Video Games, The Metaverse and the Future of Science Education

with Dane Lancaster of XRMarin and the Marin County Office of Education

Wednesday, September 28, 2022; 7:30-8:30 pm; Terra Linda HS Innovation Hub

Science Education at XRMarin

What is the Science MetaVerse? The new paradigm for STEM education…. Learning in 3D through movement, experience, and discovery.  Check out how high school and college students around the world are using Virtual and Augmented Reality to enhance STEM learning. You will get to demo some advanced educational VR content in Math, Chemistry and Biology.

Community Night at XRMarin

Dane Lancaster is the Director of XRMarin, a program of the Marin County Office of Education. Dane’s current efforts are directed towards the application of XR ML and AI for learning, data visualization, design, and collaboration in education and the enterprise. XRMarin is a regional training center for students, educators and the community interested in immersive education and innovation in Virtual Reality and Augmented Reality. XRMarin offers a variety of student academies, classes, art programs and community workshops that advance the application of these emerging technologies that are certain to impact the way we learn, work, and play. In his previous role as Marin County Office of Education CTO he was responsible technology and information systems supporting Marin County school districts. He has BS in Chemistry from the University of Akron. Earlier in his career he founded the Biofeedback Institute of Marin and taught psychology and computer science at the College of Marin.

Dane Lancaster of XMarin
Dane Lancaster of XRMarin

Links:

Learn about the Higgs Boson with Dr. Heather Gray (Cal/LBL) Wed. 1/9/19

Title: “The Higgs Boson” with Dr. Heather Gray of UC Berkeley

Date, Time, Location: Wednesday, January 9th, 2019; 7:30 – 8:30 pm at Terra Linda HS in San Rafael, Room 207

Description:  In 2012, the Higgs boson was discovered at the Large Hadron Collider in Geneva, Switzerland. I will explain what this Higgs boson is and why it is so important that we spent 10 billion dollars to build an enormous collider (and detectors) to find it. I’ll introduce the complex experiments that we use to study the Higgs and explain how we actually go about measuring its properties. I will also review what we currently do and don’t know about the Higgs, while focusing on some of its weird features. We’ll conclude with a short discussion about what the Higgs boson might tell us about the future of the universe.

Professor Heather Gray of UC Berkeley

Heather Gray is an Assistant Professor in physics at UC Berkeley/Lawrence Berkeley Lab. She splits her time between Berkeley and Geneva while working on the ATLAS experiment at the Large Hadron Collider. She specializes in the Higgs boson and also works on silicon pixel detectors and algorithms to figure out the paths of particles based on the information they leave in detectors. Heather is originally from Cape Town, South Africa, where she did her undergraduate degree and spent 7 years working for CERN in Switzerland. When not at work, she can usually be found in the mountains or the ocean.

RSVP on Facebook here.

Links:

Natalie Ciaccio, PhD

Title: “The Pharmacy of Genes: Drug Development for Genetic Diseases” with Natalie Ciaccio Ph.D. of Biomarin

Date, Time, Location: Wednesday, October 3rd, 2018; 7:30 – 8:30 pm at Terra Linda HS in San Rafael, Room 207

NEW Watch Dr. Ciaccio’s presentation in VR below!

Bio: Dr. Ciaccio is a Sr. Scientist working in Formulation Development at BioMarin Pharmaceutical, Inc. in Novato, Ca. Prior to joining BioMarin, Dr. Ciaccio completed her Postdoctoral training in the Department of Bioengineering and Therapeutic Sciences at the University of California San Francisco, where she explored the application of drug delivery technologies for sustained release of biologics. Previously, Dr. Ciaccio obtained her PhD in Pharmaceutical Chemistry from the University of Kansas, where she investigated mechanisms of protein degradation and aggregation. She obtained her BS in Pharmacy from Purdue University and spent three years working in Quality Control at Eli Lilly and Co., supporting insulin manufacturing prior to attending graduate school.

Watch Dr. Ciaccio’s presentation in Virtual Reality (VR) below! Use your keyboard arrows or click and drag to visit the Marin Science Seminar classroom.

The Pharmacy Of Genes from Marin Science Seminar on Vimeo.   Video by MSS intern Satvik Namburu

Links:

Join us and learn! – Back to the Marin Science Seminar calendar

Modeling Tsunamis and Monitoring Earthquakes: an Interview with Geophysicist and MSS Speaker Diego Melgar

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By Talya Klinger, MSS Intern

How can we meet the computational challenge of modeling and monitoring earthquakes in real time, and how can we anticipate and prepare for natural disasters? Diego Melgar, Ph.D. of the UC Berkeley Seismological Laboratory, is investigating these questions and more. As an assistant researcher, he develops earthquake models and tsunami warning systems using high-rate GPS data, paving the way for better earthquake preparation.

