Architect Bjarke Ingels Is Already Designing for 130 Years in the Future

Architect Bjarke Ingels Is Already Designing for 130 Years in the Future
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Architect Bjarke Ingels Is Already Designing for 130 Years in the Future

Architect Bjarke Ingels Is Already Designing for 130 Years in the Future

Bjarke Ingels isn’t known for doing anything small. The charismatic Danish architect first captivated a wide audience with a 2009 TED talk featuring slogans like “yes is more” and “hedonistic sustainability,” since watched by 2.3 million. He’s an outlier in the typically sedate world of architecture, and one who’s hard to ignore.

Affable, analytical, and easy on the eyes, the 44-year-old is a bonafide media sensation. There are the magazine covers, books, sold-out lectures, primetime interviews, and even a flashy Netflix documentary—typically only lavished on select established veterans.

His eponymous firm BIG-Bjarke Ingels Group (with a URL to pique Freudian psychoanalysts: big.dk) have their sights on even bigger prospects. Aside from building skyscrapers, condominiums, museums, stadiums, and parks in four continents, they’re intent on writing a comprehensive masterplan for the entire planet. In one of two TED talks this year, Ingels discussed the viability of building on Mars. And it’s not just speculative architecture either. BIG recently hired Scott Moon, a former SpaceX rocket scientist, to work on various Mars exploration projects and a hyperloop connecting Abu Dhabi and Dubai in time for the World Expo in 2020.

There’s no shortage of critics who bristle against Ingels’s quest to blanket cities with “pragmatic utopias,” as he calls it. Some in the architecture establishment loathe BIG’s tendency to propose “over-programmed” structures—architecture speak for buildings that are too packed with an array of seemingly discordant features. For example: a football stadium-slash-water park-slash-artificial beach proposed by BIG design for the Washington Redskins stadium. Or a power plant that doubles as a ski slope, like Amager Bakke in Copenhagen.

But even Ingels’s harshest detractors (and competitors) can’t look at BIG’s portfolio without some measure of envy or awe. In a little over a decade, BIG has grown to a 550-person firm with offices in Copenhagen, New York, London, and Barcelona. They have over 40 completed projects and an even longer list of commissions in progress. Many are represented in the firm’s recently-opened retrospective at the Danish Architecture Center in Copenhagen, which runs through January 2020.

Titled “Formgiving: An Architectural Future History from Big Bang to Singularity,” the sprawling, 14,000-foot-exhibition is jam-packed with renderings, architectural models, screens, portals, and interactive stations showcasing BIG’s ideas about the future of habitats, both earthly and celestial.

Is there a common thread throughout BIG’s projects?

Bjarke Ingels: Yes. You can call our practice and our worldview “pragmatic utopia.” We have the power as human beings to organize all the elements of our world and society in a socially and environmentally perfect way. The power we have as architects is that we can say, yes, we’re going to give you everything you asked for and in addition to that, we’re going to give you something more—something you didn’t ask for. Now that we’ve put it forward, the world would be a lesser place without it. Typical examples I’ve shown at TED: A power plant that is so clean that we could turn the roof into a ski slope, a hiking path and a climbing wall. Or the museum that is also a bridge from one side of the sculpture park to the other. In Vancouver House, we turned the underside of the existing bridge into a Sistine Chapel of street art.

How do you get clients to expand their thinking beyond their original brief?

Architecture is about turning fiction into fact. It’s a cliché that the uncompromising creative/artist should ignore all the constraints so it doesn’t pollute the purity of their thinking. I think we have found a way where we actually turn all of the chaos of the conflicting demands [of a project] into the driving force of the design.

In a way, as an architect, when you are asked to design a school, or an apartment building, or a work space, there is almost always a standard way of doing it. It’s important to remember that things don’t become the standard by being bad. They actually become the standard by being incredibly effective at delivering a certain level of quality. Whenever we do a project, we tell ourselves: The only way to beat the standard is by being better; by addressing issues that are important but have not been identified.

What tools and resources does BIG use to improve on these standards? I noticed that you often cite scientific research in your proposals.

We do collaborate a lot with scientists. We have one rocket scientist on our team who came from SpaceX. We’re considering changing from “BIG-Bjarke Ingels Group” to “BIG LEAP.” LEAP” would stand for Landscape, Engineering, Architecture and Production. Right now, we have landscape architects, mechanical engineers, structural engineers, environmental engineers and landscape architects, horticulturalists, production designers and contractors. BIG builders, basically. To be able to act meaningfully as a creative company today, you need to absorb internally in your organization as many skillsets as possible.

Are there limits to the architect’s domain? What makes you interested in designing for the entire planet?

I think it’s interesting that the whole discussion about the climate collapse is always about declarations of intentions or opinions. They’re urgent warnings but not so much recipes or specific actionable action items. And of course, it is because the planet is such a vast entity, that it’s like a hyper object. You can’t fathom it. I think of how the “overview effect” profoundly affects astronauts when they look back at earth—it creates some kind of cognitive shift within them.

