co-founder of New Mexico School for the Arts (NMSA), a statewide, residential, public high school for the performing and visual arts. Now serving 330 students, the school opened its doors for the first time in 2010 with 127 students. A charter school with a private partner, NMSA-Art Institute, is committed to providing access to pre-professional arts training and college-readiness academics to students who might not otherwise have the opportunity to access mastery arts training. Cindy started as the School’s Head of School. In 2016, she became President of the Art Institute overseeing fundraising, community and legislative partnerships, and art programs. She brings over 25 years of experience in education, both in high-performing and struggling schools
New Mexico School for the Arts, President, NMSA - Art Institute
James L. Waters Endowed Chair in Analytical Chemistry
COS Distinguished Professor of Chemistry & Chemical Biology
NMC is a non-profit corporation formed by the three New Mexico research universities (The University of New Mexico, New Mexico State University, and New Mexico Tech) to facilitate research across the state, and specifically to facilitate research collaboration between educational institutions, industry, and Los Alamos National Laboratory.
Experimental Physicist, Los Alamos National Laboratory
Community Involvement - STEM Outreach Program Coordinator at Sandia National Laboratories
Lead Educator at SPCYW, NGSS Curriculum Developer, and Science teacher at Hilo Intermediate School, Hawaii
Particle Physicist, LANL (R)
My name is AthenaGrace Martinez. I’ve been a student at Los Alamos National Laboratory for about 2 1/2 years. In 2020 I attended this camp!. I’m going to be a junior at Northern New Mexico College. My major is Elementary Education.
Studies at NMSA, Plays the saxophone and enjoys acting, Attended the SPCYW-2023, Email:gloglofierce6@gmail.com
Studies at Hilo High School, Attended the SPCYW-2023, Enjoys the performing arts and film production Email: rylee.ragasa808@gmail.com,
Particle Physicist, LANL (R)
Born and raised in the Netherlands, and longtime resident of Santa Fe. A (mostly) retired physicist at Los Alamos National Laboratory, and lifelong tinkerer, maker, artist and science educator.
https://p25ext.lanl.gov/~hubert/
https://www.mrsciencesantafe.org
R&D Engineer, Los Alamos National Laboratory
R&D Engineer, Los Alamos National Laboratory
Electric circuits Activity Documentation:
Make sure to share your creative circuits with us by taking a picture and adding it to the Google Classroom "Daily Science Awesomeness" link.
What's for lunch?
Bean and Rice Burritos, Cheese, Corn, Fruit, and Drinks
Magnets! Magnets! And more magnets!! We will investigate the basic properties of magnets, how magnetism and electricity are related, and what fun things we can do with magnets through a series of hands-on builds. We will make our own compass, flashlight, and together see how we can convert electromagnetic energy into mechanical forces with a pulsed magnetic field launcher.
Physicist, Los Alamos National Laboratory
Physicist, Los Alamos National Laboratory
Postdoc Physicist, Los Alamos National Laboratory
Physicist, Los Alamos National Laboratory
R&D Engineer, Los Alamos National Laboratory
R&D Engineer, Los Alamos National Laboratory
https://www.youtube.com/watch?v=9Wby4aHyXJQ
ttps://www.youtube.com/watch?v=Xy6H0mr3KXw
Lots of magnet demos at the magnet lab: https://nationalmaglab.org/education/magnet-academy/watch-play/interactive
Particle Physicist, LANL (R)
Lead Educator at SPCYW, NGSS Curriculum Developer, and Science teacher at Hilo Intermediate School, Hawaii
R&D Engineer, Los Alamos National Laboratory
R&D Engineer, Los Alamos National Laboratory
Lead Educator at SPCYW, NGSS Curriculum Developer, and Science teacher at Hilo Intermediate School, Hawaii
PhD student in light physics at the University of Arizona studying sensors with an undergraduate degree in electrical and computer engineering from Worcester Polytechnic Institute
Lead Educator at SPCYW, NGSS Curriculum Developer, and Science teacher at Hilo Intermediate School, Hawaii
Lead Educator at SPCYW, NGSS Curriculum Developer, and Science teacher at Hilo Intermediate School, Hawaii
What's for lunch?
Beef Tacos, WW Tortillas, Cheese, Lettuce, Spanish Rice , Fruit, and Drinks
Learn how to create a standout resume that showcases your skills and achievements, write a compelling cover letter that captures employers' attention, and ace your interviews through realistic mock interview prep. These essential skills will boost your confidence and help you land your first job or internship.
