VISITING LECTURES

VL20: nowy
1. Geometry on flags of type D_n and associated singularities

VL19: nowy
1. Statistics for assessing significance of inconsistent discovery trails / 23.03.2015
2. Detection of rare causal dna mutations from common markers: sample applications / 30.03.2015

VL18: nowy
1. Course Introduction & Wideband Basics / 10.03.2015
2. Microstrip and Filter Basics / 12.03.2015
3. Basic Wideband MMR Resonators / 13.03.2015
4. Cross Shaped MMR / 16.03.2015
5. Basic UWB Filter using Cross Shaped MMR / 17.03.2015
6. Advanced UWB Filter using Cross Shaped MMR / 19.03.2015

VL17: nowy
1. COMPLICITY AND SIMPLEXITY IN DESIGN / 05.03.2015
2. ARCHITECTURE OF CHANGE / 12.03.2015
3. DESIGN DEMOCRACY / 19.03.2015

VL16:
1. Numerical Simulation of the Weissenberg Effect

2. Center for Mathematical Sciences Applied to Industry- CeMEAI

3. Implicit methods for simulating low Reynolds number free surface flows: Improvements on MAC-type method

VL15:
Advanced Bainitic Steels: Transformation, Microstructure and Properties:

1. Bainitic transformation: going through some of the basics

2. Characterisation of Nanostructured BainiteI- Relevant Techniques

3. Characterisation of Nanostructured Bainite. II-Complementary Use of Different Techniques (Case studies)

4. Contributing Factors to the Scale of Bainitic Ferrite. Measurement

5. Bainitic Steels: Tempering

6. Microstructure-Properties Relationships in Bainitic Steels

7. Revealing tensile properties of nano bainitic steels. Case studies

8. Tools for the Design of (Fast) Nanocrystalline Bainitic Steels

VL14:
1. On the topology of polar curves associated to germs of complex functions in two variables

2. Local classification problems for complex functions in two variables, Part I

3. Local classification problems for complex functions in two variables, Part II

VL13:
Local invariants of framed fronts in 3-manifolds

2. Local invariants of maps between 3-manifolds

VL12:
Mathematical Physics of Hurwitz Numbers

1. Hurwitz Numbers and Integrable Systems

2. Hurwitz Numbers and Moduli Spaces of Curves

3. Stratification of Hurwitz Spaces and Singularities

VL11:

1. Nanomaterials for application in cancer diagnosis and therapy

2. Carbon-based nanometrials for various applications

VL10:

1. Application of 3D FIB tomoghraphy

2. Why we need High-resolution TEM (incl. image simulation), STEM (HAADF), Analytical TEM: High-Throughput EDX, EELS, Energy filtered imaging. TEM grain orientation mapping (ASTAR) in materials science.

VL9:

Ideas, Tools And Skills for Modern Management - program

VL8:

Generic Geometry of 3-manifolds in Euclidean space II

VL7:

1. Solvability of Generalized Hamiltonian Systems I : Introduction

2. Solvability of Generalized Hamiltonian Systems II : Transversality and Generic GHS

3. Solvability of Generalized Hamiltonian Systems III : GHS over a variety

VL6:

1. Singularities of parametric optimization and their applications

2. Stability and structural stability

3. Averaged optimization of cyclic processes and its generic singularities

VL5:

1. Mathematics and physics: forged together with one chain

2. Mathematical tomography

3. Adiabatic limit in Ginzburg-Landau equations

VL4:

1. Generalized distance-squared mappings of the plane into the plane

2. Aperture of plane curves

3. Introduction to topological study of Wulff shapes

4. Generalized distance-squared mappings of the plane into the plane, II

VL3:

1. Introduction to the University of Southampton: using severe plastic deformation to process ultrafine-grained metals / 08.10.2014
2. Processing of ultrafine-grained metals by equal-channel angular pressing / 09.10.2014
3. Processing of ultrafine-grained metals by high-pressure torsion / 13.10.2014

