Found 0 - 5 results of 5 programs matching keyword "inverse square law"
What if your brain showed signs of Alzheimer's disease -- decades before any symptoms occurred? Would you want to know?
Alzheimers disease, which cant be slowed, stopped, or prevented, is the sixth leading cause of death in the United States, according to the Alzheimers Association. Among older Americans, Alzheimers is more feared than any other disease, including cancer, stroke, heart disease, and diabetes. Research suggests that the molecular changes of Alzheimers disease and other dementias may occur up to two decades before symptoms appear.
Clinicians are able to clarify diagnoses of Alzheimers disease using molecular biomarkers found through techniques such as lumbar punctures or molecular brain scans. Someday, these techniques could be applied to cognitively normal people to predict whether or not theyll develop the disease. But should they?
Professional societies have cautioned against this use, given the lack of proven treatments to prevent Alzheimers disease in cognitively normal individuals who test positive. Many of us would value knowing this health information, either in its own right or to help us plan for our futures. But society hasnt caught up to living with a brain at risk. There are laws prohibiting employment insurance discrimination based on our genetic information; however these laws dont apply to molecular biomarkers. Those who seek predictive testing may also face serious, unintended consequences from receiving this information. The United States population of older adults is projected to double by 2050. This unprecedented demographic shift has wide-ranging implications for our society as demand grows for programs and services tailored to the needs of older adults. As many quickly discover, navigating the patchwork of medical, financial, social, and legal systems needed to meet ones needs in retirement can be a burden requiring complex decision-making in an uncertain environment.
This is a challenge for even the most sophisticated consumers and there is particular concern about older adults navigating these decisions, as converging neuroscientific and economic research indicates that many cognitive skills decline with ageand age is a principal risk factor for impairing conditions like Alzheimers disease and stroke. Given this body of evidence, many advocate for stronger protections for adults from fraud and exploitation. At the same time, persistent ageism and common misperceptions about the prevalence of cognitive impairment in older adults raise concerns about whether well-intentioned attempts to protect older adults risk depriving them of their rights to make autonomous decisions.
Please join David Faigman in conversation with special guests Daniel Marson and Winston Chiong to discuss current and emerging scientific research about how we make decisions as we age, how physicians assess our capacity to make decisions, and the legal and ethical implications for families and society. In 1991, using powerful magnets and sewer pipe, wire, epoxy, and finger tapping,* a few research groups converged on the idea of utilizing the magnetic resonance properties of gray matter to image the active, thinking human brainwhat the world now knows as functional magnetic resonance imaging (fMRI). Since then, cognitive neuroscience has developed apace, with an explosion of ingenious techniques and sophisticated tools. Each new advance is greeted with a chorus of scholarly and popular speculation on its potential application to other arenas of human endeavor.
Discussions about the promise of neuroscience are often tinged with a mixture of hope and fear. Nowhere is this ambivalence more evident than in the courts, as conjecture runs rampant about the legal impact of this research, stoked by claims that neuroscience may soon detect liars, objectively determine criminal responsibility, quantify suffering, and predict violence. But is neuroscience ready for courtroom use? Does brain imaging permit us to measure a persons feelings, thoughts, and intentions? Can jurors understand and effectively weigh neuroscientific evidence?
Please join host David Faigman along with Dr. Kent Kiehl of the University of New Mexico and Professor Amanda Pustilnik of the University of Maryland and Harvard University to discuss the fascinating and wide-ranging challenges posed by the use of contemporary neuroscience in the courtroom. Join Exploratorium scientist Dr. Paul Doherty and Dr. Eric Wegryn as they discuss the rings of Saturn and show new images from Cassini. Dr. Paul Doherty scours the globe for the world's greatest science demonstrations. Here he partners with Dr. Yoji Takikawa of the International Christian School in Tokyo. Dr. Takikawa creates at least one new activity every month and has published over 25 books of science activities. Watch this webcast, follow the links to the 'recipes,' then try it yourself!