bodyType

customContents

entityId

entityUuid

articlePageQuery

filter

article

articleBaseAdvertisingInfoArticle

articleListArticle

articleSeoArticle

helpersCheckIsPostiesArticle

hooksArticleAcknowledgementGateOverlayArticle

hooksTrackPageViewArticle

hooksContentInterestArticle

articleLinkingDataContent

articleSchemaContent

liveArticle

advertZone

sentiment

contentLock

topics

types

sections

moreOnThisArticles

urlAlias

commentCount

sponsorType

authorLocations

authors

paywallTypes

corrections

displaySlideShow

multimediaEmbed

printHeadline

seriesContainer

socialHeadline

headline

flag

firstTopic

glossary

flattenTypeIds

publishedDate

additionalInfoBoxes

images

image

relatedLinks

relatedNewsletters

__typename

createdDate

sponsor

factSheets

series

disableOffPlatformContent

published

updatedDate

summary

subHeadline

body

keywords

copyrighted

customTimezone

liveContents

CNBC

By Andrew Wong
The race to space traditionally has advanced with exploration and even tourism in mind, but space-mining is looking like an increasingly legitimate idea, opening the possibility of a new civilisation — and profits — on another planet.
Tesla CEO Elon Musk’s SpaceX and Amazon CEO Jeff Bezos’ Blue Origin aim to make space tourism a reality, and ultimately to let humans live on other planets. Now, technology has made landing on an asteroid appear increasingly possible.
NASA says space mining can solve climate change, food security and other Earthly issues
Take SpaceX, for example.
The launch of the Falcon Heavy space shuttle and the successful return of two of its three boosters may make it possible to carrying heavier payloads into space and could lower the costs of launches.
Noted astrophysicist Neil deGrasse Tyson, among others, have claimed that the world’s first trillionaire will make his or her fortune in space minerals. According to NASA, the minerals that lie in the belt of asteroids between Mars and Jupiter hold wealth equivalent to a staggering US$100 billion for every person on Earth.
Luxembourg leads the trillion-dollar race to become the Silicon Valley of asteroid mining
There’s a lack of legal clarity over the ownership of space resources, however, and laws presiding over space are largely ambiguous in general, according to Ian Christensen, the director of private sector programmes at the Secure World Foundation, a space-related think tank.
“There are some gaps in the law, and some things need to be clarified to provide more certainty on current laws,” Christensen told CNBC, adding there is no single authority responsible for the allocation of resources in space.
The most comprehensive law today is the United Nations-sponsored Outer Space Treaty of 1967, but confusion between countries remains.
“When it comes to the use of space resources, the area is fairly vague and it can be interpreted in either direction,” Rebecca Keller, a senior science and technology analyst at political risk consultants Stratfor told CNBC. “Governments and even experts in the field are still debating over the appropriate uses of these resources, and it remains a difficult question to answer.”
‘Legislation lags behind technology’
Today, national governments issue licenses to parties that want to conduct activities in space, and the countries where private companies operate are responsible for enforcing regulations.
“Enforcement is done by national government authorities, but a specialised space authority does not exist yet,” Christensen said.
Space is becoming more crowded, with a surge in the number of companies looking to reap the benefits. Keller said that governments will have to restrict and control the expansion of private interests in the future.
One way to do that could be in the same format as existing climate agreements. Admittedly, the climate change agreements suffer from a lack of enforcement powers, but they do bring people to the table, which is a good start, she added.
“Legislation lags behind technology, almost every time,” Keller said, and an accord should be struck in order for concerns to be heard equally across the board.
Current limitations to space exploration and travel capabilities mean that space mining would develop as a relationship between the private sector and the government, said Christensen, who added that he would not rule out the privatisation of space activities once the industry matures.
Regardless of how it unfolds, it’s likely that anything mined in the early stages will be used in space — not moved to Earth.
“The first step for space mining still lies in space — by using the resources mined to build in space until more technology is established,” Keller said. “Until then, activities will likely remain in space.”
Read the original article at CNBC


Earth bids farewell to temporary ‘mini moon’ that is possibly a chunk of actual moon

Musk’s SpaceX fails to repeat Starship booster ‘chopsticks’ catch, as Trump looks on

Disappointed Hong Kong missed a live moon transmission from Apollo 12 in 1969

How a Chinese spacecraft will catch Mars rock samples for journey to Earth

Space

Space mining could become a real thing — and it could be worth trillions

Photo: Bryan Versteeg/Deep Space Industries

China’s nuclear spaceships will be ‘mining asteroids and flying tourists’ as it aims to overtake US in space race

Long March 2 rocket carries Chinese space laboratory Tiangong-2 in an mission. Undated Handout.

This photo of the giant screen at the Jiuquan Space Centre shows the view from the Shenzhou-9 spacecraft as it prepares to link with the Tiangong-1 module just over a week into a manned space mission which includes China's first female astronaut, following an automatic docking, on June 24, 2012. The Chinese spacecraft on June 24 successfully completed the country's first manual docking in orbit, a milestone in an ambitious programme to build a space station by the end of the decade. CHINA OUT AFP PHOTO ---- EDITORS NOTE ---- RESTRICTED TO EDITORIAL USE - MANDATORY CREDIT "AFP PHOTO / Jiuquan Space Centre" - NO MARKETING NO ADVERTISING CAMPAIGNS - DISTRIBUTED AS A SERVICE TO CLIENTS

G0NECB Artists concept illustration of the SpaceX Falcon Heavy lift rocket carrying the Dragon crew capsule mission to Mars. SpaceX is working with NASA to develop commercial crew missions for human spaceflight in project Red Dragon.

Design graphic of scientific instrument developed by China for Mars exploration mission. Undated. Source: State Administration for Science, Technology and Industry for National Defence

In this Sunday, Nov. 5, 2017 photo released by China's Xinhua News Agency, a Long March-3B rocket carrying two Beidou-3 satellites lifts off from the Xichang launch center in southwestern China's Sichuan province. China has added two satellites to its homegrown global navigation and positioning network that seeks to reduce reliance on the U.S.-based Global Positioning System, state media reported Monday. (Yang Zhiyuan/Xinhua via AP)

Jeff Bezos’ Blue Origin successfully launches and lands another test,  bringing space tourism closer

Screen capture from the Blue Origin video shows the New Shepard Rocket launching on its eighth overall test flight on April 29, 2018, from near Van Horn, Texas. Photo: AFP/Blue Origin

Jeff Bezos, chief executive officer of Amazon.com and founder of Blue Origin, smiles while speaking at the unveiling of the Blue Origin New Shepard system during the Space Symposium in Colorado Springs, Colorado, on April 5, 2017. MUST CREDIT: Bloomberg photo by Matthew Staver.

This still image taken from a Blue Origin video shows the New Shepard reusable Rocket landing during its eighth overall test flight on April 29, 2018, near Van Horn, Texas. / AFP PHOTO / BLUE ORIGIN / HO / RESTRICTED TO EDITORIAL USE - MANDATORY CREDIT "AFP PHOTO / BLUE ORIGIN" - NO MARKETING NO ADVERTISING CAMPAIGNS - DISTRIBUTED AS A SERVICE TO CLIENTS

Tech

Enterprises

Minerals that lie in the belt of asteroids between Mars and Jupiter hold mineral wealth equivalent to about US$100 billion for every individual on Earth


SpaceX