The Fungal Pioneer: A Life Exhibition

On an early summer day of 1876 near Druid Hill Park in Baltimore, a middle-aged woman carrying three large, corrupt mushrooms repelled fellow travelers in horse-drawn carriages.

Even wrapped in paper, the foul smell of the aptly named Stinkhorn mushroom was overwhelming, but the woman suffocated her laughter as two other passengers griped about the surrounding flies. The smell didn’t bother her. All she cared about was to bring specimens home to study them, she would write later.

This is Mary Elizabeth Banning, a self-taught mycologist who has been doing creative research into Maryland fungi for nearly 40 years.

Miss Bunning characterized thousands of specimens she found in the countryside of Baltimore and its surrounding areas, identifying 23 new species in science at the time.

The talented artist has collected these observations into a manuscript called “Maryland Fungi.” It consisted of 175 stunning watercolor paintings, each with an accurate yet intimate portrait of a particular species, as well as detailed scientific explanations and anecdotes about the collection of mushrooms.

The manuscript was Miss Bunning’s life work, and she wanted to see it published. But it ended in the drawers of the New York State Museum in Albany and has been forgotten for almost a century.

Her watercolors make up the backbone Exhibition at the museum It will open this month and will run until January 4th next year. The exhibition, called “Outcasts,” recognizes not only the museum’s Mycology collection, but also the museum’s Mycology Collection, as well as the museum’s Mycology Collection.

Miss Banning is known as the fungus “vegetable exile.” At the time (and throughout 1969) fungi were classified as distinctive plants. Most botanists From the mid-19th century, their research was considered a backwater of research.

It was the exile who banned herself. “She was very much hoping to be part of the science community,” said John Haynes, a museum’s mycology curator until she retired in 2005 and a wide-ranging study of her history. But as a woman living in the 19th century, the path was largely closed to her.

Like her contemporaries like Beatrix Potter, she tried to make her mark in the emerging field of mycology.

One scientist gave her Charles Horton Peck, who worked at the museum as New York’s first national botanist from 1868 to 1913. A prominent American mycologic man, Peck has dedicated most of his career to fungi, gathering over 33,000 specimens in a New York survey, surpassing 2,700 New New Kachiuk reports.

“A lot of the fungi that people recognize from New York and the northeast are what Peck explained,” said Dr. Kaisian.

Miss Banning first wrote Mr. Peck in 1878, seeking feedback on her manuscript. Unlike the other scientists she tried to contact, he wrote back and they responded for nearly 20 years. Her letters are part of which are on display, providing a window into their relationship.

“You are my only friend on the debate land of the Official Gazette,” she wrote to him in 1879. She recorded her collection forays and scientific observations, and conveyed her dreams of the manuscript. “I have a strong will,” she wrote in 1889.

Miss Banning’s letters were often whimsical and passionate. None of Mr. Peck’s letters to her remained, but his tone in the other letters suggested he was much more restrained. Nevertheless, he treated Miss Vanning like a respected colleague – providing her scientific guidance, an account of the species with her support, and even an account of the species named after her. Their scientific bonds could not be denied.

“It’s a love story, but not between them. They both were in love with fungi,” Haynes said. The play he wrote about their relationship from Miss Bunning’s letter will take place at the exhibition’s gallery opening event on April 4th at the museum.

However, the love triangle tends to change particularly sourly. With no visible publishing prospects for her own, Miss Bunning sent her manuscript to Mr. Peck in 1890, hoping that he could publish it. “He would have had the resources to make it a permanent part of the mycologic record,” Dr. Kaisian said. But he never did.

She expressed how difficult it was to let go of her job and asked her to reassure her that she appreciated her contribution to the field, but she was not received that recognition. “In her letter, she seems to have passed away without really understanding the legacy, the value of her work,” Dr. Kaisian said.

In one of her final letters to Mr. Peck in 1897, six years before her death, Miss Bunning lamented the loss of the book as she fell into poverty alone in a room home in Virginia. “I hardly know that I’ve given up on an illustrated book,” she wrote. “To tell you the truth, I want to look at it and call it my own again, but this is by no means.”

“It still brings tears to my eyes,” Dr. Haynes said.

It was originally Dr. Haynes who revealed the manuscript of Miss Bunning.

The eccentric curator showed it to him in 1969 when he visited the museum for a job interview. He recalls being surprised by the colors that were beautifully preserved by the fact that pages had not been opened to sunlight for decades.

He exhibited some of the paintings in 1981, and they were on display several more times, including the birth of Miss Banenning, including Talbot County, Maryland. With the help of this spotlight, Miss Bunning was led to the Maryland Women’s Hall of Fame in 1994. However, since the mid-1990s, the photographs were packed in as pigments decompose quickly in light.

