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Jun 30, 2018
China Extends Lead as Most Prolific Supercomputer Maker
Posted by Dan Kummer in categories: government, supercomputing
China has 206 of the top 500 supercomputers — compared to the U.S.’s 124.
America is now home to the world’s speediest supercomputer. But the new list of the 500 swiftest machines underlines how much faster China is building them.
The list, published Monday, shows the Chinese companies and government pulling away as the most prolific producer of supercomputers, with 206 of the top 500. American corporations and the United States government designed and made 124 of the supercomputers on the list.
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Jun 30, 2018
Elon Musk: This is why we have to build civilizations in space
Posted by Dan Kummer in categories: Elon Musk, existential risks, space travel, sustainability
“Humanity is not perfect, but it’s all we’ve got,” the SpaceX and Tesla boss said.
To safeguard human life requires moving beyond the blue planet, in Musk’s view, because earth is likely to become uninhabitable.
“There will be some eventual extinction event” if humans stay on earth forever, Musk said in an article published in academic journal New Space, which was published online in June 2017.
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Jun 30, 2018
Human Civilization is our Second Womb for Birthing Transhumans
Posted by Odd Edges in categories: biotech/medical, cyborgs, food, genetics, mathematics, sustainability, transhumanism
A being that can consciously alter its own DNA via technological intervention (i.e. cybernetic means) is what our Second Womb has been nurturing. We have used civilization to protect ourselves while we crack the code of our biological being. We started in the womb of the cave. Then moved on to the womb of the hut. Then the village, the city, and the state. All thew hile, we have been tinkering with our own DNA and the DNA of other species. To me, this is the real posthuman or transhuman — it is the creature that is actively editing its own biological blueprint through tech. This is what we’ve been doing since we started augmenting our bodies with clothing and animal skins. We’ve been modifying our ability to endure the slings and arrows of the cosmos.
What is human civilization? It is difficult to assert that other animals do not create their own civilizations — termites for instance meet some criteria for being categorized as cyborgs (building temperature-controlled mega structures). Animals communicate, express feelings, and have personalities. Octopi arrange furniture for would-be mates. Others engage in mating rituals. Some mourn the dead. Birds can solve simple math. Critters scheme, enterprise, forge bonds, and even produce art. What do we do that animals do not?
To our credit, we are the only animals that record, share, and develop history upon structures and materials outside of our bodies. We harness energy for massive projects. We farm, but again, so do leaf-cutter ants. But we create genetically novel vegetables and animals. We alter the global climate. Our enterprises are global, and given time and opportunity, our projects will eventually become exostellar. We do all this rather ferociously. Human history is a rather short explosion of civilization-building activities, and yet it might already have irrevocably altered the future of all life on this planet. No other creature has created a circumstance quite like that of human beings and our anthropocene project. For instance, unless we clean up the environment, the next few generations of plant and animal life are going to have be extremely resilient to radiation, Styrofoam, plastics, and other run-offs squeezed out from the human project. That is just a fact of life now on earth.
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Jun 30, 2018
Saturn’s moon Enceladus is now the likeliest place to find alien life
Posted by Dan Kummer in category: alien life
When a massive saltwater ocean was found hidden beneath the icy crust of Saturn’s moon Enceladus back in 2015, astronomers were cautiously optimistic that this watery world could have just the right conditions to host life. Now, thanks to a new study, Enceladus’ stock has gone up — way up.
Using data from a dead spacecraft, an international team of astronomers has for the first time discovered complex organic (carbon-containing) molecules — the building blocks of life — spewing from Enceladus. The new finding, described in a paper published online June 27 in the journal Nature, makes the small icy moon the most promising place beyond Earth to find life in the solar system.
“Enceladus’ subsurface ocean is a habitable place. The big question is if it is inhabited,” Frank Postberg, a planetary scientist at the University of Heidelberg in Germany and the study’s lead author, told NBC News MACH in an email.
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Jun 30, 2018
At Asteroid Ryugu, Japan’s Hayabusa2 Spacecraft Preps for Exploration
Posted by Genevieve Klien in category: space
The probe will map the surface, deploy rovers and collect pristine samples that could contain clues about the origins of life on Earth.
- By Elizabeth Tasker on June 29, 2018
Jun 30, 2018
Meet the creepy new AI system designed to help astronauts in space
Posted by Genevieve Klien in categories: robotics/AI, space
Scientists are sending up the new tool, called CIMON, in order to help astronauts on the International Space Station.
Jun 30, 2018
New form of gold is much golder than normal gold
Posted by Genevieve Klien in category: futurism
Gold never loses its lustre because it is so chemically unreactive, and now microscopic gold crystals have been made that are even less reactive.
Jun 30, 2018
Astronomers observe the magnetic field of the remains of supernova 1987A
Posted by Genevieve Klien in categories: cosmology, evolution
For the first time, astronomers have directly observed the magnetism in one of astronomy’s most studied objects: the remains of Supernova 1987A (SN 1987A), a dying star that appeared in our skies over thirty years ago.
In addition to being an impressive observational achievement, the detection provides insight into the early stages of the evolution of supernova remnants and the cosmic magnetism within them.
“The magnetism we’ve detected is around 50,000 times weaker than a fridge magnet,” says Prof. Bryan Gaensler. “And we’ve been able to measure this from a distance of around 1.6 million trillion kilometres.”
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