Skip to content

TheOldScientist

  • Home
  • Movies
    • Application Notes
      • Scalar Networks
      • Scalar wave communication
    • Atmospheric Electricity
    • Dielectric Field propagation
    • Earth Battery
    • Earth Magnetic Fields
    • EMF Battery Charging
    • Ferrite core systems performance in Joule thief configuration
    • Geometric Objects and the influence of the Aether
    • LED Driver Performance and Systems
    • Magnetic Shielding
    • NG Coil Design
    • Space Conditioning
    • Tesla Coil Functions
    • Vortices Fields
  • Products
    • Components and Part list
  • Research
    • Books
    • Calculators and Converters
    • Courses
      • Calculations, Simulations and Experimentations
      • Coil Design
      • Electricity
        • HV Systems
      • Electronics Design
        • Performance Evaluation Electronic Components
      • Electromagnetic Waves and Fields
        • Components and performance
        • Performance Evaluation
      • Passive component measurements
      • Scientific Laws
    • Inventors and Developers
    • Laws
    • Scientists
    • Tesla Patents
    • Tutorials
      • Diagrams and Datasheets
      • Design, Drawings, Circuits and Tutorials
      • How to build a rig for a solenoid coil
      • How to build a Pyramid
  • Webinar
    • Seminar
    • Training
    • Workshop
  • Contact Us
  • About
    • Blog
    • Consulting
    • Copyright
    • FAQ
    • Privacy Policy
    • Terms & Conditions
  • Home
  • Movies
    • Application Notes
      • Scalar Networks
      • Scalar wave communication
    • Atmospheric Electricity
    • Dielectric Field propagation
    • Earth Battery
    • Earth Magnetic Fields
    • EMF Battery Charging
    • Ferrite core systems performance in Joule thief configuration
    • Geometric Objects and the influence of the Aether
    • LED Driver Performance and Systems
    • Magnetic Shielding
    • NG Coil Design
    • Space Conditioning
    • Tesla Coil Functions
    • Vortices Fields
  • Products
    • Components and Part list
  • Research
    • Books
    • Calculators and Converters
    • Courses
      • Calculations, Simulations and Experimentations
      • Coil Design
      • Electricity
        • HV Systems
      • Electronics Design
        • Performance Evaluation Electronic Components
      • Electromagnetic Waves and Fields
        • Components and performance
        • Performance Evaluation
      • Passive component measurements
      • Scientific Laws
    • Inventors and Developers
    • Laws
    • Scientists
    • Tesla Patents
    • Tutorials
      • Diagrams and Datasheets
      • Design, Drawings, Circuits and Tutorials
      • How to build a rig for a solenoid coil
      • How to build a Pyramid
  • Webinar
    • Seminar
    • Training
    • Workshop
  • Contact Us
  • About
    • Blog
    • Consulting
    • Copyright
    • FAQ
    • Privacy Policy
    • Terms & Conditions

