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Special kickoff to EYU at the beginning of the event by Dean Miguel García-Garibay of the division of Physical Sciences at UCLA including a presentation of the 2022 Science and Education Pioneer Award.
The Earth may have started out completely molten. How did it melt? What happened while it was molten? What were the atmosphere and magnetic field like? How did it crystallize to become the mostly solid Earth we see today?
In this talk, Jordyn and Rodrigo Rodakoviski from UCLA AOS Department will describe how winter storms are created from the Polar Vortex. She will also show a demonstration of how large storms form using a rotating tank that simulates Earth’s atmosphere.
Statistics focuses on the question: “How can we learn from data?”. I will look at what we learned from experiencing the COVID-19 pandemic in LA. We were awash in statistics and information of all sorts and from multiple sources. At the same time we had little data on aspects of the epidemic vital to guide […]
Where does the water come from in LA? What is groundwater and how does it fit into the water cycle? What do hydrogeologists and geologists do?
Recent advances have opened up the nanoscale world for exploration. New tools have enabled us to probe the ultimate limits of miniaturization, the smallest switches and motors in the world, as well as chemistry, physics, biology, and engineering at the atomic scale.
Where do plastics come from? Which can be recycled? Can packing peanuts be recycled? How long are polymer chains? How many polymer chains are in a bowling ball? How are you supposed to open a ketchup package if it has no perforation marks? What is polyurethane foam used for and what is the largest polyurethane […]
An introduction to how batteries work, why they currently cannot charge fast (no it is not just a matter of building more fast charging stations), and information about new technologies that allow for fast charging.
In this talk, I will describe the shape of Earth’s global magnetic field and some of its interesting behaviors. Then I will show why magnetic compasses work by presenting experiments carried out in my lab at UCLA that explain why Earth’s magnetic poles tend to align with the planet’s axis of rotation.
An introductory view of sea level change in the past, today and in the future.
Gravitational-wave emissions are small ripples in the fabric of spacetime that are emitted when two masses accelerate toward each other. The detections of gravitational-wave emission from two colliding black holes by the Laser Interferometer Gravitational-Wave Observatory (LIGO) transformed the way we sense our Universe and raised many puzzles in understanding how black holes meet. Smadar […]
This talk will introduce the US flagship collider – the electron-ion collider (EIC) to be built at Brookhaven National Laboratory around 2030. The EIC is a machine that will unlock the secrets of the strongest force in Nature. We will also have a Meta Quest 2 VR after the talk, with which (together with an […]
This panel discussion will focus on the environment impact and solutions that are happening along our coast and the global ocean. This will give the opportunity to dive into to discuss the various initiatives that are happening to support our oceans, and how people can get more informed and involved. Lastly we will discuss the […]
The Sun can disturb Earth’s magnetic fields via the solar wind. When plasma from the Sun’s corona reaches Earth it flows along magnetic field lines toward the poles! Ever wonder where the auroras come from? Let’s find out together!
Why does the sun shine? Will houses someday be powered by a star in a box? Come hear about the future of fusion energy and why it matters in our lives!