Prosthodontics 2019The “4th International Conference on Prosthodontics & Restorative Dentistry†will look to improve and build on the stepping stones of its predecessor and create a platform discussion of present and future challenges in dental health, dental education, continuing education and expertise meeting. The relative novel nature of the conference and ...
Where: San JoseCost: 499
Dark matter and galaxy formation in the Local GroupThe standard cosmological paradigm, wherein luminous galaxies trace the underlying cosmic web of dark matter, reproduces a wide variety of large-scale observations spectacularly well. However, basic questions remain within the model, including the nature of dark matter and of the small-scale physics that are important to galaxy formation. Our cosmic ...
Computational Models of Readerly AffectOur experience of suspense is central to our enjoyment of narrative media. Whether reading books or watching films, the particular mixture of anticipation and concern that characterizes suspense works to maintain the our interest even while it propels us through the narrative. But why do some readers feel suspense in ...
Conservation laws are often expressed in the form of differential models with uncertain parameters and inputs. The method of distributions, which comprises PDF and CDF methods, quantifies parametric uncertainty by deriving deterministic equations for either probability density function (PDF) or cumulative distribution function (CDF) of model solutions. It can be derived ...
Catalysts consisting of isolated oxophilic metal atoms bonded to supports are well established in industry. Noble metals isolated on supports are now drawing intense interest - stimulated by atomic-resolution microscopy images revealing the metal atoms and spectroscopic determinations of the catalytic site structures. These catalysts have been made on oxides, ...
People and Robots SeminarDespite massive interest in self-driving cars, the problem of how to ensure the reliability and safety of intelligent autonomous systems remains unsolved. In this talk, I will discuss approaches to safe autonomy based on Algorithmic Improvisation, a framework for automatically synthesizing systems with random but controllable behavior. Algorithmic improvisation can ...
Where: BerkeleyCost: Free
THE PATH FROM PHYSICS TO DATA SCIENCEDr. Stephen Martin recently completed his Ph.D. in Physics from UC Santa Cruz and now works as a data scientist at Grand Rounds, Inc. He will discuss his research in computational biophysics, the transition from academia to industry, and his new role in the emerging field of data-driven healthcare.
Spinning Top-ologyGeometry, topology and broken symmetry play a powerful role in determining the physics of materials. In this colloquium I will talk of activated materials and fluids built out of mechanically spinning components and show how the subtle interplay of structure, time-reversal and parity leads to "odd" solid and fluid mechanics. ...
Metallic nanoparticles have found applications for thousands of years, starting with their use in stained glasses. We now know that the intense colors are due surface plasmons, the coherent oscillations of the conduction band electrons leading to intense absorption and scattering. Since then, surface plasmons have been exploited in many ...
Most of the scholarly focus to date has been on large horizontal axis rather than vertical axis wind turbines. It may be possible to improve the efficiency of vertical axis wind technology by deploying turbines in clusters. There might also be advantages to deploying vertical axis turbines at a smaller ...
Where: StanfordCost: Free
The Reading Brain, Critical Thought, and Empathy in a Digital CultureResearch from cognitive neuroscience will be used to describe how the human brain acquired literacy and how this invention changes the trajectory of human thought and feeling. The impact of digital culture on the reading brain will be discussed with implications for critical analysis and empathy in a democratic society.Speaker: ...
Dr. Michio Kaku is a theoretical physicist and futurist, and the co-founder of string field theory, a branch of the theoretical framework of string theory. His work follows the directive of Einstein, attempting to develop a Theory of Everything that unites the four fundamental forces of the universe. His books ...
