The Gold Medal Goes to the Chocolate Muffin as Bakery Shines at Olympic Village

Chocolate muffins for sale at the Village Plaza Cafe in the Olympic Village, in Saint Denis near Paris, France, 10 August 2024. (EPA)
Chocolate muffins for sale at the Village Plaza Cafe in the Olympic Village, in Saint Denis near Paris, France, 10 August 2024. (EPA)
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The Gold Medal Goes to the Chocolate Muffin as Bakery Shines at Olympic Village

Chocolate muffins for sale at the Village Plaza Cafe in the Olympic Village, in Saint Denis near Paris, France, 10 August 2024. (EPA)
Chocolate muffins for sale at the Village Plaza Cafe in the Olympic Village, in Saint Denis near Paris, France, 10 August 2024. (EPA)

Freshly cooked bread and a selection of French pastries were meant to be the stars of the Olympic village where athletes from across the world have packed the on-site bakery. But the gold medalist was a surprise: the American-inspired chocolate muffin is what went viral on social media.

Norwegian swimmer Henrik Christiansen has been dubbed “muffin man” after he posted a series of videos featuring the “choccy muffin,” accumulating millions of views on TikTok. He gave it an “insane” 11/10 star review.

“It’s been an unreal experience,” Christiansen told The Associated Press on Saturday.

“I never imagined it to become this big, but it’s fun,” said Christiansen, who swam in the 800-meter freestyle, the 1,500-meter freestyle and the 10-kilometer marathon races.

As an endurance athlete, he said he can afford to eat high-calorie food — like the dense chocolate muffin studded with chocolate chunks — every day.

Over the two and a half weeks he stayed at the Olympic village in the northern Paris suburb of Saint-Denis, Christiansen ate “seven or eight” of these muffins known for their melted fudge center.

"It’s not really that much. I think people will be disappointed when they learn it’s not five a day,” he said.

About 40,000 meals are served each day of the Games to thousands of athletes from more than 200 countries and territories who are staying in the Olympic village.

And the bakery became the meeting point for many, chief baker Tony Doré said.

Doré and his team produce fresh baguettes — added in 2022 to the UN’s list of intangible cultural heritage — and a variety of other bread cooked every day on site.

“It’s unbelievable,” Doré said, describing how quickly athletes adopted the very French habit of getting their fresh baguette every morning.

Most “had never tasted a baguette freshly out of the oven. Inevitably, they come back, and they are under the charm of that bread,” he said. “Now, some teams come back every day and say, ’Your baguette is awesome, it’s amazing and that smells so good’.”

Another champion product, Doré said, is the "cocoa bread" specially created for the Olympics, basically a piece of double chocolate French bread but with less sugar and butter to better fit with athletes' diets.

Some also tried the French breakfast: fresh bread with butter and jam, croissants and other “viennoiseries."

American athletes like Simone Biles, the most decorated gymnast of all-time, and sprinter Fred Kerley, bronze medalist on the 100-meter, came to the bakery, Doré said. Some others took part in bread-making classes held every day.

Philipp Würz, head of catering for the Paris 2024 organizing committee, said the village’s team of four bakers each day produced about 600 baguettes and 900 cacao breads, quantities that exceeded initial plans because of growing demand.

“It's one of our prides to have insisted on local French bread,” Würz said.

Unrivaled, though, were the chocolate muffins, made by another local producer, which reached 4,000 per day.

Other pastries being made include custard pie, vanilla tartlet, Paris-Brest — choux pastry stuffed with a praline flavored cream — and lemon tart. The bakery will be open for the Paralympic Games that begin on Aug. 28.

“I expect a wave of athletes, because they are already aware,” said Doré, the chief baker.

For everyone else, the recipe for the now world-famous chocolate muffin has been posted on TikTok, Christiansen said, himself hoping to re-create it at home.



