Scientella的动态

Today is Math 2.0 Day! ???? At the crossroads of mathematics and technology, we're witnessing a revolution in how we solve complex problems. This day reminds us of the critical role STEM education plays in shaping our future: · Business: Optimizing processes and driving data-driven decisions ?? · Science: Accelerating breakthroughs in research and discovery ?? · Innovation: Powering the next generation of world-changing ideas ?? As we celebrate, let's commit to promoting STEM education and inspiring the innovators of tomorrow. What STEM innovation are you most excited about? #STEMForAll

Mentorship Moment: Pi Day. A Celebration of Mathematics and Its Role in Shaping Our Future On March 14th, the world unites to celebrate Pi Day, an occasion that transcends mere appreciation of the mathematical constant π (pi). This day, aligning with Albert Einstein's birthday, is more than just a nod to a number; it's a global educational phenomenon that spotlights the importance of Science, Technology, Engineering, and Mathematics (STEM). The concept of Pi - representing the ratio of a circle's circumference to its diameter - has been known for thousands of years. Still, Larry Shaw, a physicist at the San Francisco Exploratorium, first transformed this mathematical concept into a celebration in 1988. Shaw aimed to demystify mathematics and make it more approachable and enjoyable. This choice of date, 3/14, aligns with the first three digits of pi and serendipitously coincides with the birthday of one of history's greatest physicists, Albert Einstein. Pi Day has since evolved into an educational powerhouse, with schools and institutions hosting various activities worldwide. These activities range from pie-eating contests and pi-recitation challenges to more scholarly pursuits like lectures and interactive workshops. These celebrations are not just about enjoying the quirkiness of a never-ending number; they aim to spark lifelong curiosity in young minds about the world of mathematics and its vast applications. In our ever-evolving technological landscape, the importance of Pi Day extends beyond the classroom. It serves as a reminder of STEM's critical role in driving innovation and solving complex problems. In the professional sphere, we witness daily how strong foundations in mathematics and science are vital for advancing fields like artificial intelligence, engineering, and biotechnology. As we celebrate Pi Day, let's reflect on its significance in inspiring the next generation of STEM professionals. It's a day to make math accessible and fun, to encourage exploration and creativity, and to highlight the vast career opportunities in these fields. By engaging young minds in the wonders of mathematics, we honor a numerical constant and pave the way for future innovation and discovery. So, let's embrace Pi Day enthusiastically and commit to fostering a STEM-empowered generation that will continue to shape our world. #STEM #math #mathcounts #girlsempowerment #pi (Image source: The New Yorker)

Did you know this about Stanford? ... I've been researching colleges lately (because, you know, it's never too early to dream big ??), and Stanford is seriously at the top of my list. But it's not just because it's super prestigious or anything like that. Did you know that Stanford has this incredible underground tunnel system? ??? It's like something out of a spy movie! Apparently, these tunnels run all over campus, connecting different buildings. Some students even use them as shortcuts between classes when it's raining. How cool is that? I'm imagining all the secret study spots and hideaways you could find down there. ???♀? But wait, it gets even more fascinating. Stanford has its own particle accelerator! ?? It's called SLAC, and it's literally two miles long. TWO MILES! They use it to smash particles together and study the universe. It's like having a mini-CERN on campus. Can you imagine casually walking by a massive science experiment on your way to grab coffee? ? Oh, and get this - Stanford's mascot is a tree. A TREE! ?? Not a lion, or an eagle, or anything you'd typically expect. Nope, they chose a tree. And the best part? The person who plays the tree mascot has to try out for it. Like, there are actual tree auditions. It's so unique! ?? Honestly, the more I learn about Stanford, the more I want to go there. It's not just about the awesome academics (though that's a big part). It's all these quirky, unique things that make it seem like such an incredible place to spend four years. I know getting in is gonna be super challenging, but hey, a person can dream, right? Maybe in a few years, I'll be the one giving tree mascot auditions and exploring those secret tunnels. Fingers crossed! ?? Now, if you'll excuse me, I have some studying to do. These Stanford dreams aren't gonna make themselves come true! ????

The 5th Annual GradFUTURES Forum of Princeton University Graduate School started yesterday with an engaging fellowship fair and resource showcase, and Clio Hall awards and reception. Had many conversations with students and colleagues about STEM grad ed and broadly scientific research, advancements in professional development and work ahead. Incremental progress can be slow but some initiatives can inspire collective energy and action such as the Night Science Initiative by Profs. Itai Yanai and Martin Lercher. Which brings me to my next highlight for #GradFUTURES Forum- Night Science: creativity in scientific research on April 12, 10-11 am (online). Through workshops and courses, editorials, and the popular Night Science podcasts, Itai and Martin explore the creative side of scientific thinking. They are firm advocates of teaching the creative scientific process in graduate and postdoc training, as creativity is an acquired skill, not innate talent. They encourage graduate students and postdocs to embrace innovative thinking and apply an?entrepreneurial mindset toward bold, disruptive research ideas.?? Over the past year, it’s been an honor collaborating with Itai and Martin to bring the concepts and tools of Night Science to the Princeton community. This year, Itai and Cliff Brangwynne, Omenn-Darling Bioengineering Institute collaborated to teach a 1-day #Wintersession Night Science workshop. Through Itai and Martin's virtual GradFUTURES Forum talk on April 12, 10 am we look forward to sharing the Night Science ethos and tools broadly. The talk is co-sponsored by Princeton Entrepreneurship Council (shoutout to Anne-Marie Maman!) Open to all! (RSVP links in comments) #scientificthinking #creativity #innovation #STEM #phd #postdoc #professionaldevelopment

