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Nanoribbons are promising topological materials displaying novel electronic properties. Chemists and physicists have found a way to join two different types of nanoribbon to create a topological insulator that confines single electrons to the junction between them. Alternating nanoribbon types create a chain of interacting electrons that act as metals, insulators or interacting spins -- qubits for a quantum computer -- depending on separation. This opens the door to designer materials with unique quantum properties.
via Science Daily
There are advances being made almost daily in the disciplines required to make space and its contents accessible. This blog brings together a lot of that info, as it is reported, tracking the small steps into space that will make it just another place we carry out normal human economic, leisure and living activities.
Thursday, 9 August 2018
Ultrahot planets have starlike atmospheres
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An unusual kind of star-planet hybrid atmosphere is emerging from studies of ultrahot planets orbiting close to other stars.
via Science Daily
Zazzle Space Exploration market place
An unusual kind of star-planet hybrid atmosphere is emerging from studies of ultrahot planets orbiting close to other stars.
via Science Daily
Zazzle Space Exploration market place
Quantum chains in graphene nanoribbons
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Researchers have achieved a breakthrough that could in future be used for precise nanotransistors or -- in the distant future -- possibly even quantum computers, as the team reports.
via Science Daily
Researchers have achieved a breakthrough that could in future be used for precise nanotransistors or -- in the distant future -- possibly even quantum computers, as the team reports.
via Science Daily
Spinning heat shield for future spacecraft
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A newly developed prototype flexible heat shield for spacecraft could reduce the cost of space travel and even aid future space missions to Mars.
via Science Daily
Zazzle Space Exploration market place
A newly developed prototype flexible heat shield for spacecraft could reduce the cost of space travel and even aid future space missions to Mars.
via Science Daily
Zazzle Space Exploration market place
Satellite measurements of the Earth's magnetosphere promise better space weather forecasts
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A Japan-based research team led by Kanazawa University equipped the Arase satellite with sensors to study the convoluted interactions between high-energy particles in the inner magnetosphere and the Earth's electric and magnetic field. They have collected their first set of data from the satellite and from ground-based sensors, which they will soon analyze. Their approach promises to provide better predictions of harmful bursts of high-energy particles from the magnetosphere.
via Science Daily
Zazzle Space Exploration market place
A Japan-based research team led by Kanazawa University equipped the Arase satellite with sensors to study the convoluted interactions between high-energy particles in the inner magnetosphere and the Earth's electric and magnetic field. They have collected their first set of data from the satellite and from ground-based sensors, which they will soon analyze. Their approach promises to provide better predictions of harmful bursts of high-energy particles from the magnetosphere.
via Science Daily
Zazzle Space Exploration market place
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