Particle Physics Builds STEM Leaders
Particle physicists share the excitement of discovery, inspire young minds, and enhance public understanding of science. We partner with educators to prepare students to thrive in our high-tech global economy and develop the next generation of innovators.
Particle Physics Builds STEM Leaders
PDF 2 MB
Sparking Interest in STEM
Through diverse activities, we share the thrill of exploring the unknown and making new discoveries. Reaching tens of thousands of people every year, our public engagement programs promote scientific literacy and show how science makes a difference in all of our lives.
Every year, the Virtual Visit program engages hundreds of students across the U.S. in a live conversation with American physicists working on site at the largest particle accelerator in the world. The students get to see the experiment up close and find out what life is like as a physicist.
Julia Gonski, Harvard University
I am passionate about community education and outreach. I’ve made it my mission to make science more accessible to minority populations. By sharing my story, I hope to inspire young people and encourage them to reach their full potential.
Jessica Esquivel, Syracuse University
I love to share my passion about particle physics with the Hispanic and Latino communities through tours, the Fermilab Ask-a-Scientist and Open House programs and STEM conferences for middle and high school girls. I emphasize the importance of STEM to parents and students while sharing my personal experience as a scientist.
Minerba Betancourt, Fermilab
I helped create “Quarked! Adventures in the Subatomic Universe” to inspire young people to explore the subatomic world using animated characters and games. Our video shorts, lesson plans, and hands-on shows explain the science of particles.
Alice Bean, Kansas University
Supporting aspiring STEM leaders
We offer programs for teachers that enable them to enrich their students’ classroom experiences. We bring undergraduate and high school students into our research teams. We make our data and analysis tools available in formats for outreach, classroom exercises, and scientific analysis.
Through QuarkNet, I bring particle physics to K-12 classrooms all across Puerto Rico. Nationwide, QuarkNet teachers and their students work directly with scientists and look at authentic data from active experiments.
Hector Mendez, University of Puerto Rico Mayaguez
I work with enthusiastic and committed science teachers to help them bring our research to their classrooms. They love doing research and thinking like students again, and I enjoy learning from their experiences as educators.
Harry Cheung, Fermilab
The college students in my research group study the properties of neutrinos from supernova explosions and help us improve the sensitivity of next-generation underground neutrino detectors like DUNE, the Deep Underground Neutrino Experiment. Students gain valuable data analysis, programming, and presentation skills while contributing to our work.
Kate Scholberg, Duke University
We have a responsibility to share our data—scientific knowledge is for everyone. I help make our research more accessible by creating interactive visualizations of collision events and by preparing experimental data for educational programs that inspire the next generation of scientists.
Tom McCauley, University of Notre Dame
Contributing to the innovation economy
We develop our students’ analytical and technical skills, enabling them to excel in today’s technology-driven economy. Particle physics students pursue many career paths and become leaders in their fields. Their contributions spur innovation in medicine, manufacturing, and technology.
I work for Twitch, a massive video streaming platform, where I am a data scientist for our moderation and chat products. Building on the data analysis skills I learned in neutrino physics, I now use statistics and machine learning to drive product decisions and strategy, helping to ensure that Twitch's user experience is socially engaging and safe.
Ruth Toner, Twitch
At Tesla, I transformed enormous data sets into detailed road maps for self-driving cars and at DeepMind, I am building AI systems that imagine and plan. My experience in particle physics trained me to tackle these complex problems while dealing with the noisy and uncertain data of the real world.
Alex Mott, DeepMind
I am the director and co-founder of INQNET, a collaboration between AT&T Foundry and Caltech, to develop intelligent quantum networks and technologies. Bringing together diverse expertise to solve this challenging problem was inspired by my experience working with physicists from around the world in the massive ATLAS collaboration at CERN.
Rishiraj Pravahan, INQNET
I work on Google Timeline, which uses machine learning to turn your phone’s data into a useful snapshot of your day-to-day life. I rely on many skills I learned in particle physics, from the statistical techniques needed to tame messy data to the ability to communicate technical information clearly.
Brian Coopersmith, Google