New Technology Leads to Better and More Detailed Photos of the Sun Sara Whitbeck Physics 1 Fall 2002.

Slides:



Advertisements
Similar presentations
Telescopes Section 1-4. Telescope l Tele – distant, far l Scope- see l Invented in the 16 th century l First used by Galileo Who found moons around Jupiter.
Advertisements

SPACE AND BEYOND. Did you know that our Earth is moving every second? Did you know that there are many planets far away? If you didnt know this, then.
Chapter 5 Telescopes. 5.1 Optical Telescopes The Hubble Space Telescope 5.2 Telescope Size The Hubble Space Telescope 5.3 Images and Detectors Diffraction.
Speaker: Laird Close University of Arizona ADAPTIVE OPTICS IN ASTRONOMY THE PROBLEM: Since Newton’s time it was realized that the mixing of hot and cold.
Unit 11, Section 1.  Light can take millions of years to travel to Earth  All electromagnetic radiation travels at the speed of light, which is 300,000.
Go over 3 homework questions
Chapter 3: Telescopes. Images can be formed through reflection or refraction. Reflecting mirror 3.1 Optical Telescopes.
1 Earth’s Atmosphere & Telescopes Whether light is absorbed by the atmosphere or not depends greatly on its wavelength. Earth’s atmosphere can absorb certain.
Telescopes and Spacecraft Astronomy 311 Professor Lee Carkner Lecture 7.
Chapter 3: Telescopes. Goals Describe basic types of optical telescopes Explain why bigger is better for telescopes Describe how the Earth’s atmosphere.
Telescopes (Chapter 6). Based on Chapter 6 This material will be useful for understanding Chapters 7 and 10 on “Our planetary system” and “Jovian planet.
Ways of Seeing X-Rays By Myles Gray & Steve Dwyer.
Adaptive Optics in Astronomy Laird Close University of Arizona.
January 24, 2006Astronomy Chapter 5 Astronomical Instruments How do we learn about objects too far away for spacecraft? How do telescopes work? Do.
Telescopes. Magnification (make things look bigger) easy to make a telescope with good magnification Collection of large amounts of light (see fainter.
A student project. What is a space telescope?  A space telescope is a telescope that orbits around Earth in space.  Like other telescopes they take.
Chapter 5 Telescopes. 5.1 Optical Telescopes The Hubble Space Telescope 5.2 Telescope Size 5.3 Images and Detectors 5.4 High-Resolution Astronomy 5.5.
Chapter 28.1 Electromagnetic Spectrum. Scientists learn about the Universe by collecting Wave- Energy from the Electromagnetic Spectrum.
Space Technology Telescopes Chapter 18 Section 2.
Name of Planet You and Your Partner’s Names Period Provide a caption for each image. Ex: This is a compilation image showing the seasons on Saturn. The.
Chapter 5.
4. Telescopes Light gathering power and resolution Optical and radio telescopes Limitations of Earth’s atmosphere and satellite missions. Instruments (prism.
By: Kiana and Meagan. Purpose  To measure solar magnetic fields  To understand how energy generated by magnetic-field changes in the lower solar atmosphere.
The Solar System: A6: Telescopes.
Astronomy and the Electromagnetic Spectrum
Warm up question  1. How do you think astronomers can see planets, stars, and galaxies that are so far away?
Telescope Technologies
 Named after Edwin Hubble, the astronomer who discovered the expansion of the universe. Launched in 1990 and contains a 2.4 m (95 in) mirror with which.
Tools for Studying Space. © 2011 Pearson Education, Inc. Telescopes.
Notes 13 – Tools and Classification of Stars Mrs. Gordon Earth Science Friday, October 23, 2015Friday, October 23, 2015Friday, October 23, 2015Friday,
Telescopes Notes.
Lecture Outlines Astronomy Today 7th Edition Chaisson/McMillan © 2011 Pearson Education, Inc. Chapter 5.
Telescopes.
Chapter 3 Telescopes. Gemini North Telescope, Mauna Kea, Hawaii.
Exploring Space – Course 3
Electromagnetic Spectrum & The Speed of Light Light allows us to have a meaningful interaction with our world. We can see our surroundings when visible.
 In many cases, light from distant objects is the only tool that astronomers can use to learn about the universe  Light is a common term for electromagnetic.
OBSERVING THE SUN & PLANETARY TRANSITS Petr HEINZEL Solar Physics Department Astronomical Institute of the Academy of Sciences Czech Republic.
Sun.
Astronomy 1010-H Planetary Astronomy Fall_2015 Day-22.
Telescopes Lecture. Standards Understand how knowledge about the universe comes from evidence collected from advanced technology (e.g., telescopes, satellites,
Chapter 5 Telescopes Chapter 5 opener. This composite photograph shows two of the premier optical telescopes available to astronomers today. At the top,
1. What is the definition of astronomy ? 2. How do we study space? 3. What do you know about space?
1 Earth’s Atmosphere & Telescopes Whether light is absorbed by the atmosphere or not depends greatly on its wavelength. Earth’s atmosphere can absorb certain.
Chapter 21: Stars, Galaxies, Universe Section 1: telescopes
Tim Peake is an ESA/UK astonaut Project 4 – The rainbow and beyond.
The Electromagnetic Spectrum and Telescopes Rose Emanuel Journey into Space Journey Museum, July 18-20, 2012.
 Imagine a clear evening when a full moon is just starting to rise. Even though the Moon might seem large and close, it is still too far away for you.
Solar & Heliospheric Observatory Rayana Thompson & Windell Barfield.
Section 2: Tools for Studying Space. Galileo Galile is credited with inventing the telescope. He invented the refracting telescope which uses lenses to.
Telescope Technology Types of Telescopes Hubble Telescope and NASA’s Great Observatories.
What is at the center of our solar system? Why do we call it a solar system? The sun.
Chapter 6 Telescopes: Portals of Discovery
The Sun A cool animation of the Sun can be found on this link, click and scan down. An animation.
TELESCOPES ALLOW US TO STUDY SPACE FROM EARTH!!!
You and Your Partner’s Names Period
The Tools of the Astronomer
You and Your Partner’s Names Period
6.3 Telescopes and the Atmosphere
TELESCOPES ALLOW US TO STUDY SPACE FROM EARTH!!!
Tools of Astronomy Part 2 Notes
The Sun A cool animation of the Sun can be found on this link, click and scan down. An animation.
Tools of Astronomy.
Earth's atmosphere reflects or absorbs some sunlight but allows most of the visible light pass through to Earth's surface. 4 ways the atmosphere affects.
What is this, or what are these?
Bell Ringer Cell phones have become an important device in modern society. Which wavelength of the Electromagnetic Spectrum do you believe is responsible.
Telescopes Lecture.
Topic 4 Space Exploration
The hubble telescope Carlota.
Presentation transcript:

New Technology Leads to Better and More Detailed Photos of the Sun Sara Whitbeck Physics 1 Fall 2002

On November 14 th the royal Swedish academy of sciences, awarder of the noble prize, released new photos of the sun taken on July 15 of this year. These are the most detailed pictures of the sun taken up to this time.

The photos were taken using a ground-based telescope recently installed in La Palma in the Canary Islands off the coast of Africa.

How is it possible to get more detailed images from the ground? The photos taken by the Academy’s ground-based telescope are much more detailed then pictures taken by space telescopes, despite the blurring effects of the Earth’s atmosphere.

The telescope used by the Academy has an aperture of one meter. So far no one has been able to put a telescope of that size into space. The images produced by the telescope are clear because of adaptive optics, a system which bends and deforms mirrors to make up for the atmospheric blurring effect.

One telescope is not necessarily better then the other. Instead the ground-based and space-based telescopes compliment each other

NASA’s Solar and Heliospheric Observatory (SOHO) can capture ultraviolet images from the sun that cannot be photographed from the Earth’s surface. Picture taken by NASA’s SOHO showing three different energies of UV radiation combined.

Picture taken by NASA’s Solar and Heliospheric Observatory in space on the same day Picture taken by the Royal Swedish Academy of the Sciences ground- based telescope