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NASA’s most powerful rocket ever has launched into space in the first step of a mission to return humans to the moon.

The next-generation, multibillion-dollar Space Launch System lifted off from Kennedy Space Center in Florida in the early hours of Wednesday morning, with the Orion spacecraft in tow.

It surged off the launch pad at Cape Canaveral at 1.47am local time (6.47am UK), around 40 minutes into a two-hour window after late repairs to a leak and faulty communications equipment.

‘A place in history’ – catch up on the Artemis 1 launch as it happened

The crewless voyage is the inaugural flight of NASA’s Artemis programme, which will eventually take a team of astronauts to the moon for the first time since Apollo 17 in December 1972.

Wednesday morning’s launch for Artemis 1 came after several delays stretching back to the summer, but the stunning images from America’s east coast certainly made it worth the wait.

Launch director Charlie Blackwell-Thompson told her team: “We are all involved in something incredibly special: the first launch of Artemis. The first step in returning our country to the moon and on to Mars. What you have done today will inspire generations to come.”

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What will the launch achieve?

The mega rocket generated 8.8 million pounds of thrust at launch, far greater than any used by NASA before, while its two boosters and four RS-25 engines also produced plenty of power.

“You definitely knew there was some energy being expended over there,” said NASA administrator Bill Nelson, who watched it unfold from the roof of the launch centre.

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Once in orbit, the boosters were among portions of the rocket which detached and headed back to Earth, leaving Orion and the upper portion of the rocket in space.

Orion then deployed its four solar arrays, each of which can generate 11 kilowatts of electricity, enough to power two three-bedroom homes.

NASA’S STRONG CASE FOR SPLASHING THE CASH

The Artemis programme will saddle the American taxpayer with a bill of $93bn (£78bn) so there is an obvious question about the value for money, particularly in a cost of living crisis.

NASA makes a good case for the cash.

First off, there is the science. The moon is a time capsule, undisturbed by the geological processes that have shaped Earth. It holds clues not only to its own origin, but the history of the solar system.

Artemis will also allow explorers to test the kit they need to survive in another world. In their lunar base camp they need to grow their own food, find a source of water, use it to make oxygen and fuel – and then it’s on to Mars.

But there is the geopolitics too.

China has an ambition to put its own taikonauts on the surface and America wants to be there first, just as it did in the space race with the Soviet Union.

There is a more philosophical reason for going beyond the relative safety of Earth’s orbit.

Photos from the Apollo missions showed the Earth as a small blue marble against a vast black curtain of space. They gave us a sense of just how fragile our planet is and helped to give birth to the environmental movement.

Robotic space missions are cheaper and safer, but humans are still more capable.

And there is something to be said for exploring new frontiers through human eyes.

Artemis will inspire a new generation.

Read the full analysis here.

It all happened within the opening hour of what is a 26-day mission, where the rocket and Orion will head to the moon and beyond, before coming back home. Both are equipped with cameras to feed back data and images while they’re among the stars.

While in space it will deploy 10 miniaturised satellites, which will perform a variety of work, from studying how radiation affects yeast DNA to hunting for water ice on the moon.

Weather is also a big focus of the test mission, with galactic cosmic rays presenting the biggest risk to future crews.

NASA's next-generation moon rocket, the Space Launch System (SLS) rocket with the Orion crew capsule, lifts off from launch complex 39-B on the unmanned Artemis1 mission to the moon at Cape Canaveral, Florida, U.S. November 16, 2022. REUTERS/Joe Skipper
NASA's Artemis moon mission launches from Kennedy Space Center at Florida's Cape Canaveral after several postponements
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The Artemis moon rocket launches from Kennedy Space Center in Florida. Pics: Reuters

‘A great legacy’

Artemis 2 and Artemis 3 will follow in the years ahead – the former, which is aiming for 2024, is a crewed mission that will take a path much like Artemis 1.

Artemis 3 will go further by landing its crew on the lunar surface. Earmarked for 2025, that launch will make history by putting a woman and person of colour on the moon for the first time.

NASA hopes to use the Artemis programme to build a base camp and conduct annual missions – and also use it as a test bed for even more ambitious missions, starting with getting a human to Mars.

Mr Nelson said Artemis was “part of a great legacy”.

“It didn’t end with Apollo 17,” he added.

“This time we’re going back, we’re going to learn, and then we’re going to Mars – with humans.”

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Trump could meet Putin as early as next week to discuss Ukraine ceasefire – White House official

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Trump could meet Putin as early as next week to discuss Ukraine ceasefire - White House official

Donald Trump could meet Vladimir Putin in person as early as next week to discuss a ceasefire in Ukraine, a White House official has said.

