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Harvard Graduate Matt Freeze: The Scientist’s Son Poised to Lead the U.S. to FIFA World Cup Glory

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How did Matt Freeze excel in his journey? He steadily advanced through college and professional soccer, dedicating the same enthusiasm a child would show when jumping into bed. “I keep reminding myself,” Freeze shared with NBC News, “I’m always a student of the game.”

The ethos of being a lifelong learner runs in Matt’s family. His paternal grandparents, Ernst and Elizabeth Freese, were exceptional German scientists who immigrated to the USA after World War II. They contributed their talents to the National Institutes of Health, with Ernst being a renowned molecular biologist known for his groundbreaking studies on DNA mutations, cancer, Parkinson’s, and Alzheimer’s diseases.

“He uncovered the mechanics of genetic mutations,” stated Katherine Freese, Matt’s aunt. “This is foundational to our understanding of evolution.”

Catherine, another remarkable figure in the family, is an astrophysicist at the University of Texas, specializing in dark matter research. She tackles pivotal questions like: “How did the universe originate?” and “What is the universe composed of?”

Matt’s father, Dr. Andrew Freeze, a Harvard-trained neurosurgeon, profoundly impacted the field of gene therapy. His journey included earning a Ph.D. in neurobiology from MIT. Sadly, he passed away in 2021 at age 61 due to kidney failure.

The family legacy extends to numerous scholars who boast impressive credentials and achievements. “It’s like a family tradition,” Katherine noted.

Consider Matt’s surprise when a high school peer announced his aspirations of becoming a professional soccer player. Andrew, unfamiliar with sports culture, had concerns about his son’s future. “It felt a bit foreign to him,” Matt recalled.

Family reactions were mixed, with one uncle quipping, “Poor Matt will just warm the bench.” This uncle was also a biologist, Catherine added. “Oh, that’ll never work!”

Eventually, Matt and his father reached a compromise. Matt enrolled at Harvard University to study economics and played on the football team for two seasons before signing with MLS’s Philadelphia Union in 2018. The pandemic later allowed him to complete his degree online in 2022, though Andrew never witnessed his graduation.

“He’s undoubtedly proud,” Katherine stated. “Matt surpassed all expectations.”

Matt applied his academic insights during university, conducting a comprehensive research project focused on penalty kicks. As he progressed in soccer, it became evident that his greatest asset as a goalkeeper lay in his mental approach, handling the position almost scientifically.

“Many people mistakenly believe that goalkeeping is solely about saving shots,” Freeze explained. “Our goal is to prevent them by being aggressive, strategically positioned, and maintaining clear communication, all while reading the game effectively.”

Goalkeepers constantly evaluate the field, identifying threats and positioning themselves to defend against challenges. “A significant part of goalkeeping involves maximizing the area of the goal you can cover,” Freese said.

Fortunately, Freeze possesses a problem-solving intelligence inherited from his father. “He has a logical, analytical mindset,” stated Katherine. “It’s a unique perspective that allows him to synthesize information in ways others can’t.”

What does this perspective entail? “In mathematics and physics, creativity is essential. While equations exist, one must approach problem-solving with an inventive mindset. By combining concepts A and B, one can discover innovative solutions.” This ability is a distinctive skill they share.

Matt believes that despite the key role a goalkeeper plays in a match, their performance is often evaluated based on just a few pivotal moments. “Typically, you only get two or three significant opportunities per game, so it’s crucial to remain fully focused and explosive in those instances.”

To excel in those high-stakes moments, Freeze follows a specific routine. He diligently reviews game footage and studies his opponents but consciously limits his cellphone usage and avoids social media. His diet primarily consists of chicken, vegetables, and carbohydrates during the season. He also practices meditation to align with his body’s natural rhythms and makes a point to soak up sunlight each morning.

Moreover, Matt’s unique biology sets him apart from other goalkeepers. According to his family history, his maternal grandfather, Jack Geary, served as an Air Force pilot and a professional football player. In tribute, Matt wears the number 49 on his jersey for NYC FC. “Natural athleticism played a role,” Freese remarked. “I’m grateful for that, but it has to be expressed. To achieve that, one must flow, remain agile, and execute those critical saves.”

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Source: www.nbcnews.com

Europe Seeks to Attract Scientists Following Trump’s Freeze on U.S. Funds

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On Monday, the European Union kicked off its initiative to draw scientists and researchers to Europe through grants and new policy proposals following the freezing of government funding related to diversity, equity, and inclusion by the Trump administration.

“A few years back, it would have seemed unimaginable that one of the world’s major democracies would terminate a research initiative simply because it included the word ‘diversity,'” stated French President Emmanuel Macron at the “Choose Science” event in Paris.

“No one would have believed it possible for a significant democracy to hinder a researcher’s chances of obtaining a visa,” Macron remarked. “Yet, here we are.”

Ursula von der Leyen, head of the European Commission, joined Macron at Sorbonne University, announcing a new “super grant” program aimed at offering “long-term perspectives and a prime viewpoint” in various disciplines.

She specified plans to allocate 500 million euros ($566 million) between 2025 and 2027 to “make Europe a beacon for researchers,” with funds directed to the European Research Council, which boasts a budget exceeding 16 billion euros ($18 billion) from 2021 to 2027.

