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According to new calculations, we may have a little less time to prepare for a star on course to kiss the edges of our Solar System.
Yep. Dwarf star Gliese 710, which we’ve known about for some time, could now arrive in 1.29 million years, instead of the previously calculated 1.36 million years.
Gliese 710 is what is classified as a rogue star — one that has gone roaming across the galaxy, free of the gravitational chains that normally hold stars in position.
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Vostok Space Beer
Posted in space
Looking for E.T. with TESS
Posted in alien life
Roadways clogged by commercial vehicles and intense competition for affordable housing are imposing costs on prosperous cities and their most vulnerable residents.
Cities are the hubs of the emerging digital economy, attracting knowledge workers with higher pay and alluring lifestyles. One consequence of this concentrated prosperity is rising rents and a scramble for housing that places disadvantaged citizens in peril—as seen in the increasing rates of homelessness in cities such as Seattle. More people living in urban cores also means more commercial vehicles are needed to serve them, which is fueled by a surge in online deliveries. The resulting congestion is burdening cities with surprisingly high costs. The social stresses of the new growth should be on your radar.
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In this special edition we are going on a tour of the Foundation’s ‘Transhuman House’.
Set in the middle of the Rocky Mountains, let’s fly in and take a look…
One of the great things is that it’s an ongoing project, open to all transhumanists whether trying to get away or wanting a home for a transhumanist project or other help;
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Imagine if your teacher looked like Gandalf from Space and explained everything about the universe in the most simplest way possible…
That’s when everyone decides to be a scientist!
The way Greg got to become an Astronomer is quite amazing!
Science fiction is powerful because it brings the future to life. Using a methodology called SciFi D.I., we can leverage science fiction to look 10 to 15 years into the future to redefine what’s possible today. When we can clearly imagine what the future might be like, we can begin to see a path to it.
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A technique to manipulate electrons with light could bring quantum computing up to room temperature.
A team of researchers in Germany and at the University of Michigan have demonstrated how infrared laser pulses can shift electrons between two different states, the classic 1 and 0, in a thin sheet of semiconductor.
“Ordinary electronics are in the range of gigahertz, one billion operations per second. This method is a million times faster,” said Mackillo Kira, U-M professor of electrical engineering and computer science.
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