The purpose of this workshop is to introduce new findings on two important music theories from ancient China and Greece. It focuses on the monochord as a scientific apparatus that aided the development of theories attributed to Guanzi in the seventh century BCE and Pythagoras in the sixth century BCE. These techniques were both musically intuitive and mathematically sound for creating chromatic scales.
Encountering the Unseen is an academic symposium as work of experimental live theater. Our project is to pair artists, choreographers, performers, and musicians from both UCLA and the greater Los Angeles area with professors working in STEM fields at UCLA. The project consists of three workshops, leading up to a fourth and final performance event - an evening symposium of five brief but stimulatin lectures on topics as wide ranging as ecology and evolution, mechanical engineering, astrophysics, and more.
Michael Hulme is Professor of Geography at Cambridge. He was previously Professor of Climate and Culture at King's College London, and was the founding director of the Tyndall Center for Climate Change resaerch. He led the preparation of UK climate scenarios. Hulme was part of the group that received the Nobel citation in 2007 for work on climate change in the IPCC. He is also a founding editor of Wiley interdisciplinary Reviews Climate Change. He is the author of numerous books, incluidng the seminal "Why we disagree about climate change," and more recently "Weathered,"
Proposal to bring Frances Collins, Director of the NIH, to UCLA to discuss the intersections of faith and science, in particular how his work on the genome project is in concert with his personal religious beliefs. In addition, the proposal plans for Dr. Collins to speak with faculty regarding pedagogy related to issues of religion and science, as well as, hopefully, to discuss the development of interdisciplinary courses.
Support for a two-day "Clean Air and Policy" Workshop initiated by faculty from both the Joint Research Institute in Science and Engineering by Peking University and UCLA, and the Center for Clean Air at UCLA Institute of Environment and Sustainability (IoES). The overarching goal of the workshop is to expand the scope of the 2014 JRI symposium by bringing in government officials and policymakers from both California and China to join JRI faculty and students to discuss public health and policy issues related to air pollution.
Support for inaugural symposium to showcase the diversity of the Institute for Quantitative & Computational Biosciences (QCB), drawing on the collaborative participation of the Institute for Biological Physics, the DOE Institute for Synthetic Genomics, the Bioinformatics Graduate Program, the California NanoSystems Institute, and the Clinical Translational Sciences Institute.
Symposium scheduled for February 3 - 5 open to UCLA faculty, postdoctoral researchers, and students as a means to engage in a unique and innovative fashion with speakers. The 10th annual Symposium on Nanobiotechnology will cover new materials for drug delivery and cellular interactions, sensors and diagnostics, and new imaging techniques, as well as biological interactions such as immunological responses and in vivo targeting abilities.More information is available on the event website.
This awards provides funding to host the 23rd annual Joint Symposium in Neural Computation (JSNC) at UCLA. JSNC is a regional meeting of Southern California computational neuroscience researchers (http://inc.ucsd.edu/ann-symp.html) that was founded by Terry Sejnowski of the Salk Institute.
The University of California System-Wide Bioengineering Symposium will be held at UCLA from June 28-30th, 2017 and will foster an interdisciplinary environment for the next generation of engineers, scientists, and clinicians to translate advances in bioengineering research to the clini, and to industry, or to address health disparity issues critical to society.
Archaeology increasingly uses three-dimensional recordings of excavations, buildings and landscapes as well as virtual reality models to reconstruct developments over time. With the increasing power and popularity of 3DVR gaming systems, immersive environments become viable stages in which archaeological and historical theories can be tested. For academic purposes, it is extremely important to clarify how much of an immersive environment is based on actual data and what the level of speculation is used for the reconstruction of each detail and phase.