Program Manager, High School Internships & Special Programs
Student Programs Office, Los Alamos National Laboratory
Student Programs Office, Los Alamos National Laboratory
Executive communicator at Los Alamos National Laboratory
A journalist since age 17, Kris Fronzak has written for local newspapers, the coffee and pharma industries, a national travel magazine, and most recently Los Alamos National Laboratory. At the Laboratory, she’s worked as a science writer, managed communications for the Lab’s director, and written about Manhattan Project history. Kris has lived across the Southeast, the Midwest, and most recently in New Mexico.
Student Intern at Los Alamos National Laboratory
I currently attend New Mexico State University pursuing my degree in Civil Engineering with a minor in Mathematics and Materials Engineering. I have been at LANL for about 4 years and I am half-way through with my schooling at NMSU.
My name is AthenaGrace Martinez. I’ve been a student at Los Alamos National Laboratory for about 2 1/2 years. In 2020 I attended this camp!. I’m going to be a junior at Northern New Mexico College. My major is Elementary Education.
Learn how to create a standout resume that showcases your skills and achievements, write a compelling cover letter that captures employers' attention, and ace your interviews through realistic mock interview prep. These essential skills will boost your confidence and help you land your first job or internship.
Program Manager, High School Internships & Special Programs
Student Programs Office, Los Alamos National Laboratory
Student Programs Office, Los Alamos National Laboratory
Executive communicator at Los Alamos National Laboratory
A journalist since age 17, Kris Fronzak has written for local newspapers, the coffee and pharma industries, a national travel magazine, and most recently Los Alamos National Laboratory. At the Laboratory, she’s worked as a science writer, managed communications for the Lab’s director, and written about Manhattan Project history. Kris has lived across the Southeast, the Midwest, and most recently in New Mexico.
Student Intern at Los Alamos National Laboratory
I currently attend New Mexico State University pursuing my degree in Civil Engineering with a minor in Mathematics and Materials Engineering. I have been at LANL for about 4 years and I am half-way through with my schooling at NMSU.
My name is AthenaGrace Martinez. I’ve been a student at Los Alamos National Laboratory for about 2 1/2 years. In 2020 I attended this camp!. I’m going to be a junior at Northern New Mexico College. My major is Elementary Education.
Nuclear Physicist (R)
Senior Research Scientist, Southwest Science, Inc.
Laser Safety
Laser Background
Electromagnetic Spectrum and Scale
Laser box observations with optics
D-shaped optic investigation
Reflection and Refraction
Break/Demo of Internal Reflection
Measuring Wavelength Demo
Measuring the Wavelength of the Laser Pointer
In this session, we will discuss elements, bonding, and crystal structures. We will also learn about how crystals are grown in the lab! In the first hands-on activity, we will build our own crystal structures. In the second part, we will discuss how very small distances in crystals are measured experimentally. We will also measure the thickness of our hair!
https://www.lanl.gov/search-capabilities/profiles/priscila-rosa.shtml
Priscila is a mid-career scientist at Los Alamos National Laboratory. She was born in Brazil, where she received her PhD in Physics. She then moved to the US to pursue a career in science. She is fascinated about materials science, and in particular how elements come together to make beautiful crystals, which display fascinating behavior that may lead to energy applications.
Caitlin is a post doc at Los Alamos National Laboratory. After leaving her home state of Florida with bachelors degrees in Civil Engineering and Physics, she completed a PhD in Physics in Illinois. Her passion for understanding how things work has led her to the field of condensed matter physics where she continues to investigate how scattering light and particles off of materials can reveal their structure and properties.
I work at LANL with Actinide Analytical Chemistry group (C-AAC) as a Research Technician. C-AAC provides expertise in chemical and radiochemical analysis of materials where actinide elements make up a significant portion of the sample. I work in Wing-9 at CMR and I’m on the Material Disposition team.
I enjoy volunteering with LANL in the community and with my church. In my free time I enjoy spending time with my family which include my husband and four amazing kids. We like to travel, shop and bake.
Caitlin is a post doc at Los Alamos National Laboratory. After leaving her home state of Florida with bachelors degrees in Civil Engineering and Physics, she completed a PhD in Physics in Illinois. Her passion for understanding how things work has led her to the field of condensed matter physics where she continues to investigate how scattering light and particles off of materials can reveal their structure and properties.
Copper crystal structure: https://drive.google.com/file/d/1cmwqnkDzvUazY441jnh14_S59kz5Gc5T/view?usp=sharing
Crystal structure models: https://drive.google.com/file/d/1gRrLIY39CnRcwE5vA5pesx0pwaYRHLUc/view?usp=sharing
Diamond Crystal Structure: https://drive.google.com/file/d/1GKmhdpawT62Fq5zW_9PWDKp36Hjvx7SS/view?usp=sharing
Graphite Crystal Structure: https://drive.google.com/file/d/1F-d4YduOMoSid63lKmWy1H4uybqppKOn/view?usp=sharing
Sodium Chloride (NaCl, aka. Rock Salt) Crystal Structure: https://drive.google.com/file/d/1-2U1VM73ThbZvw2qChtrdWDk7uiH8BBO/view?usp=sharing
What's for lunch?
