Join a group of science teachers and middle and high school students on a field trip to Lawrence Livermore National Laboratory (LLNL) for the annual Science on Saturday (SOS) lecture series. Presented by leading LLNL researchers and supported by master high school science teachers, each topic highlights cutting-edge science occurring at the lab.
Check out this year’s field trips:
3D Printing: From Imagination to Realization
Revolutionary changes to materials and structures are now possible with 3D printing, bringing concepts that were previously only imagined into reality. This breakthrough technology fabricates components by adding material layer by layer from the bottom up allowing for the creation of highly complex and previously unrealizable structures.
Reconstructing a Rabies Epidemic: Byte by Byte
A vast majority of the newly discovered human pathogens are viruses that have jumped to humans from an animal host (“cross-species transmission”). Find out how biologists and computer scientists have collaborated and used cutting edge ultra-deep sequencing technology to study the dynamics of a 2009 rabies outbreak to better understand emergent viruses, such as Ebola and Zika.
Forensic Science in Crisis: How Proteins Can Help
In the last decade, the scientific foundations of a number of traditional forensic methods have come under increasing criticism by the scientific community, leading to their discontinuation or reduced effectiveness in criminal prosecutions. These challenges raise questions about the admissibility of certain type of evidence in current cases and the validity of previous convictions. We will discuss the basis of these issues and describe some of the work ongoing at LLNL to try and address some of them. In particular we will describe an entirely new science-based approach to human identification.
Browse Field Trip at the Lab: Science on Saturday to discover more from past field trips!
If you are looking to work in the medical field, cancer is something you will be forced to face on a regular basis — especially considering that the incidences of cancer are rising, and currently the likelihood of contracting cancer in your lifetime is 1 in 2.
The latest video from the Foundations for Future Healthcare Providers series takes a look at oncology, specifically cancers within the gastrointestinal tract.
Dr. Andrew Ko, from the UCSF Comprehensive Cancer Center, specializes in gastrointestinal cancers and says that there are many different types, just about as many different types of gastrointestinal cancers as there are different gastrointestinal organs. The most dangerous and most prevalent of these gastrointestinal cancers is colorectal cancer, which is ranked #3 in incidence and in cancer-related mortality amongst all cancers in general.
Find out more about just how different and deadly these types of cancers are in “Oncology from Top to Bottom: A Survey of Cancers through the Gastrointestinal Tract”
See what else you can learn from the Foundations for Future Healthcare Providers series!
In this episode of OnBeyond, meet UC San Diego biologist Bill McGinnis, the new Dean of Biological Sciences at UC San Diego. McGinnis is a renowned biologist best known for his 1983 discovery that genes involved in embryonic development are identical in different species, from bugs to humans.
Hear what this cutting edge scientist has to say about where the biological sciences are headed at UC San Diego, from brain activity mapping to mathematical modeling of biological systems. McGinnis talks about his past, his passions, and what he hopes to study more thoroughly in the future.
Next, this episode of OnBeyond explores what is so special about California’s comfortable climate. Only a small portion of the Earth’s landmass is conducive to a Mediterranean climate like that of California, and 40% of these Mediterranean areas are already heavily populated. A mere 1/8 of the entire world’s Mediterranean areas have been preserved.
UCTV then visits two University of California Natural Reserves to reveal the beauty and the biodiversity of these remote preservation and research sites. Watch “OnBeyond: A New Era for Biology, Mediterranean Climate, Natural Reserves” to find out the locations, services, and secrets of these great natural reserve facilities.
If you enjoyed this episode, check out other programs in the OnBeyond series!
Want to hear from the doctors at the forefront of Obama’s BRAIN initiative? Or, learn about the cutting edge of drone science intended for personal civilian use? Or, get a guided tour inside the Scripps Research Institute and the Sanford Consortium for Regenerative Medicine?
Well, you can do all those things at this year’s The Atlantic Meets the Pacific. This third annual conference, presented by The Atlantic Magazine and UC San Diego, gathers top thought leaders in technology and health to discuss their ground breaking research in panels and interviews.
This year’s speakers will include top UCSD scientists such as Eric Topol, Todd Coleman, Scott M. Lippman, Jacopo Annese, Ralph J. Greenspan; business and technology leaders like Roni Zeiger and Chris Anderson; and prize winning journalists and authors such as Laurie Garrett, Deepak Chopra, Clifton Leaf, and many many more!
The Atlantic Meets the Pacific will take place here at UCSD on October 2 through 4. If you can’t attend, don’t worry! UCSD-TV will be there will to catch all exciting speakers.
Can’t wait for the conference? Check out UCSD-TV’s coverage of last year’s The Atlantic Meets Pacific!
Watch a video from last year’s The Atlantic Meets the Pacific of Dr. Eric Topol explaining his new medical device that could revolutionize healthcare in a very personal way. What will he talk about this year?
See other videos from UCSD-TV’s coverage of The Atlantic Meets the Pacific!
The National Nanotechnology Initiative (NNI) defines nanotechnology as “science, engineering, and technology conducted at the nanoscale, which is about 1 to 100 nanometers.”
Wait, the United States has a research and development program dedicated to this tiny field? Yes, we do. The NNI was established in 2000 to assist in the collaboration of new nano sciences and to ensure responsible development.
This small scale science can be applied to all other fields of science, from chemistry to engineering, aiming to study and manipulate molecules and atoms at an individual level. Nanotechnology has only been around for abut 30 years, because without today’s ultraprecision machines and microscopes, we could not see such small particles.
One of the most popular recent nano-inventions is graphene, a crystalline form of carbon one atom layer thick. Learn more about the developments of nanotechnology from Buford Price, Professor of Physics at UC Berkeley, in “Adventures on an Ultrasmall Scale,” as he takes us through nuclear tracks in solids to microbial life in polar ice.
If you like this video, check out the other programs in the Frontiers of Knowledge series!