Collins after being selected by Prudential Emerging Visionaries
A changemaker is anyone who takes creative action to solve an ongoing problem—be it in one’s own community or throughout the world.
And when it comes to creating positive change, enthusiasm and a fresh perspective can hold just as much power as years of experience. That’s why, every year, Prudential Emerging Visionaries celebrates young people for their innovative solutions to financial and societal challenges in their communities.
This national program awards 25 young leaders (ages 14-18) up to $15,000 to devote to their passion projects. Additionally, winners receive a trip to Prudential’s headquarters in Newark, New Jersey, where they receive coaching, skills development, and networking opportunities with mentors to help take their innovative solutions to the next level.
For 18-year-old Sydnie Collins, one of the 2023 winners, this meant being able to take her podcast, “Perfect Timing,” to the next level.
Since 2020, the Maryland-based teen has provided a safe platform that promotes youth positivity by giving young people the space to celebrate their achievements and combat mental health stigmas. The idea came during the height of Covid-19, when Collins recalled social media “becoming a dark space flooded with news,” which greatly affected her own anxiety and depression.
Knowing that she couldn’t be the only one feeling this way, “Perfect Timing” seemed like a valuable way to give back to her community. Over the course of 109 episodes, Collins has interviewed a wide range of guests—from other young influencers to celebrities, from innovators to nonprofit leaders—all to remind Gen Z that “their dreams are tangible.”
That mission statement has since evolved beyond creating inspiring content and has expanded to hosting events and speaking publicly at summits and workshops. One of Collins’ favorite moments so far has been raising $7,000 to take 200 underserved girls to see “The Little Mermaid” on its opening weekend, to “let them know they are enough” and that there’s an “older sister” in their corner.
Of course, as with most new projects, funding for “Perfect Timing” has come entirely out of Collins’ pocket. Thankfully, the funding she earned from being selected as a Prudential Emerging Visionary is going toward upgraded recording equipment, the support of expert producers, and skill-building classes to help her become a better host and public speaker. She’ll even be able to lease an office space that allows for a live audience.
Plus, after meeting with the 24 other Prudential Emerging Visionaries and her Prudential employee coach, who is helping her develop specific action steps to connect with her target audience, Collins has more confidence in a “grander path” for her work.
“I learned that my network could extend to multiple spaces beyond my realm of podcasting and journalism when industry leaders are willing to share their expertise, time, and financial support,” she told Upworthy. “It only takes one person to change, and two people to expand that change.”
Prudential Emerging Visionaries is currently seeking applicants for 2024. Winners may receive up to $15,000 in awards and an all-expenses-paid trip to Prudential’s headquarters with a parent or guardian, as well as ongoing coaching and skills development to grow their projects.
If you or someone you know between the ages of 14 -18 not only displays a bold vision for the future but is taking action to bring that vision to life, click here to learn more. Applications are due by Nov. 2, 2023."This thing has been cycling 10,000 cycles and it’s still going." 
A team of researchers at UCI had been experimenting with nanowires for potential use in batteries, but found that over time the thin, fragile wires would break down and crack after too many charging cycles. A charge cycle is when a battery goes from completely full to completely empty and back to full again.
But one day, on a whim, Thai coated a set of gold nanowires in manganese dioxide and a Plexiglas-like electrolyte gel.
"She started to cycle these gel capacitors, and that's when we got the surprise," said Reginald Penner, chair of the university's chemistry department. "She said, 'this thing has been cycling 10,000 cycles and it's still going.' She came back a few days later and said 'it's been cycling for 30,000 cycles.' That kept going on for a month."
This discovery is mind-blowing because the average laptop battery lasts 300 to 500 charge cycles. The nanobattery developed at UCI made it though 200,000 cycles in three months. That would extend the life of the average laptop battery by about 400 years. The rest of the device would have probably gone kaput decades before the battery, but the implications for a battery that that lasts hundreds of years are pretty startling.
Batteries being recycled at WRWA, London. Nov ‘21Photo by John Cameron on Unsplash"The big picture is that there may be a very simple way to stabilize nanowires of the type that we studied," Penner said. "If this turns out to be generally true, it would be a great advance for the community." Not bad for just fooling around in the laboratory.
This article originally appeared 12.22.22
The site was left untouched and largely unexamined for over a decade. A sign was placed to ensure future researchers could locate and study it.
Treuer initially set out to locate the large placard that marked the plot — and failed.
The first deposit of orange peels in 1996.
Photo by Dan Janzen.
"It's a huge sign, bright yellow lettering. We should have been able to see it," Treuer says. After wandering around for half an hour with no luck, he consulted Janzen, who gave him more detailed instructions on how to find the plot.
When he returned a week later and confirmed he was in the right place, Treuer was floored. Compared to the adjacent barren former pastureland, the site of the food waste deposit was "like night and day."
