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.

Slides:



Advertisements
Similar presentations
by Robert Nemiroff Michigan Tech
Advertisements

Interstellar travel. Can we do it?. Challenges of interstellar travel. Since there is no real break-through science to achieve this it might be quite.
White Dwarfs Neutron Stars and Black Holes. Red Giant vs Sun Sun vs White Dwarf White Dwarf vs Neutron Star Neutron Star vs Black Hole Solar Mass Star:
Chandrasekar Limit--white dwarfs form with remnant under 1.3 M sun.
Random Letter of Wisdom Dear Mr. Planisek’s HPSC classes: Before you begin today- 1.This is one of the best classes that you will ever take. Keep.
Space Science = Astronomy
The Big Bang Theory (Part III) The End of it All Mike Stuckey Warren East High School.
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.
Wormholes PHYS43 Modern Physics, SRJC Section 5756 Instructor: Dr. Younes Ataiiyan Modern Physics Project, Spring 2011 May 10, 2011 Melissa Meikle Melody.
Earth Science 25.3 The Universe
La teoria del big bang y la formacion del Universo.
This Set of Slides This set of slides deals with the early universe, the CMB, inflation, Dark Energy and the fate of the universe. Units covered: 80, 81.
Carl Sagan's Contact Honors 368, Section 1 Science in Science Fiction Odis Hickman April 3, 2001.
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.
Wormholes Lonnie Brunson Guy Scronce. Composition Two mouths Throat.
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.
The Big Bang A Timeline. What do you think you know about the Big Bang? Take a couple of minutes to write down what you know, or think you know about.
The Theories of Time Travel
Cosmology. Some important questions Did the universe have a beginning or has it always existed? Will the universe end? If it ends, what will happen at.
Dark Matter begin. Definition Dark Matter is matter that we cannot see. It neither emits nor reflects any light. If we can’t see it, how do we know it.
Wormholes and space warps Topics Ripples in space Wormholes Time warps Space warps Motivation A few spacetime oddities. 1.
Stars.
Chapter 13 Black Holes. What do you think? Are black holes just holes in space? What is at the surface of a black hole? What power or force enables black.
Lauren-Albert Einstein Einstein came up with the Theory of Relativity Which makes bold statements about the nature of light and shows the relationship.
Goal: To understand special stars. Objectives: 1)To learn the basics about Black holes 2)To examine the different sizes/masses of Black holes 3)To learn.
A black hole is a region of space with such a strong gravitational field that not even light can escape.
Time travel ABILITY TO TRAVEL TO ANY POINT IN SPACE FUTURE TRANSFORMED INTO PAST WITH PRESENT LASTING FOR FLEETING MOMENT TIME- FOURTH DIMENSION OF.
I. PLOTNIKOV, M2 AMD December 14-th, Prophetic evidences: K. Tsiolkovski ( ) “Earth is the cradle of humanity, but one cannot live in a.
ASTRONOMY. In case you couldn’t tell, space is very, very, VERY big. EVERYTHING out there – stars, planets, etc….is called the UNIVERSE.
General Relativity and the Expanding Universe Allan Johnston 4/4/06.
No End in Sight: The Runaway Expansion of the Universe and the Fate of the Cosmos By Geoff Handsfield and Orville Day Dept. of Physics, East Carolina University.
THE UNIVERSE OR DECREASING ACCELERATION IS THE EXPANSION RATE PRESENTED BY: JAKE DOTTS & JESS MYERS.
Black Holes Chapter Twenty-Four. Guiding Questions 1.What are the two central ideas behind Einstein’s special theory of relativity? 2.How do astronomers.
Black Hole Vacuum Cleaner of the Universe. Formation of Black Hole nuclear fusionnuclear fusion - tends to blow the star's hydrogen outward from the star's.
HUBBLE’S LAW Edwin Hubble Hubble’s Law “the farther away a galaxy is from its observer, the faster it appears to be moving away from the observer”
SINGULARITY THEOREMS Singularity = place where physics breaks down –usually, where some predicted quantity becomes infinite, e.g., curvature of spacetime.
Light-year The distance light travels in one year. A unit of distance used to measure between stars.
General Relativity and Cosmology The End of Absolute Space Cosmological Principle Black Holes CBMR and Big Bang.
It was discovered in the early 1990’s that the pulse period of a millisecond pulsar 500 parsecs from earth varies in a regular way.
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.
