Harvesting. Clean Energy Production. The Best Way to Predict The Future Is To Create It. The Future is in Your Hands.

Size: px

Start display at page:

Download "Harvesting. Clean Energy Production. The Best Way to Predict The Future Is To Create It. The Future is in Your Hands."

Hope Hunter
5 years ago
Views:

1 Harvesting Spacetime-Motive Force for Clean Energy Production The Best Way to Predict The Future Is To Create It. The Future is in Your Hands. Presented by David Lewis Anderson, Ph.D. Innovation and Excellence in Time Technology

2 Spacetime Physics for Clean Energy Production World Energy Consumption: Past, Present and Future Implications to Human Society Global Strategic Plan that Works? Potential Solutions in Spacetime Physics: Spacetime-Motive Force Time Reactors Becoming a Part of the Solution A vision for a world energy solution serving the greater good of human society and the planet.

3 World Energy Consumption: History INDIVIDUAL ENERGY CONSUMPTION Primitive Man 1,000,000 B.C. Energy consumed in the form of food Domestic: Energy for cooking, heating, etc. Services: Energy for office work, trade, teaching Energy for industry and agriculture Energy for transport Hunter 100,000 B.C. Primitive Farmer 5,000 B.C. Developed Farmer 1400AD 1,400 A.D. Industrial Man 1,875 A.D. Technological Man 1,950 A.D Gigajoules per person per year Individual Consumption of Energy Has Increased Dramatically 50 0

4 World Energy Consumption: Trends Increasing planet population and industrialization are predicted to significantly increase world energy demands

uses less than ¼ of the energy produced.

5 World Energy Consumption: Trends Today 28% of the world s population or ¾ of the world s population consumes 77% of the world s energy production uses less than ¼ of the energy produced. Increasing planet population and industrialization are predicted to significantly increase world energy demands

6 World Energy Consumption: Trends Increasing planet population and industrialization are predicted to significantly increase world energy demands

7 World Energy Consumption: Trends Based on present strategic direction, Earth s fossil fuels will continue to remain as the primary source for world energy

8 The Vision or Destination is Correct The Strategic Plan to Get There is Flawed The definition of insanity is doing the same thing over and over and expecting it to come out different. Albert Einstein

9 Implications to Human Society This planet is accelerating along a path that will continue to deplete its resources, damage its ecosystem and create great risk for human society.

10 Potential Next Generation Solutions Technology That Goes Straight to the Source of Hydro-Electric and Tidal Power

11 Energy from Curved Spacetime Abundant Supply Naturally-Occurring Clean Process Direct to Source (Efficiency) No Hazardous Byproducts Minimal Impact to Planet More Analysis Needed The Next Generation of Energy Production May Harvest the Flow of Spacetime-Motive Force across curved spacetime

12 A Naturally-Occurring Power Source Spacetime-Motive Force Inertial Frame-Dragging Effect Rotating planets or bodies twists spacetime, like a spring. The potential energy stored in curved spacetime is enormous.

13 A Naturally-Occurring Power Source Spacetime-Motive Force Inertial Frame-Dragging Effect Rotating planets or bodies twists spacetime, like a spring. The potential energy stored in curved spacetime is enormous.

14 How much Inertial Frame-Dragging? Frame Dragging is Small but the Earth is big. How large is the frame-dragging effect? Innovation and Excellence in Time Technology

15 What does it mean? How Much Power? ω is the angular speed Period of Earth = hrs I is the moment of inertia. Angular Velocity = 7.29 x 10-5 rad/sec K is the kinetic energy. Moment of Inertia = 8.04 x kg m x Joules! The Kinetic Energy of our rotating planet is very large! But is it safe to harvest?

16 Impact of Harvesting Spacetime-Motive Force Global Tides Change Earth s Rotation Slows Orbit of Moon Increases Weather Patterns Altered Global Chaos! End of the World? Nothing is Free. Our planet is a complex system. Everything is connected and the Conservation of Energy and Physics demand their must be an effect!?

17 Impact of Harvesting Spacetime-Motive Force Let s use an example Period of 1000 years Gradually slow Earth s rotation by seconds Day would become seconds not seconds A possible unnoticeable effect with no consequences Assume ASTC = 1.0 (this is the Spacetime Coupling Coefficient)

18 Impact of Harvesting Spacetime-Motive Force Let s use an example The Result Period of 1000 years Gradually slow Earth s rotation by seconds Day would become seconds not seconds A possible unnoticeable effect with no consequences Assume ASTC = 1.0 (this is the Spacetime Coupling Coefficient) Recalculating, l Earth gives up 3.6 * 1021 kg-m 2 /s 2, or 3.6 * Joules. A Joule is a watt-second. To convert this into kwh, we divide by 3600 seconds/hour and 1000 watts/kw or 3.6 million, and get 1.0 * kwh. This is identical to the total electric use of all Americans for one thousand years as calculated above! The same as if a large 50-megawatt electric power generating plant operated constantly for hours, or around 23,000 years!