Von der Leyen emphasized that the 27 EU nations aim to “institutionalize the freedom of scientific inquiry” with new legislation. “As global threats increase, Europe will not compromise on this principle,” she asserted.

Macron announced that the French government will shortly present new initiatives to bolster investments in science and research.

Recently, hundreds of university researchers in the U.S. faced funding cuts from the National Science Foundation due to an executive order from President Trump, impacting programs focused on diversity, equity, inclusion, and misinformation.

To date, over 380 grant projects have been eliminated, including efforts to combat internet censorship in China and Iran, as well as initiatives working with Indigenous communities to study environmental changes in Alaska’s Arctic.

Several of the affected grants aimed to diversify the demographics of individuals pursuing studies in science, technology, and engineering, prompting protests from scientists, researchers, and doctors in the streets.

While not explicitly naming the Trump administration, von der Leyen characterized the undermining of free and open research as a “huge miscalculation.”

“Science knows no borders, gender, ethnicity, or political affiliation,” she declared. “We believe that diversity is a vital human asset and the lifeblood of science. It is among the most valuable global resources and must be safeguarded.”

With von der Leyen seizing this opportunity, she is promoting European scientific avenues and leveraging the shift in U.S. policies. Trade relations have altered since Trump took office in January, including a tariff war that began last month.

The former German defense minister and trained medical doctor has committed to addressing obstacles faced by scientists and researchers, particularly regarding excessive bureaucracy and business access.

Macron stated that scientific research should not be dictated by a limited number of individuals.

Macron concluded, asserting that Europe “must become a sanctuary” for scientists and researchers, sending a clear message: “If you value freedom, come here to support our research, help us improve, and invest in our future.”

Source: www.nbcnews.com

Moon freeze may solve Stonehenge mystery in rare event

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Stonehenge, an ancient prehistoric temple in southern England, remains a fascinating mystery. Construction began around 5,000 years ago, but the purpose of this enigmatic site remains unknown as its builders left no written records.

Analysis has shown that the massive stones of Stonehenge were transported from distant quarries, some weighing over 20 tonnes.

The alignment of Stonehenge with the sun during the solstices is well-documented, but its potential connection with the moon has intrigued experts. Scholars are exploring whether Stonehenge was not only designed to align with the sun but also with the moon, a remarkable achievement for a society predating the invention of the wheel.

On June 21, 2024, experts are investigating the relationship between Stonehenge and the lunar cycles as a rare lunar standstill event unfolds.

Professor Michael Parker Pearson, a renowned expert in British prehistory, speculates that Stonehenge’s builders may have aimed to unify people, ancestors, land, and the cosmos by linking the movements of the sun and moon.

The lunar standstill, occurring once every 18.6 years, results in the moon reaching its most extreme northern and southern positions in the night sky. This phenomenon, unlike the annual solstices tied to the sun, creates a unique celestial display.

While Stonehenge’s alignment with the solstices is well-known, its relationship with the lunar cycles remains less understood. Research indicates that burials at Stonehenge predate the arrival of the large stones, and possible alignments suggest a connection with the lunar standstill phenomenon.

An ongoing study by experts from Oxford, Leicester, and Bournemouth universities aims to delve into the significance of the moon in Stonehenge’s construction, potentially reshaping our understanding of this ancient monument.

Experts like Professor Parker Pearson, Professor Ruggles, and Dr. Chadburn are at the forefront of unraveling the mysteries of Stonehenge and its celestial connections.

Source: www.sciencefocus.com

Winter causes Mars’ largest volcano to freeze

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View of the frost on Mount Olympus

ESA/DLR/Free University of Berlin

As winter mornings dawn on Mars, the summits of the planet’s largest volcanoes are covered in frost — another indication of the presence of water on the Red Planet.

We already know that Mars has large deposits of ice in the form of polar ice caps and possibly buried beneath the surface near the equator, but scientists have yet to observe surface water anywhere else on the planet.

Now, Admas Valantinus Valantinas, of Brown University in Rhode Island, and his colleagues found frost, which appears to form only in the mornings during the Martian winter, near the summits of volcanoes in the Tharsis region, including Olympus Mons, one of the solar system’s largest volcanoes. “This is really exciting, because it not only shows how dynamic the Martian water system is, but also that water could be found in varying amounts basically everywhere on Mars,” Valantinas says.

He and his team used a color camera on the European Space Agency’s Trace Gas Orbiter, which studies the Martian atmosphere, to take morning photographs of the icy volcano’s summit and found widespread blue frost. They calculated the surface temperature and found that it was too hot for carbon dioxide to freeze, and that similar-looking frozen carbon dioxide was not the cause.

Ice could form from gases erupting from volcanoes, but if so, do Valantinas and his team expect to see it year-round? Instead, the fact that it only appears during the colder parts of the year makes it more likely that the frost is the result of water vapor in the atmosphere freezing.

Knowing where ice forms on the Martian surface, especially from atmospheric processes, is crucial for accurate weather forecasting, he said. Susan Conway A researcher at the University of Nantes in France, she says we know that polar ice flows into the atmosphere, but we don’t know where it goes. “This is a really cool observation, because now we actually know where it goes.”

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Source: www.newscientist.com