The Sun-Earth-Moon System. What is the moon? The moon is a natural satellite of Earth This means that the moon orbits Earth.
Space Notes 3A Covers Objectives 6,7,8, and 9. Think About this Question: You should be able to answer this at the end of todays lesson How are the Solar.
Earth, Stars, and the Universe Earth tends to be hotter at the equator because the sun’s energy is perpendicular to the earth and therefore more concentrated.
Our Expanding Universe. What is a theory? What is the Big Bang Theory? Draw a picture of the Big Band Theory Come up with your own theory of how the universe.
The UniverseSection 3 Section 3: Origin of the Universe Preview Key Ideas Bellringer What Is the Universe? What Happened at the Beginning? Predicting the.
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.
Black Holes. Escape Velocity The minimum velocity needed to leave the vicinity of a body without ever being pulled back by the body’s gravity is the escape.
Dark Energy By Chris Malafis & Amit Sheth. Discovery Two competing groups from different observatories were trying to prove the deceleration of the expansion.
1 Chapter 12 Objectives: 1)List the major objects that can be seen in our night sky. 2)Define a light year and be able to convert it to distances. 3) Define.
The Expanding Universe  When light or sound moves toward or away from an observer, its frequency/wavelength changes (Known as Doppler effect)  Can be.
Catalyst Pick up a note sheet. Pick up 1 piece of colored paper. Put “Unit 1 Astronomy” on the front of the colored paper. SIT SILENTLY IN YOUR SEAT.
The Origin of the Universe Chapter 20.3 Notes. What is the Universe? The universe consists of all space, matter, and energy that exists—now, in the past,
Additional Evidence for the Big Bang. The Big Bang An extremely small, extremely dense point expanded outwards extremely quickly, releasing an extremely.
#23 Big Bang Theory The expanding universe and a quick galaxy review.
Lecture 23: The Acceleration of the Universe Astronomy 1143 – Spring 2014.
Neutron Stars & Black Holes (Chapter 11) APOD. Student Learning Objective Indentify properties of Neutron Stars & Black Holes NASA.
12-2 Notes How Stars Shine Chapter 12, Lesson 2.
Time Travel Made by: Sonya Balay.
It was discovered in the early 1990’s that the pulse period of a millisecond pulsar 500 parsecs from earth varies in a regular way.
Interesting Stuff in Space
ORIGIN OF THE UNIVERSE UNIT 2 Big Bang.
THE EXPANDING UNIVERSE
The expanding universe and a quick galaxy review
The Big Bang and the Future of the Universe
Stars, Galaxies, and the Universe
Bellwork 12/13 Thinking about our simulation last class…
Wormholes and space warps
How was it formed? How old is it? What does the future hold?
Presentation transcript:

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. Wormholes, theoretically create a shortcut that could reduce travel time and distance.

Who came up with the theory? Albert Einstein and Nathan Rosen used the theory of general relativity to suggest the existence of "bridges“,wormholes, through space-time.

What are they made of? Wormholes are theorized to be a black hole that connects to a “white hole”. A white hole is a theoretical celestial object that expands outward from a space-time singularity and emits energy, a reversed black hole.

Is it possible to travel through them? There are few problems with travel first is how big they are(see next slide) Second they collapse quickly, though in recent research wormholes containing “exotic” matter can stay open and unchanged for longer periods of time. There is another possibility that wormholes can be stabilized with “regular” matter.

How big are they? wormholes are predicted to exist on microscopic levels, about the size of yoctometers or millimeters which is a trillion times smaller than a proton. However, as the universe expands, so there is a possibility that some may have been stretched to larger sizes.

What is “exotic” matter? Exotic matter is a term which refers to matter that would somehow differ from the norm and have "exotic" properties. Exotic matter contains negative energy density and a large negative pressure. Today's technology is isn’t advanced enough to enlarge or stabilize wormholes, even if they could be found. However, scientists continue to explore the concept as a method of space travel with the hope that technology will eventually be able to utilize them.

Websites used