VL2:

1. Symplectic Reduction and Quantum Gauge Theory

2. Introduction to the geometry of gauge fields

VL1:

Systems Engineering:

zapisy: a.buczacki@wp.pl

VL31:

1. History of thermal spray and its fundamentals / 23.09.2014

2. Thermal sprayed coatings for harsh environments and longer service life / 30.09.2014

3. New trends of thermal spray: kinetic spray and liquid-based spray / 02.10.2014

VL30:

1. From "nanoions" to mixed-charged nanoparticles and gram-selective antibiotics / 9.09.2014

2. Reaction-diffusion microsystems for engineering new materials and devices (in gels and mofs) / 10.09.2014

3. The micromechanics and physics of cancerous cells: what are the physical hallmarks of cancer metastasis? / 11.09.2014

4. Self-assembly, trapping and manipulation of nonmagnetic microobjects with magnetic fields / 12.09.2014

VL29:

1. Singularities of tangent surfaces to space curves and related topics.

2. Tangential mappings of Lagrangian surfaces and their singularities.

3. Symplectic singularities of parametric Lagrangian varieties.

VL28:

1. Computer Holography Workshop

VL27:

1. The singularities of light: intensity, phase, polarization

2. Divergent series: from Thomas Bayes's bewilderment to today's resurgence via the rainbow

3. Curl forces and Beyond

VL26:

1. Apparent contours in the Minkowski 3-space and first order ODEs

2. Some aspects of the geometry of surfaces in R⁴

3. Projections of space curves

VL25:

1. The geometry of singular objects

2. Families of Linear Equations

3. Wavefront Evolution in Various 2-dimensional Geometries

VL24:

1. Contact structure on a certain mixed links

2. On the fundamental group of plane curves and their invariants

3. Fermat curves and an application

VL23:

1. Stable maps from a global viewpoint

2. Geometry of 3-manifolds in Euclidean space

VL22:

1. Obrona Narodowa

2. Środowisko i Percepcja

VL21:

1. Linear complementarity problems, formulations and applications

2. Algorithms for linear complementarity problems

3. Optimization with linear complementarity constraints

4. The eigenvalue complementarity problem

VL20:

1. Gauss-Bonnet via Morse theory

2. Topology of matrix singularities via free divisors

3. Singular Milnor fibers for matrix singularities

VL19:

1. Bio inspired green micro and nanocomposites for the future

2. Polymer nanocomposites: recent advances

VL18:

1. Transport of matter and charge in solids, program

2. Mixed ionic electronic conductors as modern solid state devices with peculiar properties

VL17:

Introduction to Nonlinear Optics and Photonics

VL16:

Why is it worth to use synchrotron radiation and neutron large facilities to study the properties of materials of interest?
Detailed examples concerning the structure and dynamics of polymers.

VL15:

1. Shortest networks with application to the design of underground mines / 03.06.2014

2. Triangulations and 3-dimensional manifolds / 09.05.2014

3. The compression problem in machine learning / 20.05.2014

VL14:

1. Dynamic nonlinear problems with contact / 06.05.2014

2. The Mathematics of Change / 28.05.2014

VL13: wykłady odwołane

1. Singularities of matrices and determinantal varieties

VL12: nowy

1. Malevich's painted squares and the Birch and Swinnerton-Dyer conjecture / 21.03.2014

2. James Bond's most secret weapon / 23.06.2014

3. How to share a secret? / 25.06.2014

VL11:

1. Singular fibers of differentiable maps and low dimensional topology / 18, 25.03.2014
2. Visualizing multivariate data using singularity theory / 1.04.2014