1. How did you first get interested in seismology?
I grew up in Mexico City, where earthquakes, volcanoes, hurricanes and other natural hazards are a fact of life. I’ve also always liked math and physics, and so, when it was time to go to college and select a program, I looked around and I found a geophysics degree at the National University that studied the Earth and its physics with lots of math. It seemed like a great idea to me!
2. What are some of the most challenging aspects of modeling natural disasters in real-time?
That they are complex and that measurements are sparse. Many things are going on during an earthquake or any other natural hazard, they’re really complicated! Saying something about them very quickly with sparse observations and being right about it is a real challenge.
3. How do you go about making tsunami propagation models more efficient?

We run them in parallel on bigger computers. We can now make very detailed models of the tsunami in less than one minute.
4. How does the technique of real-time monitoring impact geological research and natural disaster preparation?
 Basic research allows us to find out what are the laws of physics and chemistry that make earthquakes and other hazards do what they do, it lets us find about what makes the Earth tick. In turn, the more we know about the physics and chemistry of the Earth the more intelligent we can make our warning systems, we can provide more relevant and precise information in shorter periods of time.
5. Tell us about your work in analyzing the magnitude 7.8 earthquake in Nepal: what did you discover about its source?
Nepal was a very interesting event because in spite of the fact that there were thousands of casualties and widespread destruction, it really could have been a lot worse. Given the state of development of the country we could have easily seen 150,000 casualties like we did in Haiti in 2010, but we did not. After some research we learned that part of the reason for this is that the earthquake rupture was very smooth and that smoothness lead to less shaking than we would have expected.
6. Finally, what advice do you have for students who are interested in seismology, geophysics, or signal processing?
Learn physics, learn math, and learn computers. Earth sciences are an incredibly rich field where these tools are really important. But also go outside, go hiking, look at rocks, notice how each one is different and wonder where they came from. The Earth is a beautiful laboratory and we should enjoy it with our minds but we should also go out and experience it.

To find out more, watch Dr. Melgar’s Marin Science Seminar presentation on November 18th, 7:30-8:30 pm at Terra Linda High School, Room 207.

Carnivorous Plants

by Jane Casto, Terra Linda High School Freshman

Carnivorous plants is a term often associated with flies and Venus fly traps. There is much more however, to learn about these organisms, and about their complex functions that allow optimal survival and ideal food supply. Scientists have been unraveling the true genius of these plants for years, and even now, breakthroughs are being made in research. To begin, we answer the question: what is a carnivorous plant? 
Carnivorous plants, or insectivorous plants, are plants that have adapted to consuming and digesting insects and other animals. These plants work in a variety of ways based on their species, of which there are 600 known to man. The basic understanding of the makeup of carnivorous plants is uniform throughout the different species. Carnivorous plants have adapted to a low-nutrient environment, making digestion of invertebrates optimal, as it is a low-nutrient energy method of consumption.
the Venus fly trap’s deadly leaves, the vibrant trap ready for action

In the example of a Venus fly trap, this ability to digest small insects and organisms is remarkably dependent on the transfer of electrical signaling. According to ScienceLine, “Each trap is actually a modified leaf: a hinged midriB . . which joins two lobes and secretes a sweet sap to attract insects.” This modified leaf is constant throughout all carnivorous plants, while the sap it produces varies in color, sweetness, and other qualities. Following the example of a Venus fly trap, the sap can attract virtually any small creature, and thus, the Venus fly trap often digests small frogs along with the usual fly. When the actual trap of the Venus fly trap is open, the red belly is exposed for all invertebrates to see. Once the prey has been attracted to the trap, the lips of the trap, or the lobes, close within one tenth of a second! So how does a plant move so quickly?
The answer is within the lobes of the Venus fly trap, where three or more small hairs lie. These hairs act as sensors, and if something brushes against two of these hairs, or brushes against one hair twice, the lobes of the plant will snap shut within 30 seconds of initial contact.
small hairs on specialized leaf, or lobe, of the Venus fly trap.
The science behind the closing of the trap is in the pressure caused by something brushing against the hair. This mechanical energy is translated into electrical energy, causing a small electrical signal. This electrical signal is enough to open pores within the center of the lobe, which allow water flow between the cells on the surface of the lobe. Thus water is transferred from the inner layers of the cells to the outer layer of the cells. During the transfer of water, the pressure within the lobes is drastically changed, causing the lobes to invert. This is how the effect of the Venus fly trap is achieved. 
These beautiful and deadly plants have a unique way of maintaining survival, and in turn are incredibly interesting to learn about and study. 
More on carnivorous plants and when
insects fall victim to them
during the October 21st seminar,
7:30 – 8:30 P.M.
Terra Linda High School, Room 207
320 Albion Way, San Rafael, CA 94903

High Tech Mannequins

by Gillian Parker, Tamalpais HS   
Oftentimes it is nerve-wracking or even dangerous for new medical staff to carry out certain procedures on real patients. At the VA Medical Center in San Francisco, the Simulation Center has high tech mannequins to help train staff in a low-risk environment. These mannequins simulate a normal patient and allow new staff to practice various procedures like chest tube insertion and IV catheter insertion, among others. They can also be hooked up to monitors that are often used to observe patients.