Are there limits to the architect’s domain? What makes you interested in designing for the entire planet?

I think it’s interesting that the whole discussion about the climate collapse is always about declarations of intentions or opinions. They’re urgent warnings but not so much recipes or specific actionable action items. And of course, it is because the planet is such a vast entity, that it’s like a hyper object. You can’t fathom it. I think of how the “overview effect” profoundly affects astronauts when they look back at earth—it creates some kind of cognitive shift within them.

One thing it maybe does change is that having a child has made things more concrete. Typically, when we’re making plans for the future like climate change in 2030 or 2050 or 2100, it’s very, very abstract. You almost feel that you have to have some kind of an abstract sense of solidarity with humanity in general to feel really motivated by things so deep into the future, because in 2100, I’m probably not going to experience it myself. You know, 2050 is really going to be quite late in my life.

Has it made your work more consequential?

The Icelandic writer Andri Magnason, who is a good friend of mine, asked a question while we were hiking in Iceland one summer. Amid the disappearing glaciers, he asked: In what year do you think will the last human being you love dearly be alive?

I’m 44. Let’s give me until I’m 84, which is a relatively reasonable ambition. When I’m that age, maybe I’ll have a ten-year-old granddaughter who I love. She’s my favorite granddaughter, she’s so charming, so smart, just great. I’d spend a lot of time with her and she’s then going to live until 100, let’s say. So that means that 130 years into the future, my favorite granddaughter is still going to be around and she might talk about things that I talked to her about. I imagine she might tell people once in a while the story about her grandfather. This is the year 2149.

That’s so far into the future—a hundred years further into the future than the last Blade Runner movie. It’s almost outside the charts of science fiction, right? That’s how deep into the future that someone I loved dearly in my life is still going to be around. So our sense of ownership and responsibility for the future reaches much further than we imagined in a very intimate, mammalian way. It’s no longer some kind of abstract, general good-for-society kind of way. No, no, no. People you love are going to be affected by the decisions we take today.

Quartz from Tribune Media



Benefit of Taking Magnesium Does Not Get Enough Attention

Nutrition experts recommended trying to get more of magnesium in our diet from food first (Harvard University)
Nutrition experts recommended trying to get more of magnesium in our diet from food first (Harvard University)
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Benefit of Taking Magnesium Does Not Get Enough Attention

Nutrition experts recommended trying to get more of magnesium in our diet from food first (Harvard University)
Nutrition experts recommended trying to get more of magnesium in our diet from food first (Harvard University)

Nutrition experts revealed that magnesium is often not given the same attention as other vitamins and minerals, although it plays a pivotal role in supporting the overall health of our body, especially improving blood sugar management and supporting neuro-psychological balance.

According to the US National Institutes of Health (NIH), magnesium is an abundant mineral in our body and it’s naturally present in many foods.

The mineral is required in more than 300 different reactions in our body, including those that regulate muscle and nerve function, blood sugar levels, and blood pressure.

“Magnesium plays a role in how our body handles sugar,” Scott Keatley, RD, co-owner of Keatley Medical Nutrition Therapy told Prevention magazine.

“It helps with the action of insulin, the hormone that controls blood sugar levels.” When you have enough magnesium in your body, insulin can work better and your body can manage blood sugar more effectively, Keatley said.

Also, stress can cause our body to use more magnesium than usual, which can limit our body’s ability to do other tasks with the nutrient, Keatley said.

“In addition, magnesium can help reduce the release of stress hormones like cortisol,” he said. “It’s like a natural chill pill that can help keep our body’s stress response in check.”

Magnesium helps regulate brain function and mood. It plays a role in releasing and using neurotransmitters, which are chemicals in our brain that affect our mood and emotions.

The mineral may help improve bone density and decrease fracture risk.
“Magnesium is stored in bones and is an important part of bone health,” said Deborah Cohen, DCN, an associate professor in the department of clinical and preventive nutrition sciences at Rutgers University School of Health Professions.

At baseline, magnesium can help to relax and widen your blood vessels, Keatley said. “This makes it easier for blood to flow and can help lower blood pressure,” he added. “It’s like making the highways wider so that traffic can move more smoothly.”

A 2025 review in hypertension found that magnesium seems to be beneficial for lowering blood pressure in people with high blood pressure and magnesium deficiency, but larger studies are needed.

There are a lot of foods that are high in magnesium. Nutrition experts recommended trying to get more of the nutrient in our diet from food first.

These are the most magnesium-rich foods, according to the NIH are: Pumpkin seeds, Chia seeds, almonds, spinach, cashews, peanuts, shredded wheat, soymilk, black beans, edamame, peanut butter, potato with skin, brown rice and plain yogurt.


