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Strategies & Market Trends : 2026 TeoTwawKi ... 2032 Darkest Interregnum -- Ignore unavailable to you. Want to Upgrade?


To: Snowshoe who wrote (148180)4/30/2019 4:49:47 PM
From: TobagoJack  Respond to of 220075
 
the cretins, morons, dullards, dimwits and knaves believe team china is in a race

whereas the team is just ticking through the boxes

dean is a usual suspect deep-state sycophant-hangers-on

axios.com

China's long march to space superpower
Miriam Kramer
3 hours ago
China is pushing deeper into space, but its human spaceflight goals don't directly compete with the U.S.

Why it matters: Much of the dialogue around the U.S. and China's orbital ambitions calls to mind a new space race. Rather, Chinese and U.S. interests — particularly when it comes to human spaceflight — run parallel to one another. If the world's two biggest economies and science and technology leaders were to collaborate, it could open up new avenues for space exploration.

If China is "racing" anyone, it's likely other Asian nations like Japan and India, Dean Cheng, a space analyst focusing on China at the Heritage Foundation, tells Axios. "Also, any such competition is more along marathon lines than a sprint," he says.The big picture: The Cold War-era space race between the U.S. and the Soviet Union eventually yielded Russia as one of America's closest allies in orbit. The Chinese government is interested in collaborating internationally, but U.S. law prohibits cooperation with China in this high-tech realm.

What's happening: Analysts tell Axios that China has consistently followed through on its space ambitions, lending credibility to its future goals.

China operates satellites focused on remote sensing, communications and navigation.The nation continues to launch people to space, focusing on developing the technology needed to establish a space station in the 2020s.It is building small satellites, maintaining launch sites and exploring deep space with the Chang'e-4 lander and Yutu-2 rover on the far side of the moon. China's space program suffered a setback in 2017 when one of the country's Long March 5 boosters failed. But that rocket is expected to return to flight this summer.China has publicly maintained that its goals in space are peaceful. However, the nation's military is also working toward shoring up its capabilities in space, driving the U.S. to take stock of its own orbital defenses.

Competition with China is often cited as a reason for establishing President Donald Trump’s Space Force.China is developing its anti-satellite systems, according to outside analysts, but it's not clear if they're designed as offensive measures or deterrents. China's space plans have not been subject to the same political whiplash that NASA’s have, which has worked to the country's benefit.

Space development is part of China's overarching desire to develop its own technology and project power. Both civil and military space endeavors are seen as one part of a larger puzzle.What's next: China's long-term vision for space exploration, however, is murky.

The Chinese plan to construct a space station in orbit by 2022. Whereas NASA has a clear desire to land humans on Mars in the 2030s, which it says is driving exploration of the Moon, China doesn't have a large, unifying deep space mission in its sights yet.The closest China seems to have to that kind of mission is a desire to build a moon base on the south pole, according to Xinhua. "It's not clear that there is an 'ultimate' goal for the Chinese space efforts."— Dean Cheng, Heritage Foundation



To: Snowshoe who wrote (148180)4/30/2019 4:53:52 PM
From: TobagoJack  Respond to of 220075
 
another American wins a micas quantum prize (believe the second one news.mit.edu )

around.uoregon.edu

UO’s Wineland wins inaugural Chinese quantum science award

A newly formed Chinese science foundation has honored University of Oregon physicist David Wineland, winner of a 2012 Nobel Prize who joined the UO in 2017, in its inaugural list of recipients who will receive a Micius Quantum Prize.

The prize, awarded by the Micius Quantum Foundation, recognizes major advances in quantum science, ranging from early conceptual contributions to the recent experimental breakthroughs. Each recipient receives one million Chinese yuan, or about $150,000, from the foundation, which was established through donations from private entrepreneurs.

In announcing the awards April 26, the foundation named 12 winners for 2018 and 2019, focusing on themes of quantum computation and quantum communications, respectively.

Wineland, a Philip H. Knight Distinguished Research Chair, was chosen as a 2018 winner for “his groundbreaking experiments that opened the way to quantum computing and quantum metrology with trapped ions.”

“I'm very honored to receive the award, but it's a bit humbling because there are many other people as deserving,” said Wineland, who is based in Oregon Center for Optical, Molecular and Quantum Science. “I look forward to my Oregon colleagues receiving similar recognition.”

Wineland will officially receive his award in September during the International Conference on Emerging Quantum Technology in China.

The foundation is named after Micius, an ancient Chinese philosopher who promoted peace and pursued science. He created the pinhole experiment that proved light traveled straight. Micius, whose name was Latinized from its original Mozi, lived in the fifth century BC. He also believed that objects can be infinitely divided into smaller and smaller pieces down to the smallest fundamental unit of particle – a concept that resonates with modern quantum physics.