They said the meeting would be conditional on the Russian president meeting his Ukrainian counterpart Volodymyr Zelenskyy, Sky News’s US partner network NBC News reported.

It came days before the White House’s deadline for Russia to reach a peace deal with Ukraine or face severe economic penalties, which could also target countries buying its oil.

Ukraine war latest

Asked during a news conference at the White House if the talks would take place, Mr Trump said: “There’s a very good prospect that they will.”

He said it had not been determined where the talks would take place, but added: “We had some very good talks with President Putin today.”

However, he said: “I’ve been disappointed before with this one.”

Asked if Mr Putin made any kind of concession to lead to the development, Mr Trump did not give much away, but added: “We’ve been working on this a long time. There are thousands of young people dying, mostly soldiers, but also, you know, missiles being hit into Kyiv and other places.”

Trump might finally be a step closer to ending the war

Seven hours is a long time in US politics.

At 10am, Donald Trump accused Russia of posing a threat to America’s national security.

At 5pm, Trump said there was a “good prospect” of him meeting Vladimir Putin “soon”.

There had, he claimed, been “great progress” in talks between his special envoy Steve Witkoff and the Russian president.

It’s difficult to gauge the chances of a meeting between the two leaders without knowing what “great progress” means.

Is Russia “inclined” towards agreeing a ceasefire, as Ukraine’s president now claims?

Is Putin prepared to meet with his Ukrainian foe Volodymyr Zelenskyy, too?

The very fact that we’re asking those questions suggests something shifted on a day when there was no expectation of breakthrough.

Trump repeatedly vowed to end the war within 24 hours of becoming president.

On day 198 of his presidency, he might, just might, be one step closer to achieving that.

More tariffs ‘could happen’

Mr Trump also said he could announce further tariffs on China similar to the 25% he announced on India over its purchases of Russian oil.

“Could happen,” he said, after saying he expected to announce more secondary sanctions intended to pressure Russia into ending its war with Ukraine.

Earlier, he imposed an additional 25% tariff on Indian goods, on top of a previous 25% tariff, over its continued purchases of Russian oil.

India’s foreign ministry spokesperson said the additional tariffs were “unfair, unjustified and unreasonable”.

Vladimir Putin welcomes Steve Witkoff during a meeting in Moscow. Pic: Sputnik/Reuters
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Vladimir Putin welcomes Steve Witkoff during a meeting in Moscow. Pic: Sputnik/Reuters

It came after Mr Putin held talks with Mr Trump‘s special envoy Steve Witkoff in Moscow, with the meeting lasting around three hours.

In a post on Truth Social, Mr Trump said Mr Witkoff “had a highly productive meeting” with Mr Putin in which “great progress was made”.

He said he had updated America’s European allies, and they will work towards an end to the Russia-Ukraine war “in the days and weeks to come”.

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Correspondents in Washington and Moscow break down a busy day of diplomacy

‘The war must end’

Mr Zelenskyy later said he and Mr Trump spoke on the phone after the meeting. He said “European leaders also participated in the conversation” and “we discussed what was said in Moscow”.

He added: “Our common position with our partners is absolutely clear: The war must end. We all need lasting and reliable peace. Russia must end the war that it started.”

Mr Zelenskyy later said: “It seems that Russia is now more inclined to agree to a ceasefire.”

He added that the pressure on Moscow “is working”, without elaborating, and stressed it was important to make sure Russia does not “deceive us or the United States” when it comes to “the details” of a potential agreement.

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Government ministers among eight killed in Ghana helicopter crash

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Government ministers among eight killed in Ghana helicopter crash

Ghana’s defence and environment ministers are among eight killed when a military helicopter crashed, the government has said.

The West African country’s military said the helicopter took off in the morning from the capital Accra and was heading northwest into the interior to the town of Obuasi when it went off the radar.

Footage of the crash site shows debris on fire in a forest as people circle around to help.

The cause of the crash was not immediately known. The military said an investigation was under way.

Defence minister Edward Omane Boamah and environment minister Ibrahim Murtala Muhammed were killed, along with the vice-chair of the National Democratic Congress ruling party, a top national security adviser and the helicopter’s three crew members.

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State media said the aircraft was a Z-9 helicopter, which is often used for transport and medical evacuation.

It was one of the worst air disasters in Ghana in more than a decade.

A service helicopter crashed off the coast in May 2014 and killed at least three people.

And in 2012 a cargo plane overran the runway in Accra and crashed into a bus full of passengers, killing at least 10 people.

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The new space race? NASA accelerates plan to put nuclear reactor on the moon

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The new space race? NASA accelerates plan to put nuclear reactor on the moon

NASA is accelerating plans to put a nuclear reactor on the moon, and they claim it could happen by 2030.