Beyond Miss Bunning’s work, “Outcasts” gives visitors a glimpse into the broader historical background of mycology. “Fungi are extremely important organisms, dating back hundreds of millions of years, they shape the very texture of the Earth,” Dr. Kaisian said. “But their stories are still mystical and often ignored.”

In addition to Miss Bunning’s watercolors and letters, the exhibition includes many other artifacts and experiences. Visitors can explore one of Peck’s microscopes and mushroom specimens, one of the recently collected by Dr. Kaysian, or marvel at the incredibly realistic wax sculpture of New York fungi, created for the museum in 1917 by artist Henri Marchand and his son Paul.

The murals, created by museum artists, show the biology of fungi, their role in ecosystems, and their evolutionary history. Rare Fossils of Prototaxite, a 30-foot-high fungus that lived during the Devonian period about 400 million years ago refers to how much the Earth has changed over time.

Overall, Dr. Kaysian said he hopes the exhibition will demonstrate why such natural history collections deserve public support and preservation.

The 150-year-old specimen, hidden in a cabinet where visitors rarely see scientists, maps the limits of a variety of organisms, both geographically and genetically.

“The Natural History Collection is an active repository for contemporary research,” Dr. Kaisian said. “We need more scientific communication about what’s going on here and why it’s important.”

Source: www.nytimes.com

Renowned AI pioneer Jeffrey Hinton honored as “godfather of AI” – an offer too good to refuse

WBack in 2011, Marc Andreessen was a venture capitalist with dreams of becoming a public intellectual. published an essay Titled “Why Software is Eating the World,'', he predicted that computer code would take over large swaths of the economy. Now, 13 years later, the software seems to be making its way into academia. In any case, this is one possible conclusion to be drawn from the fact that computer scientist Jeffrey Hinton shares the following about 2024: Nobel Prize in Physics John Hopfield and computer scientist Demis Hassabis share half of it. Nobel Prize in Chemistry With one of my colleagues at DeepMind, John Jumper.

In some ways, Hassabis and Jumper's awards were as expected. Because they built the machine. alpha fold 2 – This will enable researchers to solve one of the most difficult problems in biochemistry: predicting the structure of proteins, the building blocks of biological life. Their machine was able to predict the structure of virtually every 200m protein the researchers identified. So this is a big problem for chemistry.

But Hinton is not a physicist. Indeed, he once Introduced at an academic conference As someone who “failed physics, dropped out of psychology, and then joined a field with absolutely no standards: artificial intelligence.” After graduating, I worked as a carpenter for a year. But he's the guy who found a way to do it (“backpropagationThis allows neural networks to be trained. This was one of the two keys that opened the door to machine learning and sparked the current AI frenzy. (The other is transformer model (published by Google researchers in 2017).

But where's the physics in this? That's from Mr. Hopfield, who shares the award with Mr. Hinton. “Hopfield networks and their further development, called Boltzmann machines, are based on physics,” Hinton explained to the man. new york times. “Hopfield nets used energy functions and Boltzmann machines used ideas from statistical physics. So that stage of the development of neural networks relied heavily on ideas from physics.”

that's ok. But the media often describes Hinton as the “godfather of AI,” which has vaguely sinister overtones. In reality, he is the exact opposite: tall, affable, polite, intelligent, and endowed with an acerbic and sometimes acerbic wit. When I asked Cade Metz how he reacted when he heard the news of the award, he said he was “shocked, surprised, and appalled,” which I think most people would say. But in 2018, he shared the Turing Award, computer science's equivalent of the Nobel Prize, with Joshua Bengio and Yann LeCun for their work in deep learning. So he was always in the top league. It's just that there is no Nobel Prize in computer science. Given the way software is eating up the world, perhaps that should change.

There's an old joke that the key to becoming a Nobel Prize winner is to “outlive” your rivals. Hinton, now 77, clearly took notice. But in fact, what is most admirable about him is his persistence in believing in the potential of neural networks as the key to artificial intelligence, long after the idea had been discredited by the profession. Given the way academia works, it required an extraordinary amount of determination and confidence, especially in a rapidly developing field like computer science. Perhaps what drove him through his dark times was the idea that his great-grandfather was George Boole, the 19th century mathematician who invented the underlying logic. all Of this digital stuff.

We also think about the impact awards have on people. When news of Hinton's award broke, I thought of Seamus Heaney, who won the literary prize in 1995. He described the experience as “like being attacked by something.” generally “A benign avalanche.” Note that I say “almost.” One of the consequences of the Nobel Prize is that the recipient instantly becomes public property, and everyone wants a piece of it. “All I'm doing these days is 'going to work,'” Heaney wrote resignedly to a friend in June 1996. And this situation will continue for weeks and months yet… Whatever the final outcome of the Stockholm effect, its direct result is the desire to quit and start over. with a unique persona (within myself)”

So…note to Jeff: Congratulations. And manage your calendar.

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Source: www.theguardian.com