3. Desingularizing special generic maps / 20.03.2014

VL10: Advanced Materials for Key Enabling Technologies

1. Lightweigth Materials for Modern Aircrafts - Materials Science, Process and Assembly, Materials Characterization / 11.02.2014
2. Materials for Energy Storage - Materials Science, Process Kinetics, Materials Characterization / 18.02.2014
3. Materials for Advanced Packaging in Microelectronics - Materials Science and Engineering, Product Performance and Reliability / 25.02.2014

VL9:

1. Caustics of world sheets in Lorentz space forms / 04.02.2014
2. Lightlike geometry of world sheets in Lorentz space forms / 11.02.2014

VL8:

1. Terahertz Plasma Excitations in Nanotransistors

2. Terahertz Plasma Excitations in Semiconductor Nanostructures

VL7: Nanoparticle based Nanotechnology

1. An Introduction to Nanotechnology / 16.01.2014
2. Metallic nanoparticles: synthesis characterization and application / 27.02.2014
3. Semiconductor nanomateraials: synthesis characterization and application / 27.03.2014
4. Magnetic nanosystems: synthesis characterization and application / 17.04.2014
5. Carbon based nanomaterials: synthesis characterization and application / 22.05.2014

VL6:

1. The contact geometry of space curves. / 21.01.2014
2. The topology of wave fronts and caustics. / 28. 01. 2014
3. Methods of Differential Geometry in the pipeline transport. / 04. 02. 2014

VL5: Solvability of Implicit Hamiltonian Systems:

1. Lagrangian submanifolds of the tangent bundle of a symplectic manifold as implicit differential equations. / 17. 12. 2013
2. Lie algebra of solvable isotropic mappings. / 20. 12. 2013
3. Solvability of generalized Hamiltonian systems I. / 07. 01. 2014
4. Solvability of generalized Hamiltonian systems II. / 14. 01. 2014

VL4:

1. Mathematical Models in Contact Mechanics / 23.10.2013
2. Modelling and Analysis of Piezoelectric Contact / 11.12.2013

VL3: Auditory Acousitcs: New Frontiers

1. Ecological Audition / 10.10.2013
2. Auditory Skills Development / 17.10.2013
3. Speech Communication / 24.10.2013
4. Headgear Audition / 31.10.2013
5. Bone Conduction I / 7.11.2013
6. Bone Conduction II / 14.11.2013
7. Noise Hazard / 21.11.2013
8. Hearing Protection / 28.11.2013

VL 2: Challenges of Genome Wide Search for Biomarkers

1. Challenges of Genome Wide Association Studies
2. Development of scanning filters for GWAS
3. Paradoxes in learning in high dimensional spaces
4. Some success stories: personalised test for some cancer

VL 1:

1. "Freezing" the SN2 Transition State: Hypervalent Silicon versus Carbon

2. Aromaticity. Molecular Orbital Picture of an Intuitive Concept

3. Halogen Bonding versus Hydrogen Bonding: A Molecular Orbital Perspective

VL 10: Amsterdam Density Functional Program (ADF), program

VL 9:

1. Quantitative analysis of sleep: Useful in clinical applications?
2. Modeling circadian rhythm generation in the SCN with locally coupled self-sustained oscillators.

3. Human sleep and its regulation: Individual and trait-like aspects.

4. Slow waves and sleep regulation.

VL 8: Natural Computing, Informatics, and Models of the Functioning of Living Cells.

VL 7:

1. Understanding hydrogen bonds in DNA base pairs and quartets with the Amsterdam Density Functional Program:

1.1. The nature of the hydrogen bond in DNA base pairs.

1.2. DNA replication.

1.3. Nanoswitches based on DNA base pairs.

1.4. Understanding cooperativity in hydrogen bonds of guanine quartets.

2. Structure and stability of B-DNA and G-DNA. Exploration and insight from quantum chemistry.

VL 6:

1. Rocket Science. Electrical engineer's point of view.

VL 5:

1. The optics of modern microscopy.

2. Microscopy & Imaging:

2.1 Diffraction and focusing. Diffraction theory, focusing, effects of numerical aperture, polarization and Fresnel number.

