Time travel ABILITY TO TRAVEL TO ANY POINT IN SPACE FUTURE TRANSFORMED INTO PAST WITH PRESENT LASTING FOR FLEETING MOMENT TIME- FOURTH DIMENSION OF.

Slides:



Advertisements
Similar presentations
by Robert Nemiroff Michigan Tech
Advertisements

Black Holes Devouring Monsters of the Universe. How are they made? Only the very largest stars, beginning with at least 50 solar masses, are able to form.
15.1Tenets of General Relativity 15.2Tests of General Relativity 15.3Gravitational Waves 15.4Black Holes General Relativity CHAPTER 15 General Relativity.
Explain how we can determine the ages of star clusters
We measure the passage of time in seconds, minutes, hours and years, but this doesn't mean time flows at a constant rate. Just as the water in a river.
Black Holes Gravity’s Fatal Attraction.
Black Holes. Outline Escape velocity Definition of a black hole Sizes of black holes Effects on space and time Tidal forces Making black holes Evaporation.
 PROGRAM OF “PHYSICS2B” Lecturer: Dr. DO Xuan Hoi Room A1. 413
What is gravity?. We all know about gravity We see and experience its effects every day Not just on Earth… DigitalImages/1995/1995_02395L.jpg.
First we send a shuttle into space carrying probes.
“History would become an experimental science.” Carl Sagan ( )
Black Holes Dennis O’Malley. How is a Black Hole Created? A giant star (more than 25x the size of the sun) runs out of fuel –The outward pressure of the.
Active Galactic Nuclei (or AGN) Seyfert galaxies have very small (unresolved), extremely powerful centers! The strength of the emission lines vary on timescales.
1 Harvard-Smithsonian Center for Astrophysics Origins Education Forum - STScI Navigator Public Engagement Program - JPL A Galaxy Full of Black Holes.
Black Holes. What is a black hole? What is a black hole? A black hole is an infinitely dense object that occupies a single point in space. It is so dense.
Mason Elsberry Jordan Hutchinson John Palmer Krieger
13.3 Black Holes: Gravity’s Ultimate Victory Our Goals for Learning What is a black hole? What would it be like to visit a black hole? Do black holes really.
Black Holes.
Chapter 29 Relativity.
Wormholes and space warps Topics Ripples in space Wormholes Time warps Space warps Motivation A few spacetime oddities. 1.
Universal Gravitation. 2Physics 1100 – Spring 2012 Chapter 9 - Gravity Universal Law of GravityUniversal Law of Gravity Universal Gravitational Constant,
Unit 06 “Circular Motion, Gravitation and Black Holes” “Gravitation and Black Holes”
$200 $300 $400 Final Jeopardy $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 Types of Black.
Test Review Chapters Relativity. Question #1 What happens to the gravitational force when 2 objects get farther away from each other?
TIME TRAVELLING TIME MACHINES AND OTHER THEORIES.
General Relativity & Black Holes Jenn Felder and Nikki Linn Physics 220.
Einstein’s postulates 1.The laws of nature are the same for everyone. 2. The speed of light in a vacuum is constant for all observers.
P2 Topic 10. Learning Objectives For an object to move in a circular path a force must act on it. Energy can be converted from one form into another but.
Physics Mrs. Coyle -Gravitational Field -Satellites -Einstein’s View of Gravity.
A black hole is a region of space with such a strong gravitational field that not even light can escape.
BLACK HOLES. WHAT IS A BLACK HOLE? A few definitions from the dictionary: Region of space resulting from the collapse of a star Region of space with strong.
Gravitational Interactions. Newton Again Sir Isaac Newton did not discover gravity. – He discovered that gravity is universal – All matter attracts all.
General Relativity and the Expanding Universe Allan Johnston 4/4/06.
Physics Relativistic Motion. Objectives By the end of this lesson, you should be able to Explain the General Theory of Relativity as it relates to velocity.
Chapter 12 Space Exploration. Section 12.1 page 428 Explaining the Early Universe GALAXY – collection of stars, planets, gas and dust held together by.
Goal: To get to know the ins and outs of relativity (relatively speaking) Objectives: 1)To learn about how Black holes depend on space-time 2)To learn.
Black Holes
“The Theory of Relativity in Quran”
Universal Gravitation. Gravity Isaac Newton is first credited for the idea of mass being attracted to other mass. He saw the moon after the famous apple.
REVISION What is comic radiation and how is the Earth protected from it.
Black Holes. Black holes The gravity on neutron stars, white dwarfs and black dwarfs is so strong that it crushes atoms, so the matter in stars is millions.
Historical SN and their properties Total energy released ~10 54 erg in a few hours.
Astronomy 1143 – Spring 2014 Lecture 18: Special Relativity.
Chapter 12 Space Exploration. Section 12.1 page 428 Explaining the Early Universe GALAXY – collection of stars, planets, gas and dust held together by.
Pulsars, Neutron Stars and Black Holes Model of a Neutron Star.
Universal Gravitation Physics. Warm-Ups WWhat is Newtonian Synthesis? SSame laws of physics that apply to Earth, also apply to the heavens.
Neutron Stars & Black Holes (Chapter 11) APOD. Student Learning Objective Indentify properties of Neutron Stars & Black Holes NASA.
BLACK HOLES
Chapter 12 Space Exploration. Section 12.1 page 428 Explaining the Early Universe GALAXY – collection of stars, planets, gas and dust held together by.
Chapter 13: Neutron Stars and Black Holes. When a massive star begins its core collapse, the electrons get compressed into the protons to form neutrons.
General Relativity. Einstein’s Theory of General Relativity -deals with accelerated frames of reference and provides a new theory of gravity. -(Special.
Testing General Relativity Hyperspace, Wormholes, and Warp Drives.
Goal: To get to know the ins and outs of relativity (relatively speaking) Objectives: 1)Black holes vs space-time 2)General Relativity 3)Special Relativity.
Visual Guide to Special and General Relativity. This is about to get weird…
The Theory of Wormholes By: Ivy Morales. How do they work and what do they do? Wormholes are bridges that connect two different points in space-time.
Neutron Stars & Black Holes. Neutron Stars and Black Holes I. Neutron Stars A. Remnant from the collapse of a _________. B. During the core collapse of.
Natural wormholes at work This is how a natural wormhole works (connecting two black holes, one billion light years apart for example):
The Expanding Universe  When light or sound moves toward or away from an observer, its frequency/wavelength changes (Known as Doppler effect)  Can be.
Universal Gravitation Does the moon stay at a certain distance from the Earth or is it falling toward the Earth? - the moon is actually falling around.
Black Hole. Special Relativity Einstein’s special theory of relativity has two parts. –All objects moving at constant velocity have the same laws of physics.
Working Against Gravity! Escape – when you can and when you can’t!
Neutron Stars & Black Holes (Chapter 11) APOD. Student Learning Objective Indentify properties of Neutron Stars & Black Holes NASA.
Chapter S3 Spacetime and Gravity
Einstein’s postulates
Time Travel Made by: Sonya Balay.
A Galaxy Full of Black Holes
TIME TRAVEL! Mr. Sroka.
Aim: How do we explain gravitational fields?
A Galaxy Full of Black Holes
Goals Explain how neutron stars form Explain what pulsars are Explain what gamma ray bursts are Explain how Einstein’s theories apply to these objects.
Presentation transcript:

Time travel ABILITY TO TRAVEL TO ANY POINT IN SPACE FUTURE TRANSFORMED INTO PAST WITH PRESENT LASTING FOR FLEETING MOMENT TIME- FOURTH DIMENSION OF UNIVERSE ALBERT EINSTEIN’S THEORY OF RELATIVITY LAID THE FOUNDATION FOR THEORETICAL POSSIBILITY OF TIME TRAVEL

THEORY Einstein’s 1 st major contribution to study of time-”special theory of relativity” Time is relative to speed RELATIVITY STATE-if one were to move away from the earth at relativistic velocities and return,more time would have passed on earth than for the traveler.

TIME TRAVEL TO THE PAST TIME TRAVEL TO THE PAST IS THEORETICALLY ALLOWED USING THE FOLLOWING METHODS 1) TRAVELLING FASTER THAN THE SPEED OF LIGHT 2)USE OF COSMIC STRINGS AND BLACK HOLES 3)WORMHOLES

TRAVELLING FASTER THAN SPEED OF LIGHT Relativity states- velocity of an object reaches speed of light, time slows down Scientist have discovered that even at the speed of space shuttle, astronauts can travel a few nanoseconds into the future.

BLACK HOLES When stars reach the end of their life, they collapse under the pressure of their own weight. This implosion creates BLACK HOLES. Gravitational fields is very strong

MASSIVE SPINNING CYLINDERS Developed by Frank Tipler If cylinder spins fast enough about its long axis, then a spaceship flying around the cylinder on a spiral path could travel back in time.

WORMHOLES Are wormholes tunnels for time travel???? Wormholes are theoritical shortcuts through space and time. Tunnel like connection through space time

WORMHOLES It has two mouth connected by a throat Provide path that traveler could follow Theoretical No experimental evidence

EXPERIMENTS CARRIED OUT Delayed choice quantum eraser by -MARLAN SCULLY Experiment by LIJUN WANG