Hamburgers, Fries, Fruit, and Drinks
Understanding your strengths unlocks your potential and leads you to greater performance.
Community Involvement - STEM Outreach Program Coordinator at Sandia National Laboratories
Senior Research Scientist, Southwest Science, Inc.
www.energy.gov/articles/all-woman-team-commands-rock-zapping-laser-mars
I work at LANL with Actinide Analytical Chemistry group (C-AAC) as a Research Technician. C-AAC provides expertise in chemical and radiochemical analysis of materials where actinide elements make up a significant portion of the sample. I work in Wing-9 at CMR and I’m on the Material Disposition team.
I enjoy volunteering with LANL in the community and with my church. In my free time I enjoy spending time with my family which include my husband and four amazing kids. We like to travel, shop and bake.
Computer Science Professor at University of New Mexico
Research Software Engineer at Los Alamos National Lab, M.S. Physics & Materials Science, mother, musician, sewist, gardener, and lifelong learner.
Jerawan is a scientist at Los Alamos National Laboratory (LANL). She is in the MCNP (Monte Carlo N-Particle) code development team. MCNP is a world-renowned Monte Carlo particle transport code developed at LANL (https://mcnp.lanl.gov). Jerawan received here PhD in Mathematics from Virginia Tech.
I work at LANL with Actinide Analytical Chemistry group (C-AAC) as a Research Technician. C-AAC provides expertise in chemical and radiochemical analysis of materials where actinide elements make up a significant portion of the sample. I work in Wing-9 at CMR and I’m on the Material Disposition team.
I enjoy volunteering with LANL in the community and with my church. In my free time I enjoy spending time with my family which include my husband and four amazing kids. We like to travel, shop and bake.
I am an undergraduate student at Los Alamos National Laboratory. I am currently studying for two degree’s, an associate in Business Management, and a bachelor’s in Computer Systems Engineering and Cybersecurity. Outside of my career and academic’s I enjoy vinyl collecting, reading, working on cars, fishing, and hanging out with friends and family. I am well versed in soldering, electrical engineering applications, and 12 different coding languages including C, C+, and Python. I have participated in AI programs and innovations through Stanford and Harvard. I have taken computer science and cybersecurity programs and classes through ASU and the United States Naval Academy. Fun fact, I was accepted to the United States Naval Academy.
IMPORTANT:
No photography of any type during the Tour
-Closed toes shoes
-Bring water bottle and snacks
-No photography of any type
-Sharp departure at 9:00 am from NMSA!
LANL Tour Schedule
9:00 Leave Santa Fe
9:50 Arrive at Transit Center, distribute badges, transfer buses
10:05 Arrive at LANSCE
10:15 – 10:30 Welcome at Rosen Auditorium (Ellen Cerreta)
10:30 – 11:00 LANSCE Front End accelerator (Eron Lyle)
11:00 – 11:30 Isotope Production Facility (Etienne Vermeulen)
11:30 – 12:30 Lunch at TA-53 Bldg 1 with SAGE interns
12:40 – 1:10 Extreme Fluids Laboratory (Tiffany Desjardins)
1:10 – 1:30 Travel on bus to National Magnetic Field Laboratory
1:30 – 3:15 National Magnetic Field Laboratory Tour (Laurel Stritzinger)
3:30 Transfer buses at Transit Center, leave LANL
We will be soldering components onto a small printed circuit board to make our own game! We will go through a small initial presentation with some safety tips and an introduction and we will get right to work! If we have soldering enthusiasts, they will have a second project available and step by step guidance as well!
Electrical Engineer, Los Alamos National Laboratory
What are now small components used to be very big and bulky electronic tubes. For high power, we still use electronic tubes, I work with these and their surrounding systems.
R&D Engineer, Los Alamos National Laboratory
R&D Engineer, Los Alamos National Laboratory
R&D Engineer, Los Alamos National Laboratory
R&D Engineer, Los Alamos National Laboratory
"The first woman to chair the Lab’s Electrical Safety Committee, she led her division to the highest level of excellence in electrical safety performance, exceeding the performance of 40 other divisions."