Content Overview

  1. Content Overview

    Pages

  • 50 % Movies discount
  • 50 Ohm termination principles for OP – Amps
  • About
    • Blog
    • FAQ
    • Membership
    • Privacy Policy
  • Arduino codes for the battery charger 8 Port
  • Capture Vortices Fields in a Capacitor
  • Consulting
  • Contact Us
  • Content Overview
  • Copyright
  • Dashboard
  • Half Bridge Driver Board
  • Home2
  • How to build a rig for a solenoid coil
  • LED driving performance efficiency Part 6
  • Lumbed Circuits
  • Membership Approval
  • Membership confirmation
  • Movies
    • Application Notes
      • Scalar Networks
        • Class E amplifier and larger solenoid shaped coils 3
        • Class E amplifier and solenoid shaped coils 2
        • Cone or pyramid shaped coils 1
        • Solenoid shaped coils 1
      • Scalar wave communication
        • Scalar wave communication options part 1
        • Scalar wave communication options part 2. The envelop detector
        • Scalar wave communication options part 3. The biased envelop detector
        • Scalar wave communication options part 4. The properties of deployment in nature
    • Atmospheric Electricity
      • Materials and structures to harness electrical potential from the atmosphere
      • Part 2, Materials and structures to harness electrical potential from the atmosphere
      • Part 3, Charging a Capacitor from electrostatic electrical potential from a Wimshurst machine
    • Atmospheric Electricity-2
    • Audio Description – Solid State Back EMF charging, Part 5
    • Dielectric Field propagation
      • Dielectric Fields, receiver and transmitter
    • EMF Battery Charging
      • Back EMF Battery Charging, Part 1
        • Audio Description – Earth Battery Part 1
        • Audio Description – Part 1, Back EMF Battery Charging
      • Back EMF Battery charging, Part 2
        • Audio Description – Back EMF battery charging, Part 2
      • Back EMF battery charging, Part 3
        • Audio Description – Back EMF battery charging, Part 3
      • Solid State Back EMF charging, Part 1
        • Audio Description – Solid State Back EMF charging , Part 1
      • Solid State Back EMF charging, Part 2
        • Audio Description – Solid State Back EMF charging , Part 2
      • Solid State Back EMF charging, Part 3
        • Audio Description – Solid State Back EMF charging , Part 3
      • Solid State Back EMF charging, Part 4
        • Audio Description – Solid State Back EMF charging, Part 4
      • Solid State Back EMF charging, Part 5
        • Audio Description –  Solid State Back EMF charging, Part 5
    • Ferrite core systems performance in Joule thief configuration
      • 3E25 Performance Evaluation
      • Large N30 core, performance evaluation
      • M-088 performance Evaluation
      • N30, Performance Evaluation
      • Nanoperm M-049-02 Performance Evaluation
      • RM8/I – 3C90 core performance evaluation
    • Geometric Objects and the influence of the Aether
      • Geometric Objects, part 1
      • Geometric Objects, part 2
      • Geometric Objects, part 3
      • Harnessing Atmospheric electricity, Lift-off, first try
    • NG Coil Design
      • Next Generation Coil Design, Part 1
      • Next Generation Coil Design, Part 2
      • Next Generation Coil Design, Part 3
      • Next Generation Coil Design, Part 4
      • Next Generation Coil Design, Part 5
    • Space Conditioning
      • Construction of a Space Energy Concentrator
      • High Voltage Transformer for Space Activation Device
      • Space Conditioning , Part 1
        • Audio Description – Space Conditioning, Part 1
      • Space Conditioning Part 5
      • Space Conditioning, Part 2
        • Audio Description – Space Conditioning, Part 2
      • Space Conditioning, Part 3
        • Audio Description – Space Conditioning, Part 3
      • Space Conditioning, Part 4
        • Audio Description – Space Conditioning, Part 4
      • Space Conditioning, Part 6
        • Audio Description – Space Conditioning, Part 6
      • Space Conditioning, Part 7
        • Audio Description – Space Conditioning, Part 7
      • Voltage Multiplier for Space Activation Device
    • Tesla Coil Functions
      • Complex impedance and Class E amplifier in a scalar network
      • Driving high power low resistance loads
      • Energy distribution in a scalar network
      • Enhanced scalar wave technology with passive amplification and reduced power consumption
      • First test type A pancake coil from Prof. Dr. Konstantin Meyl
      • Impedance anomalies in a scalar network and potential free measurements
      • Investigating amplifier options for a prove of concept of a self-sustaining scalar wave energy system
      • Investigating scalar wave hypothesis of power gain by larger coils, phase 1
      • Load investigation for highest power delivery in a scalar network
      • Scalar network the way to alternative energy
      • Scalar wave frequency transmission
      • Scalar wave frequency, configuration and measurements
      • Scalar wave functions, propagation and phenomena
      • Scalar wave technology passive amplification, phase 2
      • Test of Tesla’s recommended copper weight ratio between transmitter and receiver coil via λ/4 resonation
      • Test type C pancake coil from Prof. Dr. Konstantin Meyl
    • Vortices Fields
      • Colliding vortices fields in a scalar network
      • Colliding Vortices Fields, Part 1
      • Colliding Vortices Fields, Part 2
      • Colliding Vortices Fields, Part 3
      • Colliding Vortices Fields, Part 4
      • Colliding Vortices Fields, Part 5
      • Colliding Vortices Fields, Part 6
    • YouTube Videos
      • Amplifier Topologies
      • Biefeld Brown Experiments
      • Plasma Experimentations
      • Power transmission in a lumped circuit and Negative Resistance
      • Radiant Energy
      • Steorn Magnetic Motor Replication
      • The Bipolar Tesla coil and the benefit of orienting asynchronous
      • Wireless Power Transmission
    • Earth Battery