2.2 Microscopy concepts. Coherent and incoherent imaging, transfer functions, Abbe imaging theory, illumination system, imaging performance, microscope objectives, partially-coherent imaging.

2.3 The generalized microscope.

2.4 Phase contrast. Defocus, dark field, Zernike phase contrast, Hoffmann modulation contrast, differential phase contrast.

2.5 Confocal microscopy and imaging, 1. Principles and instruments. Surface profiling. Image formation in the confocal microscope.

2.6 Confocal microscopy and imaging, 2. Signal-to-noise. Detectors, signal, signal-to-noise, comparative performance of imaging systems.

2.7 Superresolution in microscopy.

2.8 Advances in pupil filters.

2.9 Three D imaging. 3D transfer functions, holography and tomography. Three dimensional imaging techniques. Interference microscopy and OCT, multiphoton imaging, fringe projection.

2.10 Image modelling and reconstruction. Image modelling, Born and Kirchhoff approximations.

VL 4:

1. Materials science and engineering. Key innovations for microelectronic products with high performance and reliability.

2. 4D materials and process characterization. A challenge to nanoscale materials analysis.

VL 3: On the mathematical modeling of complex systems.

1. The foundations: Information, entropy, and probability.

2. A theoretical model: Competition and the canonical ensemble.

3. A practical model: The macroscopic approach to demography.

4. The algebraic theory of complex systems.

VL 2:

1. The Social Construction of Animals in the Laboratory: The Protean Rodent

2. Understanding Sabaka: A qualitative method for studying the human-canine relationship

VL 1:

1. BIOMEMS I - Definition of BIOMEMS, introduction and overview about lab-on-chip systems, biological basics, cell physiology, protein chemistry, introduction cell based BIOMEMS

2. BIOMEMS II - Lab-on-chip systems for cell based analytics and miniaturized in vivo sensors

VL 12:

1. Liquid crystals: physics and applications

2. Liquid crystal photoalignment: application in Displays and Photonics

3. Modeling and optimization of Liquid Crystal Displays (LCD) and Photonics devices

4. Fast switchable liquid crystal cells for Displays and Photonics applications

VL 11:

1. "Fuel cell research at Empa - problems and achievements"

2. "Fuel cell research at Empa - the challenge of lifetime, production cost and degradation"

VL 10:

1. "Two applications of Whitney differential forms: de Rham Theorem for singular varieties and relative Poincaré Theorem", part I

2. "Two applications of Whitney differential forms: de Rham Theorem for singular varieties and relative Poincaré Theorem", part II

3. "Singularities and Hirzebruch classes", Part I and II

4. "Singularities and Hirzebruch classes", Part III and IV

VL 9:

1. "Beautiful Conjectures in Graph Theory" part I

2. "Beautiful Conjectures in Graph Theory" part II

VL 8:

1. Bionic sensors I

2. Bionic sensors II - Biosensors

VL 7:

1. Merging the ultrasonic and acoustic sensor principle.

2. Resonant Sensors: From macroscopic to microscopic scale

3. Ultrasound in medical imaging and industry.

4. Gas sensors.

VL 6: Course on Information Optics
Opto-digital image processing. Advanced applications in industry and medicine

1. Basics of optical and digital techniques for image processing

2.Applications to industry: Automatic inspection and quality assessment of materials

3. Optical security

4. Applications to ophthalmology: Eye fundus image analysis and Intraocular lenses

VL 5:

1. Directed Cages and the Caccetta-Haggkvist Conjecture.

2. Graph Reconstruction Problems

VL 4:

1. Introduction to nanoparticle synthesis and processing of nanoparticle based nanocomposites.

2. Seminar concerning nanoparticle synthesis and processing of nanoparticle based nanocomposites.

Seminaria:
1. Nanopowder technology for nanomaterials - a challenge for chemists.

