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The Psychological Impact of Artificial Intelligence – Psychology Today

Experts, governmental agencies, and even some of the general public are growing concerned about the evolution of robotic artificial intelligence and its potential impact. How long will it be before massive metallic creatures are marching down our streets killing people with unfathomable weapons? How long will it be before they physically take over governmental agencies and control nations?

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But wait a minute. Isnt the physical domination of people an outdated concept? It was the modus operandi of imperialists two centuries ago when they had vastly superior resources, like weapons and well-trained and coordinated military forces.

However, as Vladimir Putin has discovered, armed force only makes your victims more determined to fight back and recruit allies. In such a world, military force is not the answer to disintegrating a nation.

In the 1920s, Freuds nephew Ernest Bernays realized he could use some of his uncles ideas to influence the minds of consumers. And thus, the modern version of public relations was born.

Bernays would have dismissed the idea that the best way of getting people to buy his clients products was to threaten them with violence. No, a much smarter and more effective way was to silently get inside their heads.

Fast forward to today and companies and people are studying the brain and which specific parts to manipulate in their favor. Its called neuromarketing.

Currently, experts studying the potential impact of advanced AI have concluded that the biggest risk of AI and robots comes from the potential manipulation of people. Brainwashing is much more effective and cheaper than military action.

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Such manipulation has indeed been amplified by AI and the ability to create fake news. And almost anyone can do it and reach millions of people instantly.

In a recent Big Think article, Robert Sapolsky highlighted the fact that the brain has a natural fear response to things that are different and this tendency is activated, and developed, by false reports that present events as a battle between an identifiable, poor victim and an outgroup, satanic villain.

Sapolsky states,

Humans invent 'Us' and 'Them' groups wherever they look, whether its on the basis of sex, race, nationality, class, age, religion, hair colortheres nothing we wont discriminate against, and we do it within a twentieth of a second of seeing someone. Are they an 'Us' or are they a 'Them?' The flaw in this hardwired thinking reflex is also its silver lining: it is ridiculously easy to manipulate. You can overthrow your brains most primal reactions in this way but, as history shows, other people can also get in your head and manipulate the Us versus Them reflex to tragic and catastrophic results.

Shooting someone in the leg is one thing, but hijacking their trust and belief is a lot more powerful. As Sally Kempton wrote, Its hard to fight an enemy who has outposts in your head.

Fake news is a tool for divisiveness and brainwashing to alarming degrees. It is no coincidence that such disruption is currently at extremely high levels, not just in the United States, but in many nations.

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Now, it will be obvious to many readers that AI itself isnt doing this, it is being directed by humans, which is, of course, the case with many AI applications. Many headlines pronounce that AI has created a new device or a cure for some disease as if humans had nothing to do with the new invention.

In my recent book, Sherlock Holmes Versus Artificial Intelligence, Holmes rants against this deception.

Dont people realize that it is humans that are programming these things! Yes, imperfect, biased humans, with their own agenda, not perfectly logical, independent minds, operating for the good of humanity! How can people be so stupid!

Artificial Intelligence Essential Reads

He then muses on how such a development might have made the news a century ago.

New technology creates the Adventures of Huckleberry Finn for Mark Twain! Oh my God, he used a typewriter, which was clearly instrumental in the authors creation. A typewriter creates an amazing fictional character!

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Physical and even psychological confrontation is an outdated methodology for convincing anyone of anything. In the modern psychotherapeutic world, psychiatrist Milt Erickson was the genius who articulated that for the most part: Challenging people about their ideas and beliefs was a waste of time that might very well have the opposite effectthe hardening of their views and behaviors. He realized that to be an effective communicator you dont want to arouse peoples defenses but meet them where they were at psychologically.

More recently, behavioral economics represented well by Daniel Kahnemans Thinking, Fast and Slow, identified numerous biases that people use to justify their beliefs. One of the most compelling is confirmation bias, where one looks only for confirming evidence of what you want to believe.

Fake news feeds that bias to an extraordinary degree, dividing people and silently killing any idea, let alone opportunity, for respectful listening and rational debate.

It is generally agreed that the secret to wisdom is open-mindedness, humility, and recognition that your knowledge is incomplete. Patience, respect and the ability to listen are critical components of a healthy society or any group.

As George Bernard Shaw wrote,

Beware of false knowledge; it is more dangerous than ignorance.

Humans are using AI to create and spread fake news, which is killing wisdom, without firing a single shot.

References

Kahneman, D. (2011) Thinking, Fast and Slow. Farrar, Straus and Giroux.

Taibbi, M. (2019) Hate inc. Why Today's Media Makes Us Despise One Another. OR books

Haley,J, Arens, B et al. (1986) Uncommon Therapy: The Psychiatric Techniques of Milton H. Erickson, M.D. W.W. Norton

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The top 18 centres of trustworthy artificial intelligence research – Science Business

The EU boasts three of the worlds top 18 centres of trustworthy artificial intelligence research, according to a US-based technology tracker.