19 Impact of Harvesting Spacetime-Motive Force Let s use an example The Result Period of 1000 years Gradually slow Earth s rotation by seconds Day would become seconds not seconds A possible unnoticeable effect with no consequences Assume ASTC = 1.0 (this is the Spacetime Coupling Coefficient) Spinning i energy" of the Earth is around 60 thousand million times that TOTAL ELECTRIC USAGE of all Americans for an entire year! Recalculating, l Earth gives up 3.6 * 1021 kg-m 2 /s 2, or 3.6 * Joules. A Joule is a watt-second. To convert this into kwh, we divide by 3600 seconds/hour and 1000 watts/kw or 3.6 million, and get 1.0 * 1015 kwh. This is identical to the total electric use of all Americans for one thousand years as calculated above! The same as if a large 50-megawatt electric power generating plant operated constantly for 2 * 108 hours, or around 23,000 years!

20 Energy from Curved Spacetime + + One approach to harvest spacetime-motive force stored in the curved spacetime surrounding a planet, or any rotating body, is to use a Time-Warped Field Generator or Time Reactor

Time-warped dfield ldgenerators were originally i designed dto generate containable and controllable

21 Time-warped Field Generator Time-warped Field Technology accesses the potential energy differences between two areas of twisted spacetime created by inertial frame-dragging. Time-warped dfield ldgenerators were originally i designed dto generate containable and controllable fields of closed-timelike curves for application in time control technology research. Innovation and Excellence in Time Technology

22 Time Reactor Description Description: A system accessing and applying the stored potential energy within regions of curved spacetime or hyperspace. Twisted spacetime around the earth, or any rotating body, contains enormous levels of potential energy. This is due to the tension in the fabric of spacetime caused by inertial frame-dragging. Problems Addressed: This world lacks an abundant source of plentiful and clean energy. Present power generation systems are inefficient, expensive and create dangerous or harmful byproducts of operation. Also, there is not presently a reliable source of time-warped fields, including closed time-like curves, for use in spacetime research, development and real-world applications. Solution: A time reactor generates both high levels of clean power and containable and controllable timewarped fields and closed time-like curves. Illustration showing two points, A and B, separated across a distance of curved spacetime. A Time Reactor is a TwF Generator optimized for harvesting energy. Innovation and Excellence in Time Technology

23 Time Reactor Configurations Earth-based Emitter Space-based Collector Earth-Based Emitter and Collector Space-Based Emitter and Collector Energy Flow Energy Flow Space-Based Emitter Earth-based Collector Micro-scale Reactor Large Scale Reactor Network A single Time Reactor may include some parts and components at a single point or at two or more points within a region of curved spacetime or hyperspace. Innovation and Excellence in Time Technology

Time Reactor Beam Discharges and Captures Spacetime Motive Force How Does It Work?

Reactor Emitter/Collector Alignment 1. With Each Other 2. At Point of Intersection 3.

Rotating Field Also Injected in Emitter 1. Proprietary Injector System Design 2.

24 Time Reactor Beam Discharges and Captures Spacetime Motive Force How Does It Work? Region of curved spacetime or hyperspace 1. Region and Characteristics are Important 2. Reactor Emitter/Collector Alignment 1. With Each Other 2. At Point of Intersection 3. Emitter Field Charged and Beam Initiated 1. Chemical Reagent 2. Laser Array 3. High Initial Energy 4. Rotating Field Also Injected in Emitter 1. Proprietary Injector System Design 2. Combined Fields Facilitates SMF Propagation 3. Contains the SMF Discharge When Formed 5. SMF Discharge Occurs 1. Captured Energy 2. Concentrated CTCs A Time Reactor simply discharges and captures potential energy stored within curved spacetime or hyperspace.

25 Time Reactor Components A basic time reactor may include just one emitter and collector or arrays of each. This may be at a single location or multiple locations within regions of curved spacetime or hyperspace. System physical size may range from the micro level to systems that cover large surface areas of a planet. The key components of a Time Reactor May Vary Innovation and Excellence in Time Technology

26 More Complex Considerations Earth is Not Solid ASTC typically 1.0 Support Technologies are Lossy Regional Characteristics Vary More Impact Analysis Must Better Understand Effect on our Planetary System and Society Still, Orders of Magnitude Improvement: Output t Performance Risk and Hazard Reduction There are complex variances and efficiency i considerations beyond these simple examples. However, energy production output has a significantly higher potential than present technologies.

27 Becoming A Part of the Solution?? Innovation and Excellence in Time Technology

28 Intentions Are Not Enough George Roter, CEO Engineers Without Borders Change Starts With You Innovation and Excellence in Time Technology

29 Have Hope, And Look For It Dr. Edgar Mitchell Scientist t Test Pilot Naval Officer Astronaut Entrepreneur Author Follow your dreams and have faith in yourself Innovation and Excellence in Time Technology

30 We do not see our universe the way it is. We see the universe the way we are. David Lewis Anderson The first step forward to understand new opportunities in spacetime physics for ourselves and human society is the most difficult. Innovation and Excellence in Time Technology

31 Harvesting Spacetime-Motive Force for Clean Energy Production The Best Way to Predict The Future Is To Create It. The Future is in Your Hands. Presented by David Lewis Anderson, Ph.D. To learn more visit Innovation and Excellence in Time Technology

The Cosmic Perspective Seventh Edition. Making Sense of the Universe: Understanding Motion, Energy, and Gravity. Chapter 4 Lecture

Chapter 4 Lecture The Cosmic Perspective Seventh Edition Making Sense of the Universe: Understanding Motion, Energy, and Gravity 2014 Pearson Education, Inc. Making Sense of the Universe: Understanding