SpaceX Prioritizes Lunar 'Self-growing City' over Mars Project

FILE - A SpaceX logo is displayed on a building, May 26, 2020, at the Kennedy Space Center in Cape Canaveral, Fla. (AP Photo/David J. Phillip, File)
FILE - A SpaceX logo is displayed on a building, May 26, 2020, at the Kennedy Space Center in Cape Canaveral, Fla. (AP Photo/David J. Phillip, File)
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SpaceX Prioritizes Lunar 'Self-growing City' over Mars Project

FILE - A SpaceX logo is displayed on a building, May 26, 2020, at the Kennedy Space Center in Cape Canaveral, Fla. (AP Photo/David J. Phillip, File)
FILE - A SpaceX logo is displayed on a building, May 26, 2020, at the Kennedy Space Center in Cape Canaveral, Fla. (AP Photo/David J. Phillip, File)

Elon Musk said on Sunday that SpaceX has shifted its focus to building a "self-growing city" on the moon, which could be achieved in less than 10 years.

SpaceX still intends to start on Musk's long-held ambition of a city on Mars within five to seven years, he wrote on his X social media platform, "but the overriding priority is securing the future of civilization and the Moon is faster."

Musk's comments echo a Wall Street Journal report on Friday, stating that SpaceX has told investors it would prioritize going to the moon and attempt a trip to Mars ⁠at a later time, targeting March 2027 for an uncrewed lunar landing.

As recently as last year, Musk said that he aimed to send an uncrewed mission to Mars by the end of 2026.

The US faces intense competition from China in the race to return humans to the moon this decade. Humans have not visited the lunar surface since the Apollo 17 mission in 1972. Less than a week ago, Musk announced that SpaceX ⁠acquired the artificial intelligence company he also leads, xAI, in a deal that values the rocket and satellite company at $1 trillion and the artificial intelligence outfit at $250 billion.

Proponents of the move view it as a way for SpaceX to bolster its plans for space-based data centers, which Musk sees as more energy efficient than terrestrial facilities as the demand for compute power soars with AI development.

SpaceX is hoping a public offering later this year could raise as much as $50 billion, which could make it the largest public offering in history.

On Monday, Musk said in response to a user on X that NASA will constitute less than 5% of SpaceX's revenue this year. SpaceX is ⁠a core contractor in NASA's Artemis moon program with a $4 billion contract to land astronauts on the lunar surface using Starship.

"Vast majority of SpaceX revenue is the commercial Starlink system," Musk added.

Earlier on Sunday, Musk shared the company's first Super Bowl ad, promoting its Starlink Wi-Fi service.

Even as Musk reorients SpaceX, he is also pushing his publicly traded company, Tesla, in a new direction.

After virtually building the global electric vehicles market, Tesla is now planning to spend $20 billion this year as part of an effort to pivot to autonomous driving and robots.

To speed up the shift, Musk said last month Tesla is ending production of two car models at its California factory to make room for manufacturing its Optimus humanoid robots.


Saudi Arabia Participates in Drafting the International AI Safety Report 2026

General view of Riyadh, Saudi Arabia. (SPA)
General view of Riyadh, Saudi Arabia. (SPA)
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Saudi Arabia Participates in Drafting the International AI Safety Report 2026

General view of Riyadh, Saudi Arabia. (SPA)
General view of Riyadh, Saudi Arabia. (SPA)

The Kingdom of Saudi Arabia, represented by the Saudi Data and Artificial Intelligence Authority (SDAIA), participated for the second consecutive year in the preparation of the International AI Safety Report 2026, reinforcing its international efforts to advance AI safety and support responsible innovation worldwide, the Saudi Press Agency said on Monday.

The report, emerging from the 2023 AI Safety Summit at Bletchley Park, provides a scientific assessment of advances in advanced AI systems, examines associated risks, and outlines practical approaches to strengthening safety standards and global governance, serving as a key reference for policymakers, regulators, and researchers.

The report is a comprehensive global document assessing AI risks and related challenges and serves as a trusted scientific reference to support regulatory policies and the development of governance frameworks for the safe and responsible use of advanced technologies.

The report was developed by a distinguished group of international scientists and experts in AI safety and technology governance, featuring specialists from prestigious universities and research centers, as well as representatives from over 30 countries and major international organizations, including the United Nations, the Organization for Economic Co-operation and Development, and the European Union.

The report highlights several key messages, notably the importance of keeping pace with the rapidly growing capabilities of AI through advanced regulatory and scientific frameworks, the need to invest in safety and technical compliance research to ensure systems remain under effective human oversight, and the promotion of international coordination to establish common standards supporting the safe and responsible use of advanced technologies.

It also emphasizes the need to consider economic and social dimensions to ensure the fair distribution of AI benefits and reduce inequality gaps.

Saudi Arabia’s participation in this international effort aligns with the objectives of Saudi Vision 2030, which aims to establish the Kingdom as a global hub for technological innovation while upholding the highest standards of responsibility and technical security.

It reflects the Kingdom’s commitment to actively shaping the global future of AI, promoting sustainable development, safeguarding community security, and enhancing international cooperation toward a safer, more stable technological future.