     Abi Fitzgerald practices one day every week in the emergency department at the SFVA as part of her one year fellowship in advanced clinical simulation. She is an RN and achieved her MSN at San Francisco State University. Read the following interview with Abi Fitzgerald to find out more about her experience with the simulators!


1. What is the best part about having the high tech mannequins to practice on?
    
    The manikin’s ability to simulate human functions allows clinicians to practice going through the physical motions assessing patients in both emergent and non-emergent situations, as opposed to verbally walking through the process.  This develops muscle memory and skills for recognizing normal vs. abnormal breath sounds, heart sounds, mental status, neurological functions and more.  

2. How would medical staff be trained without these medical robots?
    They could practice on actors, in which case the abnormal functions such as wheezes or heart murmurs are difficult to simulate.  They would also practice on real patients, which they still currently do, but using a manikin allows them more freedom to perform procedures and other tasks that they wouldn’t necessarily be able to do on a live patient. Working with manikins allows students and clinicians to refine their skills before working with actual patients.
3. What procedures have you performed on the simulators? Could you describe some?
This year the VAMC sim lab acquired a few new simulators that have allowed us (the simulation fellows) and the clinicians who train on them, to become more familiar with a lot of new procedures.  We now have an endovascular trainer which simulates procedures that take place in the cath lab such as non-open heart valve replacements.  This is when the doctors access the heart valve through a long wire and tube that is inserted in the leg and follows the artery all the way up to the aorta and into the heart where they can replace replace a heart valve using fluoroscopic imaging. We also have a new manikin that simulates ultrasounds and displays a three dimensional virtual reality image on a computer screen.   
4. Are there any flaws/negatives to the simulators?
   
The cost of acquiring the simulators and the repair costs can be high, but the quality of training and knowledge gained are very much worth it.  Additionally, ongoing research projects have resulted in the acceptance of grant proposals which has made the acquisition of some of the simulators possible. 
5. What are some things that the simulators can’t fully prepare you for?
  Even though we do our best to make simulated scenarios as real as possible, there are always some elements such as smells and unexpected outcomes that can be difficult but not impossible to simulate well.

Come to the Marin Science Seminar on Wednesday, May 14th, 7:30-8:30 to hear Abi Fitzgerald and Richard Fidler talk about medical education robots at Terra Linda High School in Room 207, 320 Albion Way, San Rafael, CA 94903

Public Health Plays More Roles In Your Life Than You May Think

by Jessica Gerwin, Drake HS

When you hear the term public health, ideas that may come to mind might be about immunizations or food recalls. However, many of us don’t realize how big of a role public health plays in our everyday lives.  From the faucets that we fill our drinking cups with to the seat belts that we wear in our cars, almost all aspects of our well being relate to Public Health in some way. On October 16th, 2013 Julie Pettijohn did an exemplary job of explaining the topic of public health and talked about what being in the field really involves. As an industrial hygienist, a typical work day for Julie is not just filling out paperwork in an office. Wearing a full outfit of protective gear, Julie often goes to a site to detect possible lead amounts in a work environment. Her job keeps us safe by enforcing the proper health requirements. The work and service of people like Julie in the public health field may often be taken for granted. Nevertheless, by attending the seminar many of us learned that being in the field is not just a job, it is establishing safe and healthy ways of life. I had the honor of asking Julie some questions about both herself and her field. Our interview is below.


1.) I’d like to learn a little about you. What made you decide to go into biology and then public health?


        I have been interested in science since junior high (now called middle school). I had a fantastic physical science teacher that really brought science to life for me. His teaching was unconventional, and his class time was spent mostly applying scientific principles through experiments instead of reading a text book. I was also a child of parents that went to community college while my sibling and I were kids. My parents met a fantastic professor that later became our good family friend. He was a Native American expert and professor of astronomy and geology. We would spend evenings at his home looking through his telescope and I often attended his college geology field trips along with my parents. While in college, I first majored in biological sciences and completed internships at the local community health center; I was thinking of going to medical school after graduation. I was fortunate to attend UC Santa Barbara, a university that is well known for aquatic biology coursework. I switched majors midway through college from biological sciences to aquatic biology and graduated with a degree in this major. This was done to pursue my due to my deep love of the ocean. My first ‘real’ job was with a state department, where I was a contractor working on public health issues related to fish contamination. My mentors at that position encouraged me to get a Master’s Degree in public health, where I could continue to learn about issues related to health, but also environmental issues, thus combining two of my interests (health and the environment).