R&D Engineer, Los Alamos National Laboratory
R&D Engineer, Los Alamos National Laboratory
I am an undergraduate student at Los Alamos National Laboratory. I am currently studying for two degree’s, an associate in Business Management, and a bachelor’s in Computer Systems Engineering and Cybersecurity. Outside of my career and academic’s I enjoy vinyl collecting, reading, working on cars, fishing, and hanging out with friends and family. I am well versed in soldering, electrical engineering applications, and 12 different coding languages including C, C+, and Python. I have participated in AI programs and innovations through Stanford and Harvard. I have taken computer science and cybersecurity programs and classes through ASU and the United States Naval Academy. Fun fact, I was accepted to the United States Naval Academy.
R&D Engineer, Los Alamos National Laboratory
R&D Engineer, Los Alamos National Laboratory
Erika, Kirsten, and Alex will walk you through some basics of climate science. We'll run a climate model together to look at how greenhouse gas emissions heat the planet, and we'll talk about the relationship of climate and climate change to things like the food we eat and clothes we wear.
Atmospheric Scientist, Sandia National Laboratories
Atmospheric scientist using numerical modeling to study regional atmospheric flows and global climate at Los Alamos National Laboratory
R&D Engineer, Los Alamos National Laboratory
It's a jupyter notebook file. There are many ways to use it. In the workshop today we used a platform called jupyterlite: https://jupyterlite.readthedocs.io/en/latest/
Several other online platforms are listed here: https://mljar.com/blog/jupyter-notebook-online/
But you can also download anaconda python (https://www.anaconda.com/) to your local computer, and it will come with jupyter notebooks installed. This means that you'd be able to run a program without needing to be connected to the internet.
What's for lunch?
Hamburgers, Fries, Fruit, and Drinks
Enhance collaboration and improve interpersonal relationships by exploring how your dominant strengths function within a team.
Community Involvement - STEM Outreach Program Coordinator at Sandia National Laboratories
PhD student in light physics at the University of Arizona studying sensors with an undergraduate degree in electrical and computer engineering from Worcester Polytechnic Institute
Community Involvement - STEM Outreach Program Coordinator at Sandia National Laboratories
Scientist at Los Alamos National Laboratory
1. Newton’s First Law of Motion (Inertia)
An object at rest remains at rest, and an object in motion remains in motion at constant speed and in a straight line unless acted on by an unbalanced force.
2. Newton’s Second Law of Motion (Force)
The acceleration of an object depends on the mass of the object and the amount of force applied.
3. Newton’s Third Law of Motion (Action & Reaction)
Whenever one object exerts a force on another object, the second object exerts an equal and opposite force on the first.
Ning Xu is a chemist at the Los Alamos National Laboratory. She has spent almost two decades working on plutonium analysis. She just got back from a three-year assignment to the DOE/NNSA headquarters to serve as a technical advisor for the Office of International Nuclear Safeguards. She will also work on nuclear forensics next.
"Xu is widely recognized at Los Alamos and by the New Mexico Section of the American Chemical Society (ACS) for her dedication to students and mentoring. The ACS recognition acknowledged her for inspiring the next generation of scientists to pursue STEM careers through chemistry education outreach and for outstanding leadership of the ACS Central New Mexico Local Section. This award is particularly competitive, and Xu becomes only the eighth individual from Los Alamos to become an ACS Fellow since the program was founded in 2008."
discover.lanl.gov/news/0727-xu-acs-fellow/
Materials chemistry surrounds us in our daily lives, even in unexpected ways. In this hands-on session, we will explore how materials chemistry is the foundation of our favorite skincare regimens. We will discuss endothermic reactions, x-ray diffraction, and clay chemistry while making bath bombs and clay masks for you to enjoy at home!
Presentation by Madelaine Whitacre: "Women of Los Alamos" 30 min video:
Nuclear Physicist (R)
Nuclear Physicist (R)
Senior Research Scientist, Southwest Science, Inc.
5) using the homemade spectroscope
6) measuring the wavelength of your laser
https://www.mrsciencesantafe.org/summerschool/2020/wavelength.html
7) total internal reflection
https://www.mrsciencesantafe.org/summerschool/2020/optics.html
8) Snell's law
https://www.mrsciencesantafe.org/summerschool/2020/snell.html
https://phet.colorado.edu/sims/html/bending-light/latest/bending-light_all.html
Physicist at Los Alamos National Laboratory
Origin of women in computing: https://www.pbs.org/video/why-are-there-so-few-women-in-computer-science-c5zg9l/
TED talk: Angela Lee Duckworth: "GRIT, the power of passion and perseverance"
Women in Science: https://en.wikipedia.org/wiki/Women_in_science
Women & Nobel Prize: https://www.nobelprize.org/prizes/lists/nobel-prize-awarded-women/
Archaeologist and historian at Los Alamos National Laboratory