Combining High Level Concepts with Deep Structural Analysis

1. My ‘3D Approach’
to Science & Technology
Combining High Level Concepts
with Deep Structural Analyses
Sabine K McNeill - 3D Metrics

2. The Story
 Life and its Lessons
 Turning Points
 Character Forming Experiences
 November 1996: Odyssey 3000
 Me and my Laptop
 Splendid Intellectual Isolation
 June 2005: Smart Knowledge Management
 (R)evolutionary Sciences
 Software based Visualisations
 Data based Interpretations
 October 2005: 3D Metrics Ltd
 Disruptive Technologies
 ‘3D Software’
 ‘3D Hardware’
 ‘3D Measuring Devices’

3. In the Beginning…
 What is a Computer?
 The Best of Reader’s Digest
 IBM, Honeywell, Bull - Munich
 Testing, testing…
 Mathematics and programming - Darmstadt
 IBM 7094
 CERN – European Centre for Nuclear Research –
Geneva, Switzerland
 IBM 1401
 CDC 6000 – 3000
 Machine language
 Memory dumps
 Base 8 (octal) – Base 16 (hexadecimal)

4. CERN

5. ‘Micro Quantum & Macro Cosmos’

6. The Accident: January 10th
, 1973
 The Event
 “This must be the end – this must be the ocean”
 From Patriarchy to ‘Synarchy’ – the joint hierarchy with
technology
 The Medical Establishment
 American doctors are so strict
 Your pain is psychological
 You won’t suffer when you get older
 The Legal Establishment
 You should have come 10 years ago
 The Financial Establishment
 www.monies.cc
 Financial Forecasting

7. 1979: My First Computer
 Apple II
 “This is what I have done”
 Qume Printer
 1981: Peace Network =>
Peace Child in London
 Turning Points @ St. James’s
 1983: NetReach
 Networking Computer Networks &
Reaching Out to People by Computer
 Visicalc => Excel
 EIES – Electronic Information Exchange System

8. 1996: Prime Numbers on Wooden Beads
 3D Realities: Seeing, Measuring and Comparing
 From Numbers to Measuring
 Counting Objects
 Counting Measuring Units
 Meter / Kilogram / Second
 3D Writing: Words, Numbers and Images
 From Texts to Tables
 Opposites / Polarities
 Old / New / Difference
 ‘3D Glossary’: Naming, Defining, Explaining
 3D Coding: Data Base, Optimizing behind
the Screen, Visualizing on Screen
 From Fortran to Visual Basic
 Transformations
 Interpolation / Extrapolation / Layering
 Software Aided Thinking
 Expressing my Thinking:
 Visio and Rational Rose for Diagrams
 Excel graphics plus data base
 MindManager mind maps
 Concordance for word lists

9. ‘3D TimeData’ – the 1st
Prototype
New Method of
Interpolation

10. ‘Visual Data Intelligence’
The 2nd
Prototype:
 A new method
for Extrapolation
(Forecasting)

11. ‘Visual Data Intelligence’
A new method for
 Layering
Multi-
Dimensions

12. ‘Visual Data Intelligence’
 Layering
Multi-
Dimensions

13. ‘Visual Modelling Intelligence’
 Based on Light (Photonics)
 Creates ‘Ideal Light Models’
 Creates ‘Common Denominator’
across Physics, Chemistry, Biology
 User Interfaces
 Sphere of Phenomena
 Application Area
 Order of Magnitude
 Specialisation Menus
 Implements my ‘3D Metrology’
(Science of Measuring)
 Quantifying Light-based Qualities
 Specifying new Indicators
 Vitality – Poisonousness
 Harmoniousness – Disharmoniousness

14. Visual Intelligence
 Numerical Data
 Interpolation / Extrapolation / Layering
 Spherical Modelling
 Simulating Time / Emulating Light
 Visual Statistics
 Shapes / Colours
 3D-Metrics
 Qualities

15. The Morale
 Magic of Networking
 Right information & right people
at the right time
 Learn what you need to learn
when you need to learn
 Keep learning
 Trust yourself:
 Inner Voice and Inner Drummer
 Think your thoughts
 Feel your feelings
 Harmony between Self
and Environment

16. User Interfaces for Fundamental Software
User
Interfaces

17. Perceiving 3D => ‘3D Thinking’
 Philosophy
 Knowledge - Concepts
 Generalising
 Science
 Logic - Analysis
 Quantifying
 Measuring
 Religion
 Beliefs - Icons
 Visualising
Philosophy
Science
Religion

18. Small is Beautiful => Micro
is Powerful => Nano is Wonderful
 ‘3D Software’
 Visual Intelligence
 ‘3D Measuring Devices’
 Light-Based Qualities
 ‘3D Hardware’
 Analogue / Digital Storage
 Processor / Translator
 3D Output Device