Scientists Propose Warming Up Mars by Using Heat-trapping 'Glitter'

This image mosaic taken by the Mars Exploration Rover Spirit's panoramic camera shows the Martian surface southwest of the rover's landing site. The picture was released by the Jet Propulsion Laboratory in Pasadena, California Janaury 10, 2004. REUTERS/NASA/JPL/Arizona State University/Cornell University/Handout
This image mosaic taken by the Mars Exploration Rover Spirit's panoramic camera shows the Martian surface southwest of the rover's landing site. The picture was released by the Jet Propulsion Laboratory in Pasadena, California Janaury 10, 2004. REUTERS/NASA/JPL/Arizona State University/Cornell University/Handout
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Scientists Propose Warming Up Mars by Using Heat-trapping 'Glitter'

This image mosaic taken by the Mars Exploration Rover Spirit's panoramic camera shows the Martian surface southwest of the rover's landing site. The picture was released by the Jet Propulsion Laboratory in Pasadena, California Janaury 10, 2004. REUTERS/NASA/JPL/Arizona State University/Cornell University/Handout
This image mosaic taken by the Mars Exploration Rover Spirit's panoramic camera shows the Martian surface southwest of the rover's landing site. The picture was released by the Jet Propulsion Laboratory in Pasadena, California Janaury 10, 2004. REUTERS/NASA/JPL/Arizona State University/Cornell University/Handout

The idea of transforming Mars into a world more hospitable to human habitation is a regular feature of science fiction. But could this be done in real life?
Scientists are now proposing a new approach to warm up Earth's planetary neighbor by pumping engineered particles -similar in size to commercially available glitter and made of iron or aluminum - into the atmosphere as aerosols to trap escaping heat and scatter sunlight toward the Martian surface. The idea would be to augment the natural greenhouse effect on Mars to raise its surface temperature by roughly 50 degrees Fahrenheit (28 degrees Celsius) over a span of a decade.
This alone would not make Mars habitable for people, but the scientists who developed the proposal see it as a potentially doable initial step.
"Terraforming refers to modifying a planet's environment to make it more Earth-like. For Mars, warming the planet is a necessary, but insufficient, first step. Previous concepts have focused on releasing greenhouse gases, but these require large amounts of resources that are scarce on Mars," said University of Chicago planetary scientist Edwin Kite, who helped lead the study published this week in the journal Science Advances.

"The key elements of our paper are a novel proposal to use engineered nanoparticles to warm Mars' atmosphere, and climate modeling that suggests this approach could be much more efficient than previous concepts. This is important because it presents a potentially more feasible method for modifying Mars' climate, which could inform future Mars exploration strategies," Kite added.

NASA has sent robotic rovers to explore the Martian surface and the InSight Lander to study the planet's interior. The US space agency's Artemis program aims to put astronauts in the coming years on the lunar surface for the first time since 1972 in preparation for potential future human missions to Mars.

There are numerous challenges to human settlements on Mars: lack of breathable oxygen, harmful ultraviolet radiation due to its thin atmosphere, salty soil hostile to growing crops, dust storms that sometimes cover much of the planet and more. But its frigid temperatures are a serious impediment.

"We propose to show that the idea of warming Mars isn't impossible. We hope that our finding encourages the broader scientific community, and the public, to explore this intriguing idea," said study lead author Samaneh Ansari, a doctoral student in the electrical and computer engineering department at Northwestern University in Illinois.
The median Martian surface temperature is about minus-85 degrees Fahrenheit (minus-65 degrees Celsius). With its tenuous atmosphere, solar heat on the Martian surface readily escapes into space. The proposal would aim to allow liquid water to exist on the surface of Mars, which has water in the form of ice at its polar regions and its subsurface.
The scientists proposed continuously releasing tiny rod-shaped particles - nanorods - into the atmosphere at a rate of about eight gallons (30 liters) per second for years.
"The idea is to either ship the material or better yet, ship the manufacturing tool and make the nanorods on the planet since iron and aluminum are abundant on the surface of Mars," Ansari said.

The researchers are mindful of the possibility of unintended consequences in terraforming another world for humankind's benefit. Scientists, for instance, are eager to learn whether Mars has harbored life in the past - or perhaps currently, in the form of subsurface microbes.
"Although nanoparticles could warm Mars, both the benefits and potential costs of this course of action are currently uncertain. For example, in the unlikely event that Mars' soil contains irremediable compounds toxic to all Earth-derived life, then the benefit of warming Mars is nil," Kite said.
"On the other hand, if a photosynthetic biosphere can be established on the surface of Mars, that might increase the solar system's capacity for human flourishing," Kite added. "On the costs side, if Mars has extant life, then study of that life could have great benefits that warrant robust protections for its habitat."