TMT will have more light gathering power than the largest ten existing ground-based telescopes combined, and its images will be more than four times sharper than the James Webb Space Telescope. TMT builds on a rich heritage of technical innovation and scientific exploration in astronomy, and represents a huge leap in capability. What is the nature of extrasolar planets? What is the relationship between black holes and galaxies? When did the first galaxies form and how did they evolve? What is the nature and composition of the universe? ![]() TMT will explore some of the most important questions facing astronomers: Its unprecedented design will feature unique capabilities for the exploration of black holes, dark matter, and the possibility of life outside the solar system. TMT is an extraordinary international scientific endeavor that will revolutionize our understanding of the universe and our place within it. We also believe TMT can fundamentally change the way telescopes are built and operated on Maunakea and around the world. We believe TMT will change the way we see and understand the universe. TMT is committed to listening to Native Hawaiian and other Hawaiʻi communities, learning through direct conversation how we can help build a better future for everyone in Hawaiʻi, especially those who have historically been underserved. Ongoing reviews of this work, led by the people directly affected, ensure we are delivering the value that is needed. We are putting these values to work in partnership with local leaders to deliver a growing range of community-led programs that address educational needs such as tutoring workforce development opportunities, culture-based learning, environmental protection and conservation. And it means working together to build a better future for the next generation. It means ensuring that everyone in Hawaiʻi shares the benefits of astronomical exploration. That means conducting scientific research in a way that respects local culture and tradition, especially those of Native Hawaiians, many of whom consider Maunakea sacred. ![]() They have observed not only the formation of distant stars but also the appearance of entire planetary systems.TMT is committed to a community model of astronomy based on the values of respect, inclusion, and mutual stewardship. They can detect organic molecules and identify presence of the key elements of life in distant galaxies. ![]() Research teams have been able to observe super-giant black holes at the center of distant galaxies, and analyse the chemical dynamics of nearby galaxies. Our astronomers can therefore push back the frontiers of unseen, penetrate the most distant galaxies, analyse black holes at the edge of the observable universe and trace the cosmological radiation right up to its very source - the Big Bang. Our instruments reveal the universe’s cold matter by measuring the emissions of molecular gas and dust - key elements involved the formation of stars and galaxies.ĭust and gas-enshrouded cosmic objects - hidden from optical telescopes - become visible thanks to our millimetre wavelength radio technology. They enable astronomers worldwide to find answers to the most fundamental questions of modern astronomy.īoth sites are equipped with state of the art technology that plays a crucial role in modern astronomy. IRAM operates two of the most advanced radio astronomy facilities in the world.
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