2.)  I think that public health and public policy are difficult subjects for teenagers to relate to. Can you explain the role of public health in Marin County?


        I work at the state level, so I’m not as knowledgeable about public health issues in Marin County. However, the County Public Health Department provides a number of direct services to Marin residents and the one that I am most familiar with is Childhood Lead Poisoning Prevention. County public health nurses and environmental health specialists conduct home visits where children have elevated blood lead levels, putting them at lifelong risk for learning and behavioral problems. The purpose of these site visits is to determine possible sources of the lead in the child’s environment, so that they can be reduced or eliminated.. See http://www.marinhhs.org/content/public-health-updates for some public health updates for Marin. My talk will include asking teens questions, and by the responses that I anticipate, I’m pretty sure that most of them know quite a bit about public health already, but may not automatically associate this knowledge with the field of public health.
3.)  Can you talk a little bit about the sampling equipment you are bringing? What are you sampling for? What personal protective equipment are you bringing?

        I’m bringing with me air monitoring equipment. I use the air monitoring equipment to measure lead in workplace air to assess if workers are being excessively exposed above legal limits and to make recommendations on lead safety. I’m also bringing lead check swabs which are used for immediately assessing the presence of lead surface contamination or the presence of lead in paint. I’ll be demonstrating the use of these during the talk. I’ll also be bringing wipe sampling equipment that can be used for quantitatively determining the amount of lead (or other metals) on surfaces in workplaces, homes, and other places of interest. As for personal protective equipment, I’ll be bringing respiratory protection used for reducing the amount of a chemical of concern (like lead) that may breathed in by workers in workplace air. I’ll also be showing tyvek coveralls which are worn in many industries to keep lead (also other contaminants) from contaminating your street clothes while working. I’ll be bringing a hard hat, gloves, and a traffic safety vest too.
4.)  What are a few examples global climate change that are impacting Marin County?

        Extremes in weather, flooding, and water quality issues.
5). What do you consider to be the largest public health issue involving teens in Marin County?

        This is a great question. From my perspective, public health issues that affect Marin teens are wellness and injury prevention. What I mean by this is that teens should be thinking about personal physical fitness and nutrition. Many teens in our Country are unfortunately overweight putting them at risk for lifelong health issues, particularly as they age (heart disease, diabetes, etc.). In addition, teens are often new and inexperienced drivers, new to employment outside the home, may become sexually active for the first time and may have peer pressure to drink alcohol or take illegal substances. As a result, teens are at greater risk for accidents, particularly on the road, in the workplace, and may be exposed to sexually transmitted diseases, which if left untreated, can have serious health consequences. Besides this, a goal of my talk is to get teens to also think about global climate change and things that they can do to help.
6.)  What steps can our community take to better ourselves on these issues?

Get informed and get involved in the issues, and take care of your health to prevent or reduce future injury or illness.
7.)  Is there anything else that you’ll be talking about?

              The field of industrial hygiene, the program that I work for (Occupational Lead Poisoning Prevention Program of the California Department of Public Health), how lead impacts your health, where lead is found in various industries, and recent work by CDPH on making recommendations to reduce the allowable levels of lead in workplaces, which would be a major change in public health policy for lead workplaces. Also, I’ll briefly cover some career opportunities in public health.

Julie is one of the many people that work in the STEM field (Science, Technology, Engineering, Math). If you are interested in learning more about these fields or just science in general, attending a Marin Science Seminar can be a great way to expose yourself to new topics and learn about a few different environments. Come check out our next seminar on October 23rd “Making Medicine Safer – Drugs, Devices, Software and More” presented by Dr. Wallace. The seminar will take place at Terra Linda High School in Room 207 so come check it out!

October is Nova’s “Innovation Month”. You can learn more about different seminars that are taking place by clicking on the link below.

-Jessica Gerwin

Welcome!

Welcome to the Marin Science Seminar Blog! This blog is open for students, parents, teachers and MSS speakers to post and comment on items of interest in the fields of science, math, engineering, medicine, statistics and related fields.

We are currently recruiting staff to contribute to the blog. If you are a high school student in the San Rafael High School district and are interested, please email me at marinscienceseminar@gmail.com with your school, grade, and science teacher´s name. I will then send you information on becoming part of the staff. Teachers and MSS speakers are also welcome to join. Student posts can be anonymous or made under a pseudonym, but I need to confirm that you are a real person. 🙂

If you would like to be a casual poster to the blog, email me at marinscienceseminar@gmail.com with your full name, whether you are a student or adult and your association with the MSS. Anyone can post comments to MSS posts.

We are putting together an exciting second season of the Marin Science Seminar for 2008-2009. Check out the calendar and feel free to post relevant ideas, comments, links, videos, etc.

Looking forward,

Alfia