capacitances and inductances between multiple 3D objects)

 · X-ray diffraction (XRD) and X-ray scattering on nano-scale systems
 · XRD indexing
 
 · Electron beam and ion beam systems; magnetrons
 · Electric and magnetic lenses,
 · Electric and magnetic deflection systems
 · Ion beam and electron beam generation
 · X-ray tubes
 · Magnetrons (PVD, sputtering), Plasma modeling
 
 · Mass spectrometry on organic and inorganic matter
 · Ion sources for biomolecules
 · Laser Desorption and Ionization
 · Rarified gas dynamics
 · Simulation and Design of advanced vacuum systems
 · Collisional ion cooling
 · Ion traps and guides  

 · Advanced electronics; amplifiers (selective & lock-in)
 · Transducers and sensors, CCDs, Laser
 · Electromagnetic Scattering (X-ray, UV, optical, IR)
 · Anti-reflective optical multi-layers (arbitrary distribution of k)


 · Thermal problems, incl. highly accurate stabilization
 · Interferometry, Ellisometry, EvaSens WIOS,
   SEM, TEM, Lithography, AFM, XFS, DSC