V-Teleportation occurs due to the changes of the properties of local spacetime of a Macro System. Spacetime bubble A mouth of a “wormhole” A macro object.

Slides:



Advertisements
Similar presentations
Exploring the Four Forces of Flight
Advertisements

P3 – Revision Quiz Space for reflection.
P2 1. Motion.
Heat and Temperature All particles are always in motion, even in solids. Kinetic energy= The energy of motion. Heat= a measure of the total kinetic energy.
 Forces cannot exist individually  Any force applied to an object causes an interaction  And the object applies an equal force back.
3.3 Performance Appraisal Fluid Mechanics 3: Hydrodynamics - Resistance.
Forces and Motion Unit F. Ant Maze When things are in MOTION, we need to know: 1.Distance 2. Direction.
Kepler’s Laws of Planetary Motion
Motion of mass on a parachute  Falling objects increase their speed as they fall.  This is due to their weight (the force of gravity) that pulls them.
< BackNext >PreviewMain Section 2 Gravity and Motion Chapter 13 What You Will Learn The acceleration due to gravity is the same for all objects near Earth’s.
Julia Sickels - jns5224 Sam Fisher - sef5176 Alyssa Hawras - aoh5295.
BY CARLO BECERRA & LUIS ALCAZAR Albert Einstein. Background o Born: Ulm, Kingdom of Wurttemberg, German Empire o March 14, 1879 o In 1901 he worked as.
Prepared By: Shakil Raiman.  First Law: If there is no unbalance force – a stationary object will remain stationary and a moving object will keep on.
SMART SHOCK ABSORBER. During the everyday usage of an automobile, only 10–16% of the fuel energy is used to drive the vehicle. One important loss is,
Physical Science: Ch 11 Notes A. Speed and Velocity Average speed – is the total distance traveled divided by the time it takes to travel that distance.
SI ENERGY TYPES AND TRANSFORMATIONS. HOW ARE WORK AND ENERGY RELATED? When work is done, energy is transferred to an object (or system). Energy is the.
Lecture 6 Momentum, Relativity, Energy and Civilization Chapter 3.8  3.15 Outline Linear Momentum Angular Momentum Relativity and Rest Energy Energy and.
Special Relativity Space and Time. Spacetime Motion in space is related to motion in time. Special theory of relativity: describes how time is affected.
1. When an object is moving - what effect will a balanced force have on the object?  A. The object will start moving faster. B. The object will slow.
General Relativity and the Expanding Universe Allan Johnston 4/4/06.
Fundamental Principles of General Relativity  general principle: laws of physics must be the same for all observers (accelerated or not)  general covariance:
Free Fall – falling under the influence of gravity only (no air resistance) One Dimensional Projectile Motion A projectile is an object for which the.
Forms and Types of Energy Energy: The property of an object that allows it to produce change in the environment or in itself. (The ABILITY to do WORK)
CLASSICAL PHYSICS Space, Time, Motion 1.Space, time, velocity, acceleration 2.Relative motion 3.Inertial reference frames 4.Newtons laws of motion.
Relativity Jennifer Keehn. “I want to know how God created this world. I am not interested in this or that phenomena, in the spectrum of this or that.
Space Travel Many limits to traveling in space. Distances are incomprehensible. 4 light years to nearest star… our fastest spaceship (not even built yet)
Chapter 2.2 Objectives and Vocabulary acceleration deceleration Newton's second law Define and calculate acceleration. Explain the relationship between.
Energy  an object is said to have “energy” if the object has the ability to change its environment Two ways to transfer energy  1. through the application.
Dynamics!.
MAE 5360: Hypersonic Airbreathing Engines
Energy Types and Transformations SI. How are work and energy related? When work is done, energy is transferred to an object (or system). Energy is the.
Chapter 4 Making Sense of the Universe: Understanding Motion, Energy, and Gravity “ If I have seen farther than others, it is because I have stood on.
Nature of Waves Image Source: Microsoft Office clipart.
Unit 5: Energy Intro to energy notes. What is energy? Energy is the ability of a physical system to do work Energy takes many forms – The movement of.
Chapter 1 Relativity 1.
NEWTON’S 3 RD LAW The Third Law of Motion. NEWTON’S 3 RD LAW  For every action there is an equal and opposite reaction!
Forces in Motion Chapter 2 Mrs. Estevez. Gravity and Motion What happens when you drop a baseball and a marble at the same time? What happens when you.
Our Universe explained. Our Universe is made up of three things: Spacetime Matter energy.
Gravity and Air Resistance. Free Fall When falling the only force acting on an object is gravity Type of force when in free fall: unbalanced force Objects.
Racing Ahead By making accurate measurements of speed and acceleration, I can relate the motion of an object to the forces acting on it and apply this.
Waves: Oscillations (back-and-forth or up-and-down motion) that travels from one place to another with a certain velocity (speed and direction.)
Kepler’s Laws of Planetary Motion
Gravity is not just a good idea !
MAE 5350: Gas Turbines Integral Forms of Mass and Momentum Equations
Forces and Motion Forces and Motion? Newton’s Laws of Motion?
Energy Types and Transformation
Do now A baseball player holds a bat loosely and bunts a ball. Express your understanding of momentum conservation by filling in the tables below.
What is Physics?.
Unit D – Space Exploration
Friction & Air Resistance
Forces and Motion Forces and Motion? Newton’s Laws of Motion?
Motion, Forces & Machines PowerPoint Presentation
Our Universe explained.
Mass and Weight Standards 1.3.
Newton’s Laws of Motion
MAE 4261: AIR-BREATHING ENGINES
Forces part 2.
Laws of Motion and Energy
Forces Bingo.
Gravity Gravity.
Drawing and Examples (2-3) Dictionary Definition
Our Universe explained.
VEHICLE TECHNOLOGY AIR CONDITIONING SYSTEMS.
What’s All the (com)MOTION?
Do now A baseball player holds a bat loosely and bunts a ball. Express your understanding of momentum conservation by filling in the tables below.
Newton’s first and second laws
Class Starter: Waves What are some examples of waves in nature?
Open vs. Closed Systems.
Friction & Air Resistance
Free Fall.
Presentation transcript:

v-Teleportation occurs due to the changes of the properties of local spacetime of a Macro System. Spacetime bubble A mouth of a “wormhole” A macro object “falls” into a mouth of a “wormhole”

E=mc 2 E=m ( ๑ ) c 2 Matter

The novel technology, based upon the fundamental physics, helps to resolve three major challenges that had been representing a problem for a long time: Mass, Speed, Energy. NEW PARADIGM IN ENERGY AND TRANSPORTATION

Challenge 1 - MASS: Discovery of new propulsion methods that operates and control inertial mass of a mechanical system, and allows creating “jet-like motion” without “rejection” of mass. Challenge 2 - SPEED: Discovery how to operate the instant changes of direction (trajectory) and value of velocity, accelerating and decelerating in space without reaction of mass. In the future we will be able to move almost instantly by applying the topological properties of spacetime continuum (wormholes). Challenge 3 - ENERGY: Discovery of fundamentally new technology that demonstrated higher efficiency of 4D Warp Drive comparing to conventional systems. In the future the energy source and 4-D WD will be unified due to application of zero-point energy.

Novel Phenomena: v-Teleportation by vacuum metric engineering and operation of warp local spacetime continuum: space –time precession, mechanical self-induction

The advantages of a vehicle with 4-D Warp Drive: Motion due to the control of topological properties of the space-time. Motion due to the control of topological properties of the space-time. Capacity to change the directtion and speed without breaks or a starter. Capacity to change the directtion and speed without breaks or a starter. The motion without reaction of masses. The motion without reaction of masses. Capacity to move more efficient than the conventional vehicles. Capacity to move more efficient than the conventional vehicles. Ability to move in any media: on earth, water, under water, in air and space. Ability to move in any media: on earth, water, under water, in air and space.