      • Earth Battery Part 1
      • Earth Battery Part 2
        • Audio Description – Earth Battery Part 2
      • Earth Battery Part 3
        • Audio Description – Earth Battery Part 3
      • Earth Battery Part 4
        • Audio Description – Earth Battery Part 4
    • Earth Magnetic Fields
      • Earth Magnetic Fields, Part 1
      • Earth Magnetic Fields, Part 2
        • Audio Description – Earth Magnetic fields, Part 2
    • Magnetic Shielding
      • Introduction to Magnetic Shielding, Part 1
        • Audio Description – Part 1, Introduction to Magnetic shielding
      • Magnetic Shielding, Part 2
        • Audio Description – Part 2, Magnetic Shielding, Battery Benchmark and harnessing Back EMF energy
      • Magnetic Shielding, Part 3
        • Audio Description – Part 3, Magnetic Repulsion via Solenoids
    • LED Driver Performance and Systems
      • Audio Description – LED Driving Transformer Efficiency, Part 6
      • Audio Description – LED Driving Transformer Efficiency, Part 7
      • LED driving performance efficiency Part 7
    • Tesla Wireless Power Part 1
  • Power delivery and distribution between resonating air coils
  • Products
    • Components and Part list
    • Components and Partlist
    • Half Bridge Driver Board
    • Small LED driver Circuit
  • Research
    • Books
      • Akashic Fields
      • Alternative Energy
      • Ananda Bosman
      • Arthur E. Kennelly
      • Arthur Mathews – Tesla’s last Assistance
      • Charles Proteus Steinmetz
      • Eric Dollard
      • Gerry Vassilatos
      • Gustave Le Bon
      • John Worrell Keely
      • Nikola Tesla
      • Oliver Heaviside
      • Rudolf Steiner
      • T. Henry Moray and Moray B. King
      • Viktor Schauberger
      • Walter and Lao Russell
      • William Lyne
    • Companies, Researches and Inventors
      • THE R.M. SANTILLI FOUNDATION
    • Courses
      • Calculations, Simulations and Experimentations
        • Class A versus Class D amplifier power analysis and simulation
        • Class E amplifier driven Tesla coil
        • Class E Radio frequency amplifier analysis and simulation
        • Class E Radio frequency amplifier simulation and build
        • How to measure impedance
      • Coil Design
        • Scalar wave technology and the defiant to Ohms law and Lenz law
      • Electricity
        • HV Systems
        • Ohm’s Law, Kirchhoff’s Voltage Law
      • Electromagnetic Waves and Fields
        • Bifilar versus Monofilar coil design
        • Components and performance
          • Transformer and Dot convention
          • Transformer coiling performance
        • Lenz’s Law, Counter Electromotive Force
        • Load Matching for LED Drivers
        • Magnetic Coupling of coil systems
        • Tesla Coil design
        • The Standing Wave Ratio
        • Transformer Core Material
      • Electronics Design
        • Class B Amplifier, TC4421A, TC4422A
        • IR 2110
        • IR 2183 and IR21834, H – Bridge Driver
        • IR 2184 and IR 2103 Half H – Bridge Driver
        • IRS 2453D Full H – Bridge Driver with internal Oscillator
        • NCP 5181
        • Performance Evaluation Electronic Components
        • Signal Generator Design
      • Frequency Filter Design
      • One wire Power transfer
      • Passive component measurements
        • How to measure Inductors
        • How to measure Self – Capacitance of an air core solenoid coil
      • Performance Evaluation
        • Component Performance Evaluation Part 1
        • Component Performance Evaluation Part 6
        • Component Performance Evaluation, Part 2
        • Component Performance Evaluation, Part 3
        • Component Performance Evaluation, Part 4
        • Component Performance Evaluation, Part 5
        • GDT controlled Tesla coil
        • High Performance GDT for Anti-Parallel Tesla coil
        • Metallic Glas C-core performance Evaluation
        • Thyristor controlled Tesla coil
      • Scientific Laws
    • Patents
    • Scientific Laws, Functions, Rules and Units
      • Admittance
      • Admittance
      • Beta Decay
      • Capacitance
      • Cartesian coordinate system
      • Casimir Effect
      • Coriolis Effect
      • Coulomb’s law
      • Coulomb’s law
      • CP Violation
      • Dirac Sea
      • Electrical Impedance
      • Electrical Reactance
      • Electrical Resitance and Conductance
      • Electricity
      • Euclidean Space
      • Euler-Bernoulli Beam Theory
      • Farad
      • Gauge Fixing
      • Gaussian Function
      • Henry Unit
      • Inductance
      • Joule Unit
      • Kelvin
      • Kirchhoff’s Law
      • Lagrangian Mechanics
      • Lorentz Force
      • Lorentz Transformation
      • Magnetic Reluctance
      • Maxwell’s Equations
      • Minkowski space
      • Newton’s Laws of Motions
      • Ohm’s Law
      • Orgone
      • Orgone
      • Permeability (electromagnetism)
      • Quantum
      • Schuhmann Resonance
      • Susceptance
      • Tesla Unit
      • The Coandă effect
      • Van der Waals force
      • Watt
      • X-Ray
      • Zero Point Energy (ZPE)
    • Scientists
    • Tutorials
      • “Long” and “Short” Transmission lines
      • Ballast Coils
      • DC Tesla Coil Design
      • Design, Drawings, Circuits and Tutorials
        • Calculators and Converters
          • Engineering converters
          • Tesla coil formulas
      • Diagrams and Datasheets
      • Filter Design Guide
      • Honeycombe coil Design
      • How to build a Pyramid
      • How to remove the GFCI protection on a NST
      • RF Amplifier Part 1
      • RF Amplifier Part 2
      • Soldering PL-259 Coax Plugs
      • Synchronous Rotary Spark Gap
      • Tesla Coil Components
      • Tesla Coil Design
      • The HF Current Probe
      • The Tesla Bifilar Spiral Coil
  • Research Companies and Researchers
  • Scientists – Physicists
  • Sitemap
  • Terms & Conditions
  • test
  • Transformer dot conversion
  • Webinar
    • Seminar from 17.03.2020, Resonance in biological entities
    • Training
    • Workshop