The site of the orange peel deposit (L) and adjacent pastureland (R).
"It was just hard to believe that the only difference between the two areas was a bunch of orange peels. They look like completely different ecosystems," he explains.
The area was so thick with vegetation he still could not find the sign.
The results, published in the journal "Restoration Ecology," highlight just how completely the discarded fruit parts assisted the area's turnaround.
The ecologists measured various qualities of the site against an area of former pastureland immediately across the access road used to dump the orange peels two decades prior. Compared to the adjacent plot, which was dominated by a single species of tree, the site of the orange peel deposit featured two dozen species of vegetation, most thriving.
Lab technician Erik Schilling explores the newly overgrown orange peel plot.
In addition to greater biodiversity, richer soil, and a better-developed canopy, researchers discovered a tayra (a dog-sized weasel) and a giant fig tree three feet in diameter, on the plot.
"You could have had 20 people climbing in that tree at once and it would have supported the weight no problem," says Jon Choi, co-author of the paper, who conducted much of the soil analysis. "That thing was massive."
In a 2016 study published in Nature, researchers found that such forests absorb and store atmospheric carbon at roughly 11 times the rate of old-growth forests.
In many parts of the world, rates of deforestation are increasing dramatically, sapping local soil of much-needed nutrients and, with them, the ability of ecosystems to restore themselves.
Meanwhile, much of the world is awash in nutrient-rich food waste. In the United States, up to half of all produce in the United States is discarded. Most currently ends up in landfills.
The site after a deposit of orange peels in 1998.
Photo by Dan Janzen.
"We don't want companies to go out there will-nilly just dumping their waste all over the place, but if it's scientifically driven and restorationists are involved in addition to companies, this is something I think has really high potential," Treuer says.
The next step, he believes, is to examine whether other ecosystems — dry forests, cloud forests, tropical savannas — react the same way to similar deposits.
Since his first scouting mission in 2013, Treuer had visited the plot more than 15 times. Choi had visited more than 50. Neither had spotted the original sign.
In 2015, when Treuer, with the help of the paper's senior author, David Wilcove, and Princeton Professor Rob Pringle, finally found it under a thicket of vines, the scope of the area's transformation became truly clear.
The sign after clearing away the vines.
Photo by Tim Treuer.
"It's a big honking sign," Choi emphasizes.
19 years of waiting with crossed fingers had buried it, thanks to two scientists, a flash of inspiration, and the rind of an unassuming fruit.
This article originally appeared on 08.23.17
Lane Fontana shares her Ancestry DNA story.
To learn the truth, Lane reached out to her mother. She admitted that the man who raised her wasn’t her father. It was a man that she knew briefly in college when she was 35. “I almost fell off my f**king chair,” Lane explained. “She had an affair with a guy ten years younger than her when she was in college. ‘It was a one-time thing, but he even saw her on campus and said, ‘Is that mine?’ and she denied it.”
Then Lane received the results from Ancestry and learned the truth: her father was a British man who lives in California. The “mystery person” who reached out to her was his nephew.
Lane’s biological father had attempted to get in touch with Lane over the years but was threatened by her mother. “So what did he do? He followed me on social media my entire life. He watched me date my boyfriend, get married, have babies, everything. All from the outside. Not able to know me,” she said.
The biological father longed to hear her voice, so he called the salon where she works to ask the hours and then hung up. He wanted to fly out and get his haircut by her, but his wife was against it because, given their resemblance, she might figure things out pretty quickly.
Lane and her biological father finally met and spent 5 days together, but things didn’t go as she hoped.
@laneiscool14 Replying to @rykoda #foryoupage #fyp #ancestrydnatestresults #dnaresults #storytime #viral
“Coming from a broken family, there's like this hole inside of me. I guess like was hoping that he was gonna fix me and I really tried to go into it with like an open mind and low expectations,” she said in a TikTok video. “I felt like he was not interested in what I had to say. I felt like I was stupid. I felt like he didn't like me,” she continued. “I mean, I'm a very warm, talkative, funny, goofy person and he is not like that. So it could just be who he is. He could even be just trying to respect me as an adult. But, um, our interactions left me feeling very confused and very invalidated.”
The confusion with meeting her biological father made her relationship with the man who raised her seem even more important.
“Between him and I not a lot changes, like, that's still my dad,” she said. “I'm still his daughter. My kids are still his grandkids. You know, like, he Facetimes my son every day. My son's named after him. Like, I have his signature on the back of my neck. That's my dad.”
Lane is taking her relationship with the man she calls her “Biodad” in stride. But after all the changes in her life, she’s happy to know the truth. “I'm just taking it at my own pace,” she said. “I just feel like I have 2 dads now, which is a good thing. The more, the merrier.”
@laneiscool14 Replying to @ashleey.victoria