2. Ceramic based nanomaterials for applications in filtration, photocatalysis and fuel cell research.

VL 3:

1. Georges Lemaître, Dirac Equation and Spinors

2. From ethics of robotics to ethics of robots: about some recent problems addressed by the use of autonomous robots.

VL 2:

1. Digital signal processing: mathematical and computational methods, software development and applications.

2. Information and communication security: encryption & information hiding

3. Medical imaging: image acquisition, processing and clinical applications

4. Seminar on Financial Mathematics

VL 1:

1. Lectures on superalloys for high temperature applications

2. Seminar on recent advances in materials engineering

VL 10 :

"Braid group techniques in complex geometry"
8.09.2011 r., godz. 14.00, s. 321 Instytut Matematyczny PAN (ul. Śniadeckich 8, Warszawa)

"How does the brain work?"
13.09.2011 r., godz. 15.15, 152 Gmach Główny PW

VL 9 : The GF Set Theory for Type Synthesis of Parallel Robotic Mechanisms

GF set definition and the basic laws as well as properties for topological design of parallel robotic mechanisms
8 june, Wednesday 14.15-16.00 room 105,Institute of Heat Engineering

Algorithms producing Intersections of GF sets
15 june, Wednesday 14.15-16.00 room 105,Institute of Heat Engineering

Number Synthesis and Design of Kinematic Limbs with Specific GF sets
22 june, Wednesday 14.15-16.00 room 105, Institute of Heat Engineering

Topology Design based on GF Set Theory and Some Applications of Parallel Robotic Mechanisms
29 june, Wednesday 14.15-16.00 room 105,Institute of Heat Engineering

VL 8 :

1. Explicit construction of moduli space for complete reinhardt domains via bergman functions.
2. Natural construction of gene space, genome space and protein space with biological geometry.

VL7: Local invariants for singular varieties (Euler local obstruction)

VL6: AS-Prolog - programowanie logiczne dla reprezentacji wiedzy i problemów ograniczeń

VL5:

1. Lectures on light materials and structures for transportation

VL4:

1. Crystallography and Diffraction Theory and Modern Methods of Analysis, terminy
2. Ionic Conductors: Characterisation of Defect Structure, terminy

VL3:

1. Introduction to computer support for evidence-based medicine
6.12.2010, godz. 14.15-16.00, s. 202 Gmach Elektroniki

2. The Context of Systems Analysis and Design Methods
8.12.2010, godz. 10.15-11.00, s. 107 Gmach Elektroniki

3. Information System Building Blocks
10.12.2010, godz. 12.15-14.00, s. 121 Gmach Elektroniki

4. Systems Analysis Methods
13.12.2010, godz. 14.15-16.00, s. 202 Gmach Elektroniki

5. Fact-Finding Techniques for Requirements Discovery
15.12.2010, godz. 10.15-12.00, s. 116 Gmach Elektroniki

6. Modeling System Requirements with use cases
17.12.2010, godz. 12.15-14.00, s. 121 Gmach Elektroniki

7. Data Modeling and Analysis
20.12 .2010, godz. 14.15-16.00, s. 202 Gmach Elektroniki

8. Process Modeling
22.12.2010, godz. 10.15-12.00, s. 116 Gmach Elektroniki

9. Knowledge Management
10. Systems Operations and Support
3.01.2011, godz. 14.15-17.00, s. 202 Gmach Elektroniki

VL2:

1. Metallomics - a challenge for modern analytical chemistry, terminy
2. Analytical techniques in element speciation studies in food and food supplements

VL1: Surfaces in Euclidean spaces from the singularity theory view point

1. Basic introduction to singularity theory
2. Contact between manifolds
3. Surfaces in 3 and 4 dimensional spaces
4. Surfaces in higher dimensional spaces. Open problems

VLZ1: Nonlinear optics and photonics (45 godzin)

VLZ2: Functions, Mappings, Singularities and Applications (8 godzin)

