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Dmitry Sokolov

Page history last edited by Dmitry Sokolov 3 months ago

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Dmitry is a professional trainer, researcher and problem solver with international work and life experience in Australia, Japan, Germany, Russia and South Korea. A few hundreds of students and researcher have been trained by Dmitry and are known as efficient problem solvers in physics, chemistry, biology, food science and engineering.

Currently, Dmitry holds a position of research fellow in Nemetics Institute and develops Transmedia methods and techniques of Collective Intelligence. This work continues Dmitry's Masters Degree on Time-Critical Decision Making for Public Administration.

Contact Details:

FB Messenger

Mobile: +64 27 44 809 41

Email: dmitry.v.sokolov@gmail.com

Skype Me�!

View Dmitry Sokolov's profile on LinkedIn

https://www.facebook.com/dmitry.sokolov.18062

Current Projects

P2P Collective Intelligence Project  

SkillMatcher NZ

LikeInMind

Development

https://github.com/FalconDot


 

Dmitry studied physics and chemistry in Japan and received his PhD for advanced methods of nanostructures manufacturing. He received his Masters in Engineering from Bauman University of Technology for optical detection of microparticles in vacuum equipment of microelectronics industry. Dmitry has worked with various Optical, Laser Scanning, Scanning Electron and Atomic Force Microscopes.

Dmitry is an author of 3 chapters in books on nanotechnology and nanometrology.

*A few of Atomic Force, Scanning Electron and Laser Scanning Microscopes are available at the Fundamental Sciences and Engineering Departments of Massey University, Manawatu Campus.

QUALIFICATIONS

  • Doctor of Philosophy, PhD Phys/Math

    Experimental Physics

  • Certified Engineer for Research, MEng

    Machinery for Electronics and Semiconductor Industry

  • Master of Public Administration, MPA

    Time-Critical Decision Making

  • Certificate IV in Business, CertBus

    Small Business Management

TRANSFERABLE SKILLS

  • Lecturing

  • Research

  • Nanotechnology

  • Nanometrology

  • Development of precision opto-electro-mechanical instruments and equipment

  • Combined, multimodal and correlative microscopy

  • Image analysis

  • English, Russian, Japanese, German Languages

PROFESSIONAL PROFILE

  • Lecturing:

    • Organisation, preparation and delivery of workshops, trainings, lectures, teleconferences and other teaching and research activities.

  • Consulting on microscopy and image analysis aspects for:

    • Nanotechnology,

    • Material and Surface Science,

    • Physics,

    • Biology.

  • Development of

    • Combined microscopes from individual components:

      • precision mechanics: nanopositioners and actuators for SPM;

      • optics:

        • laser and fibre optics;

        • interferometry;

        • photodiode, CCD and PMT detectors;

      • electronics: analogue circuitry for

        • pA current measurements,

        • multimode feedback control of position of AFM probes.

    • Information Technologyconcepts and services:

      • MIAWiki, information portal on microscopy and image analysis;

      • LikeInMind, Internet of Sense;
      • Open databases on fluorescence microscopy applications and image analysis functions.
  • Research:

    • Multimode optical / confocal / scanning electron (SEM) / scanning probe microscopy (SPM) in controlled gas, liquid and vacuum environments;

    • Solid state and light probe-sample interaction processes and mechanisms;

    • SPM nanolithography and nanomachining of (organic) semiconductor heterostructures, manipulation of nanoparticles and nanotubes, nanomechanics.

    • Image and data acquisition, processing and analysis: ImageJ, MetaMorph, ImagePro Plus, Volocity packages.

    • Hyperspectral Imaging for materials characterisation.

  • Management:

    • Confocal Microscopy Unit at Microscopy and Imaging Centre;

    • MIAWiki, information portal for Microscopy and Image Analysis;

    • noaSphere, Internet of Sense.

 

Papers

 

Papers in process:

Knowledge Creation in a Transmedia Environment

Chapters in books:

  • Sokolov, D. V. (2013) “AFM for Protein Nanotechnology” in Gerrard: Protein Nanotechnology, 2nd Edition, “Methods in Molecular Biology” Series, Humana Press Inc., Totowa, NJ.
  • Sikora, A., Sokolov, D. V. and Danzebrink, H. U. (2006) Scanning Probe Microscope Setup with Interferometric Drift Compensation, in Nanoscale Calibration Standards and Methods: Dimensional and Related Measurements in the Micro- and Nanometer Range (eds G. Wilkening and L. Koenders), Wiley-VCH Verlag GmbH & Co. KGaA, Weinheim, FRG. doi: 10.1002/3527606661.ch8

    http://onlinelibrary.wiley.com/doi/10.1002/3527606661.ch8/summary

  • Sokolov, D. V., Kazantsev, D. V., Tyrrell, J. W. G., Hasek, T. and Danzebrink, H. U. (2006) Combined Confocal and Scanning Probe Sensor for Nano-Coordinate Metrology, in Nanoscale Calibration Standards and Methods: Dimensional and Related Measurements in the Micro- and Nanometer Range (eds G. Wilkening and L. Koenders), Wiley-VCH Verlag GmbH & Co. KGaA, Weinheim, FRG. doi: 10.1002/3527606661.ch10

