Dr. Nolan and his colleagues were responsible for developing standards to protect against radiation exposure in the laboratory and during the Trinity Test in July 1945. The physicians were continually frustrated by their inability to convince the military about the dangers of radiation but “there is considerable evidence to suggest that the doctors were ever mindful of potential legal consequences and careful to take precautions to protect themselves and the military from future litigation.”
Technology has always been about more than simply a route to increased productivity and economic growth; technology also provides the opportunity to enhance, enrich, and empower—basically, to improve shared qualitative values or people’s quality of life (however that is measured). On the flip side, technology also provides the opportunity to develop and project organizational control, which itself can be weaponized to quantitatively determine human value as an asset to that organization, or to reinforce asymmetric power relationships.
“Digital and Societal Transformations” – Conference website here: https://www.istas22.org/
If caregiving is the very essence of being human, why would we consider turning it over to robots? Technology—and artificial intelligence (AI, in particular—have created a world in which automation is prioritized and digital is seen as an improvement on analog—more accurate, more portable, and more controllable. Caregiving is as analog as it gets and it is a field with a serious labor shortage. That makes it ripe for automation—and in fact, the robot caregivers are already here.
Social robotics is poised to impact society by addressing isolation and providing companionship by augmenting human interaction when none is available.
Worldwide, there are 55 million individuals living with dementia and it is projected that by 2050, this number will increase to 139 million. Technological devices and solutions that can benefit the dementia community also carry ethical implications such as privacy and issues of consent. AI-driven LBS solutions may exacerbate the marginalization of individuals living with dementia.
Governmental Affairs: Article by Luis Kun in May-June 2008 issue of EMB Magazine on Science, Technology, and Censorship.
In the first six months of 2018, eight New York City yellow cab drivers, impacted by big tech disruption on the taxi industry, took their own lives. “I am not a Slave and I refuse to be one,” wrote one in his suicide note.
The Special Session “Life Science and its Implications for Society” took place during IEEE International Symposium on Technology and Society (ISTAS) 2021 on… Read More
The technologies being investigated may hold a promising future for the elderly population, allowing people to continue to live inside their homes while aging.
Hackathons and other well-intentioned efforts to solve social problems using technology must also include the meaningful participation of affected individuals… Read More
The wearable industry is responding to the needs of researchers and consumers with improved UV-wearable technologies.
As the COVID-19 pandemic shows, crises can catalyze socio-technical changes at a speed and scale otherwise thought impossible. Crises expose the fragility and resilience of our sociotechnical systems – from healthcare to financial markets, internet connectivity, and local communities.
The nuclear anxiety of the Cold War now seems quaint. While speculative writers of the late 20th-early 21st centuries have largely relegated nukes to the past, the situation at San Onofre reminds us of our sins — of assuming the future would take care of the future. The U.S. Nuclear Regulatory Commission enabled this consensual hallucination. Did it take climate change into consideration?
The fiercest public health crisis in a century has elicited cooperative courage and sacrifice across the globe. At the same time, the COVID-19 pandemic is producing severe social, economic, political, and ethical divides, within and between nations. It is reshaping how we engage with each other and how we see the world around us. It urges us to think more deeply on many challenging issues—some of which can perhaps offer opportunities if we handle them well. The transcripts that follow speak to the potency and promise of dialogue. They record two in a continuing series of “COVID-19 In Conversations” hosted by Oxford Prospects and Global Development Institute.
Crises expose the fragility and resilience of our sociotechnical systems – from healthcare to financial markets, internet connectivity, and local communities. Submissions are especially invited on but not limited to the following topics intersecting with COVID-19 and crises:
Albright’s book focuses on a group of Americans who live a life of digital hyper-connectivity. Mostly under age 50, this would include what are called Generation X (born between 1965 and 1979), Millennials (born between 1980 and 1999), and their offspring — some, as we have seen, still infants.
The primary driver for agetech investment appears to be growing fears around caring for aging populations. But initiatives tend to skate over some of the inherent challenges.
Healthcare is one of the sectors with the highest expectations for positive impacts of the 4.0 revolution. Healthcare systems must deal with the challenge of providing care without raising costs, given the fiscal constraints of the governments that provide such services to the population.
Katina Michael, Director of the Center for Engineering, Policy and Society at Arizona State University speaks at TEDxASU 2019 about… Read More
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