Today's 12-Year-Olds Are Smarter Than 19th-Century Nobel Laureates—And the Next 150 Years Will Blow Your Mind! What if I told you that today’s 12-year-olds could outthink the Nobel Prize winners of 1869? Sounds outrageous, right? But look at this MIT entrance exam from that year—questions that now seem like basic math drills to young students today were once the gateway to the highest level of education. Since MIT's founding in 1861, over 101 Nobel laureates have walked through its halls, some of whom earned their spot by answering these exact questions. Let that sink in: a child today might possess the same mathematical proficiency as a future Nobel laureate of the 19th century. This isn't just about academic progress. It's about human evolution—intellectual quantum leaps in less than two centuries. MIT, globally renowned for pushing the boundaries of science and engineering, has been a breeding ground for innovation. But what’s truly mind-bending is how far we’ve come. From steam engines to space travel, telegrams to smartphones, and algebraic puzzles to AI ethics, our species is on a constant trajectory of exponential growth. What was once considered genius-level is now child's play. And this isn't just about intelligence, it's about access. With knowledge at our fingertips, today's youth are scaling intellectual mountains that once took a lifetime to climb. Now, pause for a moment and ask: Where will we be in another 150 years? Imagine what the "MIT entrance exam" of 2174 might look like. Will students be solving problems we can't even comprehend yet? Will quantum computing and neural interfaces make today's technological wonders seem as primitive as the steam engine? Will children be "downloading" knowledge straight into their minds, leaving the need for traditional learning behind altogether? We are witnessing a cognitive revolution unlike anything in human history. This isn’t just progress—it’s an acceleration toward a future where the unimaginable becomes the norm. So, what do you think—are today's children already standing on the shoulders of past giants, poised to surpass them? And what incredible heights will humanity reach next? #TheFutureIsNow #HumanEvolution #STEMRevolution #FutureOfLearning #ExponentialGrowth #NobelStandard

I've been researching colleges lately (because, you know, it's never too early to dream big ??), and Stanford is seriously at the top of my list. But it's not just because it's super prestigious or anything like that. -- Did you know that Stanford has this incredible underground tunnel system? ??? It's like something out of a spy movie! Apparently, these tunnels run all over campus, connecting different buildings. Some students even use them as shortcuts between classes when it's raining. How cool is that? I'm imagining all the secret study spots and hideaways you could find down there. ???♀? But wait, it gets even more fascinating. Stanford has its own particle accelerator! ?? It's called SLAC, and it's literally two miles long. TWO MILES! They use it to smash particles together and study the universe. It's like having a mini-CERN on campus. Can you imagine casually walking by a massive science experiment on your way to grab coffee? ? Oh, and get this - Stanford's mascot is a tree. A TREE! ?? Not a lion, or an eagle, or anything you'd typically expect. Nope, they chose a tree. And the best part? The person who plays the tree mascot has to try out for it. Like, there are actual tree auditions. It's so unique! ?? Honestly, the more I learn about Stanford, the more I want to go there. It's not just about the awesome academics (though that's a big part). It's all these quirky, unique things that make it seem like such an incredible place to spend four years. I know getting in is gonna be super challenging, but hey, a person can dream, right? Maybe in a few years, I'll be the one giving tree mascot auditions and exploring those secret tunnels. Fingers crossed! ??

I thought everyone knew ?????????? ????????????. So, I was seriously surprised (and maybe even a little offended on his behalf) when I recently mentioned that I was going to gift The Last Lecture to a workaholic colleague (not because he’s sick—just to remind him not to be too much of a workaholic), and no one got the reference. As a hardcore fan of Randy Pausch, I feel obligated to write a brief intro here. Randy Pausch was a Professor of Computer Science at Carnegie Mellon University. CMU had a tradition called ?????? ???????? ?????????????? ????????????, where professors were invited to give a hypothetical final talk, reflecting on what mattered most to them, as if it were their last opportunity to share wisdom with their students. Professors usually participated without actually facing the end of their lives. What made Randy Pausch's Last Lecture particularly poignant was that it wasn’t hypothetical—he had been diagnosed with terminal pancreatic cancer and knew his time was limited. This gave his reflections profound significance, making it not just an academic exercise, but a deeply personal and inspiring farewell. You can easily find "Randy Pausch + The Last Lecture" on YouTube, but I highly recommend reading the book as well. Not because the lecture isn't amazing, but the book offers more insight into the story behind his preparation for that unforgettable talk. #lifelessons #bookrecommendations #thelastlecture

Happy #STEMDay! ?? Today, we celebrate the wonders of Science, Technology, Engineering, and Mathematics. But did you know the science of reading is a crucial part of STEM too? ???? Reading is not just about understanding words on a page; it’s a complex cognitive process that involves decoding, comprehension, and critical thinking. These skills are foundational for success in any field. By fostering strong reading abilities, we empower future scientists, engineers, and innovators to excel in their pursuits. Let’s inspire the next generation to explore the world of STEM by starting with the power of reading! Learn more here: https://bit.ly/4642MdF ???? #ScienceOfReading #STEMEducation #FutureInnovators

#TeacherEfficacy and reducing #stress and #fatigue is critical in the dynamic world of modern #education environments. This short carousel presentation shows you how leveraging good #EdTech can dramatical improve #outcomes!

ARE YOU A STEM BUSINESS STEM Alliance partners industry with Schools to provide learning experiences that have young people want to become a Scientist, Techie, Engineer or Math/numbers Wizz. Contact me if your business is wanting to get more involved in developing our future workforce. #Science #Technology #Engineering #DataAnalytics #STEM