Expanding the potential of space and quantum



Expanding the space

The stars are aligning for the rapid growth of the UK’s space economy, thanks to the people involved, close collaboration, and a government that knows more about the potential of quantum computing. Already, the founders of the domestic manufacturing industry are launching research that shows the potential of this sector to be a leader and a leader in the world.

Just take the astronomy
Space Forge. The company is developing a manufacturing facility that will travel in and out of Earth’s atmosphere to produce semiconductors and alloys in microgravity. When working in space, it can benefit from a clean environment, low pressure, and high temperature. According to the BBC
storySpace Forge is one of several companies around the world competing to create precious objects in the weightless conditions of space.

There is also
Eutelsat group, which is a new combined company of geostationary orbit (GEO)-operator Eutelsat and low-earth orbit (LEO)-operator OneWeb. The company operates the second largest fleet in the world, producing 85% of all UK satellites in orbit. The company is “the world’s first GEO-LEO satellite operator with a network hub based in London,” said Gareth Alston, head of UK government at Eutelsat OneWeb.

In order to promote the growth of companies such as Eutelsat Group in its space sector, the UK has committed $ 2.5 billion to develop more technologies, doubling the current investments as part of its new strategy from 2024 to 2034. changing industries from healthcare to space , offers countless opportunities that have yet to be explored.

The
The UK government
has placed quantum technologies at the core of its mission to become a force in science and technology. In his Policy Papers,
National Space Strategy in Actionthe government says it wants to create “one of the most innovative and attractive things in the world.

Space technology is essential to our daily lives. Satellites orbiting 160 km from Earth keep people connected, ensure national security, and allow scientists to analyze and predict the effects of climate change.

With the global economy expected to reach $490 billion by 2030, the UK published its
National Space Strategy
in 2022 and the aforementioned National Space Strategy in Action in 2023. Both papers provide policy and actionable measures to boost long-term confidence among businesses and investors in UK companies.

What can space offer quantum computers that Earth can’t?

Need to continue
£16.4 billion
annually, the aerospace sector is the most important sector of the UK economy, employing over 45,000 people in 1,590 companies. Its history dates back to the 1940s when British engineers began researching plans for a suborbital flight. The UK is now world-renowned for its strength in space technology, particularly spacecraft, complex payloads, and small satellites.

The UK’s aerospace industry is underpinned by a strong science and education sector, with 23% of graduates in the country coming from STEM (science, technology, engineering, and mathematics), according to the Organization for Economic Co-operation and Development. Space research is a dynamic, multifaceted field, and having graduates in a variety of fields – from robotics to physics and semiconductors – is essential, given the wide range of tasks that the field carries out.

Beyond its ability to boost the UK’s economic and technological strength, the aerospace industry also plays an important role in society. “Satellite Internet connectivity allows people in rural or remote areas to access online education, telemedicine, and employment opportunities,” says Alston. “By bridging the digital divide, satellite technology ensures that people in previously unconnected areas can join the digital age, promoting economic growth, human development, and the well-being of many communities.”

Being the world’s first GEO-LEO satellite, Eutelsat OneWeb technologies are being used to drive global communications. “From connecting previously unconnected places like Pope Stour, Scotland, and Lundy Island, Devon to setting up LEO-enabled banks in South Africa, the company’s LEO projects are helping to bridge the digital divide in some hard-to-reach places,” Alston said. he explains.

“By bridging the digital divide, satellite technology ensures that people in previously unconnected areas can join the digital age, promoting economic growth, human development, and the well-being of many communities.”

-Gareth Alston, director of public affairs, Eutelsat OneWeb


As companies like Eutelsat Group continue to push the boundaries in the space sector, advances in quantum computing can act as a catalyst. In the near future, quantum technologies may support R&D efforts such as mission planning, equipment discovery, and studies of the effects of space travel on the environment. It can also crunch multiple datasets simultaneously to observe and predict multiple phenomena, such as analyzing data from telescopes or the shape of black holes.

The UK is well placed to turn such possibilities into reality. It is home to some of the most successful companies that own companies that specialize in a variety of technological fields. It has many origins in Europe and is recorded
$979 million
of money from 2001 to 2021, placing it second behind the US

The UK government has boosted the quantum space and industry with strong financial support. It has pledged $1.84 billion in 2022 to support space programs and initiatives, such as the Rosalind Franklin Mars Rover built in the UK, which is expected to be launched in 2028. The joint project led by
European Space Agency, the UK has played an important role beyond funding the project to explore life on Mars. As of November 2023
report
and the BBC, a scientific instrument built in Wales will be placed on the rover to identify the most reliable drilling rocks and test evidence of ancient biology.

Various government departments also offer support to companies looking to innovate in the UK. For example, UK Research and Innovation supports partnerships, grants, and loans for companies involved in aerospace science and technology. In addition, the Department of Business and Trade’s experts and financial experts are tasked with helping investors to expand their businesses in the UK – they only provide support once they land.

The
National Quantum Technologies Program, a £1 billion partnership between government, academia, and industry, was established in 2014 to promote and commercialize quantum technologies. The project consists of four centers at universities in the UK, which work on a wide range of applications, including communications, sensors and timing, artificial intelligence, and computers. So far, it has supported more than 470 PhDs, attracted 120 industrial partners, and supported more than 50 startups.

In 2023, $2.5 billion was allocated to support quantum technologies over the next decade as part of the National Quantum Strategy. Under the plan, the government plans to establish research centers, promote development and commercialization programs, and manage funding for talent and education.

Government support in the UK is helping to advance the quantum space and industry. At the same time, a well-established environment enables investors to support scientific progress. Such innovations can be seen in other industries as well, as successes in both areas have led to advancements in others.

With a strong team of scientists, a collaborative history, and a world-renowned facility for integrated manufacturing, the UK’s fastest growing and growing industry has a solid foundation to ensure its success.

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