    http://onlinelibrary.wiley.com/doi/10.1002/3527606661.ch10/summary

Dmitry Sokolov Doctor Thesis


Appendix

Methods and Techniques

Atomic Force Microscopy and Spectroscopy

Microscopy (Research and Development) Imaging Spectroscopy

Contact Mode

Electric Force Mode (standard and customised) Force Spectroscopy
Tapping Mode Scanning Capacitance Mode Voltammetry
Non-Contact Mode Scanning Spreading Resistance Mode nanoIndentation

nanoLithography

  • Local Electroplating
  • Local Oxidation - customised
  • Local Etching
  • Local Scratching
Scanning Kelvin Probe Mode  
nanoMachining of thin organic films and heterostructures Scanning Conductance Mode  
Tuning Fork based Dynamic Force Microscopy with Natural Crystal Diamond Tips (Electrochemical) Scanning Tunnelling Microscopy  
Tuning Fork based Acoustic Sensor of Surfaces    

Confocal Laser Scanning Microscopy

Microscopy (Research and Development) Imaging Spectroscopy
Combined AFM/CLSM Head for nanoMetrology Fluorescence Fluorescence
Confocal Sensor of Surfaces Reflectance FRET
MultiMode (MultiColor) Absorption Microscopy

Transmission

  • Single-colour
  • Multi-colour
  • "True Colour" Mode
HyperSpectral Imaging for materials characterisation
Sample Tilt Compensation Stage

In-situ and in-vitro imaging of dynamic processes

  • FRAP
  • digestion, dissolution
  • dislocation and movement of objects and components
 

Scanning Electron Microscopy

Microscopy (Research and Development) Imaging Spectroscopy
Combined SEM/AFM Metal and semiconductor nanostructures  
  Uncoated and untreated tips of AFM probes  

Electronics

Preamplifiers for Quartz Tuning Fork Sensors

Auto-oscillation Circuitry for Tuning Fork Sensors

Feedback Control Circuitry for Dynamic Force Microscopy

Mechanical Oscillator Quality Factor Control Circuitry

Optically and Acoustically Triggered Positioner of AFM Head

Information Management

Concepts and prototypes of

Software

Imaging Image Analysis Vector Editors Pixel Editors Calculations Programming
LAS AF ImagePro Plus   Inkscape   Adobe Photoshop

MS Excel

Pascal

NanoScope NanoScope Analysis   MS PowerPoint XnView   Igor Fortran 77
nanoSurf Easyscan MetaMorph OpenOffice Draw Irfan View MathCAD C
ImageJ ImageJ Family (MBF ImageJ, Fiji) Adobe Illustrator GIMP     JavaScript
ImagePro Plus Volocity       Tcl/Tk
          VBA
Text Editors Presentation Makers Circuitry Design and Simulation Mechanical Design Other  
MS Word MS PowerPoint EAGLE PCB Software AutoCAD Google Docs  
OpenOffice Writer OpenOffice Impress 5Spice   Kumu    
Alpha       PBWorks    

Hardware

Atomic Force Microscopy Confocal Laser Scanning Microscopy Scanning Electron Microscopy Ultramicratomy
NanoScope II , IIIa, E, Dimension 3000 Leica SP5 Hitachi S-4100 Leica Ultracut UCT
Custom Built AFM combined with Optical, Confocal, Scanning Electron Microscopes Custom Built Combined AFM/CLSM FEI Quanta 200  
PSIA XE-150 Nikon A1 Confocal      
NanoSurf EasyScan 2 FlexAFM      

 


 

Dmitry Sokolov Vladimir, тягаться с глобалами как ГП - дело неблагодарное.
Мои скромные результаты:
- 50 тысяч узлов сети знаний "против" 150 тысяч страниц текста ГП - сравнению не поддается по ряду причин
- прототип целостной онтологии, аналогов чему я просто не знаю, не могу сказать, что их нет
- методология систематических системных исследований для построения целостной онтологии, опробованная на практике
- модель единого смыслового пространства, без которой ни о какой координации распределенной коллективной мыследеятельности говорить не приходится
- модель само-сборки команд в условиях нехватки ресурсов. Тоже, не могу с чем-либо сравнивать, просто руки не доходили. Вполне возможно, и здесь изобретаю велосипед.
А почему изобретаются велосипеды - мы, уже, кажется, разобрали: каждый варится в своем смысловом пространстве / информационном пузыре 18m

 

  • Dmitry Sokolov Ой, забыл о "главном" - платформа для P2P коллективного интеллекта с персональным когнитивным помощником. Без нее целостную онтологию не реализовать. ИИ - мост между личным и коллективным интеллектом.
    План платформы есть. Нужна команда единомышленников. Где их брать - не знаю. Хоть бы кто подключился к работе, хоть в какой роли.
    Все ждут чуда, и по Библии - дождутся...
    Хотелось, естественно, по-уму. А получится, похоже, как обычно... 9m


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