Illuminated Surfaces

VLZ3: Advanced Instrumental Analytical Chemistry: Capillary Electrophoresis and Electromigration methods (15 godzin)

VLZ4:
Kurs na Politechnice Warszawskiej:
1. Hydrodynamic properties of proteins to determine molecular size and schape - 22.10.2009 r. 16.15-18.00, sala 134 Gmach Główny PW
2. Effect of hydrogen bonding on PK's and protein reactivity - 23.10.2009 r. 12.15-14.00, sala 208 Gmach Główny PW
3. Hydrophobic interactions - 30.10.2009 r. 12.15-14.00, sala 208 Gmach Główny PW
4. Introduction to molecular mechanics treatment of protein folding - 2.11.2009 r. 8.15-10.00, sala 208 Gmach Główny PW

Kurs na Uniwersytecie Warszawskim:
1. Introduction to protein biophysics

VLZ5: Nanometrowe układy CMOS dla elektroniki Terabitowej

VLZ6:
I. Semiconductor Material Systems for Advanced Device Applications - 2.02.2010 r. godz.15.15, sala 116, gmach Wydziału Elektroniki i Technik Informacyjnych PW

II. Cykl seminariów:
1. Semiconductor Cleaning - Past and Future - 28.01.2010 r. godz.15.15, sala 116, gmach WEiTI
2. Anhydrous HF Processes in Silicon Device Manufacturing - 4.02.2010 r. godz.15.15, sala 116, gmach WEiTI
3. Mist Deposition in the Fabrication of Semiconductor Devices - 23.02.2010 r. godz.15.15, sala 116, gmach WEiTI
4. Nanocrystalline Quantum Dot (NQD) Films Deposited Using Colloidal Solutions - 18.03.2010 r. godz.15.15, sala 116, gmach WEiTI
5. Processing of Silicon Carbide and Sapphire Surfaces - 30.03.2010 r. godz.15.15, sala 116, gmach WEiTI
6. Process Monitoring by Electrical Characterization of Semiconductor Surfaces - 15.04.2010 r. godz.15.15, sala 116, gmach WEiTI

III. Nanotechnologia - Co to Takiego? - 24.03.2010 r. godz. 14:15, sala 131, gmach WEiTI

VLZ7: Cryptology and Information Security including Knowledge Exchange and Technology Transfer:

1. Financial Modelling using the Fractal Market Hypothesis, wykład do pobrania
2. Cryptogtraphy using Chaos, wykład do pobrania
3. Covert Cryptography and Steganography, wykład do pobrania
4. Imaging Systems Modelling, wykład do pobrania
5. Image Restoration and Reconstruction, wykład do pobrania
6. Pattern Recognition and Computer Vision, wykład do pobrania

VLZ8: Statistical Pattern Recognition

VLZ9: Singularity theory based representation of 3-D objects

Reconstruction of semi-algebraic sets from their Fourier data

VLZ10:

1. Classification of Local Features in Natural Images
2. Use of Shape for Analyzing Objects and Their Configurations in Medical Images
3. Using Scale for the Problems of Discreteness and Noise in Images
4. Towers of Solvable Groups, Free Divisors, and the Topology of Nonisolated Matrix Singularities

VLZ11: Quantum Electronics

1. Introduction to Quantum Electronics, wykład do pobrania
2. Waveguide optics & Devices, wykład do pobrania

VLZ 12: Quark matter and the origin of the Universe

VLZ13:
I. Introduction of Combinatorial Optimization

II. Cykl seminariów:
1. An In-Out column generation and cutting plane algorithm.
2. Convex relaxations of some routing problems.
3. On the maximum cut problem.
4. Length constrained connectivity.

VLZ14:

1. The optics of the spatial coherence wavelets, terminy
2. Point sources and rays in the phase-space: novel tools for optical field modeling., 14.06.2010 r. godz. 16.15 s. 111 Gmach Fizyki