    posts

  • Scalar wave communication options part 4. The properties of deployment in nature, new video
  • Scalar wave communication options part 3. The biased envelop detector, new video
  • Scalar wave communication options part 2. The envelop detector, new video
  • Scalar wave communication options part 1, new video
  • Class E amplifier and larger solenoid shaped coils 3, new video
  • Class E amplifier and solenoid shaped coils 2, new video
  • Solenoid shaped coils 1, new video
  • Application Notes, Scalar Networks, Cone or pyramid shaped coils 1, new video
  • Complex impedance and Class E amplifier in a scalar network, New video
  • Load investigation for highest power delivery in a scalar network, new video

Logged Out

You are not currently logged in.








» Lost your Password?

RSS TheOldScientist

  • Scalar wave communication options part 4. The properties of deployment in nature, new video February 28, 2021
  • Scalar wave communication options part 3. The biased envelop detector, new video February 24, 2021
  • Scalar wave communication options part 2. The envelop detector, new video February 23, 2021
  • Scalar wave communication options part 1, new video February 20, 2021
  • Class E amplifier and larger solenoid shaped coils 3, new video February 16, 2021
  • Class E amplifier and solenoid shaped coils 2, new video February 13, 2021
  • Solenoid shaped coils 1, new video February 11, 2021
  • Application Notes, Scalar Networks, Cone or pyramid shaped coils 1, new video February 10, 2021
  • Complex impedance and Class E amplifier in a scalar network, New video February 8, 2021
  • Load investigation for highest power delivery in a scalar network, new video January 30, 2021

Admin

  • Log in
  • Entries feed
  • Comments feed
  • WordPress.org

Archives

Latest posts

  • Scalar wave communication options part 4. The properties of deployment in nature, new video
  • Scalar wave communication options part 3. The biased envelop detector, new video
  • Scalar wave communication options part 2. The envelop detector, new video
  • Scalar wave communication options part 1, new video
  • Class E amplifier and larger solenoid shaped coils 3, new video

Calendar

March 2021
M T W T F S S
1234567
891011121314
15161718192021
22232425262728
293031  
« Feb    
Copyright - TheOldScientist, 2012-2021
Translate »