In a directive – a written or oral instruction issued by the US government – to NASA staff earlier this month, Sean Duffy, US transport secretary and the new interim administrator of the space agency, said it should be ready to launch a 100 kilowatt nuclear reactor in five years.

Plans to get a reactor on the lunar surface are not new. The NASA website states the space agency is working on the Fission Surface Power Project to create a system capable of generating at least 40 kilowatts of power – but that is less than half of what Mr Duffy has now proposed.

He also stressed the importance of America’s space agency deploying the technology before China and Russia.

“To properly advance this critical technology, to be able to support a future lunar economy, high power energy generation on Mars, and to strengthen our national security in space, it is imperative the agency move quickly,” the directive, which was first reported on by Politico, states.

Sean Duffy says NASA should be ready to launch a 100 kilowatt nuclear reactor in five years. Pic: Reuters
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Sean Duffy says NASA should be ready to launch a 100 kilowatt nuclear reactor in five years. Pic: Reuters

A nuclear reactor on the moon would be considered a key step towards building a permanent base for humans to live on the lunar surface.

But Mr Duffy warned that the first country to deploy a reactor “could potentially declare a keep-out zone” which he said could significantly inhibit NASA’s Artemis mission – the lunar exploration programme which aims to land astronauts back on the moon in 2027.

When quizzed about the plan on 5 August, he told reporters: “We’re in a race to the moon, in a race with China to the moon. And to have a base on the moon, we need energy.”

Why use a nuclear reactor?

Unlike solar power, which is used on the International Space Station, a small nuclear reactor can operate continuously, Dr Sungwoo Lim, a senior lecturer in space applications, exploration and instrumentation at the University of Surrey told Sky News.

This is critical for infrastructure on the moon, which spends two weeks in complete darkness as it slowly orbits the Earth.

Nuclear reactors therefore diminish the need for sunlight, and can be used to power life support, communications and other critical science instruments, even in darkness.

An artist impression of a nuclear reactor on the moon. Pic: NASA
Image:
An artist impression of a nuclear reactor on the moon. Pic: NASA

“In practice, this means astronauts could use a reactor to establish sustainable bases and extend exploration to places where solar energy is impractical,” Dr Lim adds, including in the moon’s permanently shadowed region, where scientists believe ice water exists.

Professor Mike Fitzpatrick, an expert in nuclear technology at Coventry University, adds that the proposal of a 100 kilowatt nuclear reactor, is relatively small compared to most that are built on Earth.

To put it in real terms, it takes around three kilowatts to power the kettle in your home.

But Prof Fitzpatrick says a smaller reactor could pose as “demonstrator technology”, something small and compact that makes it easier to transport it to the moon.

“Then you can have a whole array of them,” he says.

So, what’s the catch?

While scientists agree that nuclear energy seems like the necessary way to make progress on the moon, Prof Fitzpatrick says questions still remain about safety.

“Shipping the fuel to the moon is relatively safe, because at that point it is not particularly toxic, it is the highly reactive fission products that become the issue,” he says.

“What’s going to be the strategy for long-term storage and disposal on the moon after these plants have operated for certain periods of time? The sooner those conversations are had, and you have international consensus, the less likely it is you’ll get future friction.”

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Four astronauts launch to ISS after delay

Dr Lim also questioned Mr Duffy’s timescale of 2030, saying meeting the target depends heavily on the space agency’s budget.

NASA’s future funding is currently unknown after Donald Trump’s 2026 budget request sought a cut of $6bn (£4.5bn) and the termination of dozens of science programs and missions.

Over 2,000 agency employees are also set to voluntarily leave NASA in the coming months under the Trump administration’s “deferred resignation” programme.

Is this the new space race?

Last year, Russia’s space agency Roscosmos said it was planning to build a lunar nuclear reactor alongside China’s National Space Administration by 2035, in order to power the International Lunar Research Station (ILRS).

The collaboration was never formally announced by China but the joint plan was included in a presentation by Chinese officials in April this year, which outlined the 2028 Chang’e-8 lunar mission which aims to lay the groundwork for the ILRS.

“Duffy explicitly described it as a competition,” says Dr Lim, adding that the move towards lunar exploration signals a renewed moon or space race among major parties like China, Russia, India and the US to claim strategic lunar territory and technology.

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However, Rossana Deplano a professor of international space law at the University of Leicester, says there is a lot of misunderstanding around “keep out” or safety zones, which Mr Duffy’s directive mentions.

“Safety zones are explicitly recognised in the Artemis Accords,” she says.

“They are a notification and consultation zone to be declared in advance in order to avoid harmful interference.

“They must be temporary in nature and do not establish state jurisdiction, e.g. they cannot be enforced.”

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