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Transcript

Science 8/7

Kumu Mahina Patterson

What will it do

Since we are so far away and below the the atmosphere, the stars appear like their twinkling, when actually their not. However, From Mauna Kea

the stars do not twinkle. The elevation is so high up that you get sharpest view of the stars, giving you clear visibility to all outer space.

The telescope will give a sharper image using the power of diffraction of light. The telescope will also be able to collect more light than the other telescopes combine, giving a visible image for faint objects.

Although Mauna Kea is massive in height, it just barely reaches the atmosphere. In order to pass the atmosphere, the telescope will have to be 18 stories high.

The telescope will be able to answer and uncover knowledge of

-galaxy evolution and assembly for the past 13 billion years

-life outside of Earth

-evolution and characteristics of the first stars and galaxies in the universe

-star dissection of galaxies out to 10 million parsecs

-connections between supermassive black holes and galaxies

-Physics of planet and star formation

-discovery and characterization of Exoplanets

and discover so much more.

#toomanytelescopes...

T.M.T

Why

The reason why we will be building the TMT is because we have questions with still no answers about the mysterious open space above us. We are hoping as scientist to find more answers by using this telescope.

Thirty Meter Telescope

WHO ARE WE?

We are a group of international scientist and astronomers planning to build the biggest, most advanced telescope in the world. We believe that this telescope will be a gateway to our answers of curiosity and give us more knowledge of the hidden untouched features of our solar system, the universe, and beyond what we already know.

TMT is initiated by the universities, institutions and observatories of

-University of Hawaii Hilo

-University of California

-California Institute of Technology

-Association of Canadian Universities for Research in Astronomy

-National Astronomical Observatory of China

-National Astronomical Observatory of and Japan

-Department of Science and Technology of India

-Department of Atomic Energy of India

And others who has helped us fund.

what are we building?

After spending around $1.4 billion dollars to create a design for the telescope, the final product was ready.

The TMT will be a dome shaped observatory and will be 30 meters in diameter. The telescope will be 18 stories high & 2 stories underground.

The debate on the location was between two locations

Cerro Armazones in Chile's Atacama Desert

Mauna Kea on Hawai'i Island

The final location was decided to

be on Mauna Kea on Big Island,HI.

Mauna Kea was preferred more because of the mountains' close and clear range to the atmosphere.

TMT will provide

TMT will provide because of the technology behind it, and also will provide 300 jobs for people in Hawaii. Throughout science, technology has improved by so much. As we use the TMT we will have an education about the tech we use in this era and hopefully we can improve it so we could learn even deeper in the depths of space.

presentation by Pualilia D, Ikaika K, Waimea C, Ford S