Trustworthy AI generally refers to research into how to make the technology explainable, unbiased, reliable, safe or transparent. As AI develops at a rapid pace, theres a growing need from policymakers, companies and consumers for more research in this area.

In a recent analysis, the Emerging Technology Observatory, a project based at Georgetown University, analysed where this kind of research is happening.

Alongside unsurprising clusters at Google, the Massachusetts Institute of Technology and Carnegie Mellon University in the US, in the EU, the University of Luxembourg, Darmstadt University of Applied Sciences, and EURECOM, a French research centre near Nice, were some of the world leaders in trustworthy AI.

The Observatory has also looked at which countries are doing the most research into trustworthy AI. The US is leading, followed by China, the UK, Germany, Australia and India.

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Artificial intelligence used to train staff in ‘UK first for social care sector’ – The Independent

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Artificial intelligence is being used to train staff in what is thought to be a UK first for the social care sector amid hopes it could help speedily tackle workforce shortages.

An avatar digital representation of a real-life trainer is being piloted to welcome new staff in multiple languages and teach them various skills including spotting signs of stroke.

Social care provider and healthtech company Cera said the avatars could train approximately 20,000 new carers a year if rolled out nationally, with its founder describing it as an exciting and pioneering development.

We need new innovations to provide greater sustainability to the sector and allow us to do more with less because there is only a growing demand for services, given the ageing population, given the very high waiting lists

Dr Ben Maruthappu, Cera

The company is private but said the majority of its business is providing social care on behalf of the NHS and local authorities so staff being trained by the avatars will deliver services in the health service or through councils.

A pilot in London and the South East which began this month is expected to have trained around 60 new carers by the end of August.

There were around 152,000 vacancies in social care on any given day between April 2022 and March this year, according to the latest report from Skills For Care, which is the strategic workforce development and planning body for adult social care in England.

Cera founder and chief executive Dr Ben Maruthappu said the use of avatars could mean training thousands of people a day at low or no cost, while maintaining the familiar face of their local Cera team.

In an interview with the PA news agency, Dr Maruthappu described it as a positive and high-impact use of artificial intelligence (AI).

He said: This is an exciting and pioneering development at an important time for social care.

Given pressures are so high on the NHS and the care sector, we need new innovations to provide greater sustainability to the sector and allow us to do more with less because there is only a growing demand for services, given the ageing population, given the very high waiting lists.

And it is technologies like this that are helping to address these pressures in a very sustainable way.

Sarah Craven, Ceras operational lead in the pilot area, is the first staff member to have an avatar created and welcomed the development.

I used to say I wish I could be in two places at once... this is as close as I think anyone can get to that

Sarah Craven, Cera's operational lead in the pilot area

She said: People who come into social care love caring for people, thats what motivates them day in, day out.

Anything we can do to speed up the onboarding process in a safe and more efficient way is hugely welcome.

I used to say I wish I could be in two places at once welcoming new staff in one part of the region and supporting my current staff in another is the dream with a region like ours that is so geographically spread out this is as close as I think anyone can get to that.

Age UK, a charity representing older people, said it hoped that AI can enhance training, if used well, but warned it cant fully substitute for in-person instruction and support.

Asked about the consequences of the new technology for human trainers, Dr Maruthappu said there will always be a need for in-person care and in-person training.

He told PA: For example, showing someone manual handling how to physically move a patient if theyre in a hoist thats something that needs to be done in-person.

Dr Maruthappu said there is already a mix of in-person and online training, but that the use of avatars makes the online training so much more personalised.

Using avatars is a novel idea and one that we hope will pique the interest of care workers and help them to stay fully engaged in the training programmes on which they are deployed

Caroline Abrahams, Age UK

Age UK director Caroline Abrahams said: Its important that the social care sector keeps up with the exponential progress being made in technology and AI, and exploits it wisely to improve its productivity and effectiveness.

This can only be in the best interests of older people, many of whom will depend on a good social care service at some point in their later lives.

Using avatars is a novel idea and one that we hope will pique the interest of care workers and help them to stay fully engaged in the training programmes on which they are deployed.

Having said that, because social care is at heart a people job, the most important training that care workers will ever receive is likely to be of the hands-on variety.

As in other people jobs, the benefits gained by new recruits from working alongside skilled and experienced professionals, watching what they do and how they do it, and reflecting on and discussing their practice with them afterwards, are priceless.

The Association of Directors of Adult Social Services (Adass) echoed this, saying while it is important to use digital technology, there must be varied approaches to training as one size doesnt fit all.

Cathie Williams, joint chief executive of Adass, said: Its important to harness the potential for digital technology to improve social care, including new ways to provide training for care workers.

Of course, people learn in different ways, so training must always offer a range of different ways to learn, one size doesnt fit all.

And the result of any training must always be about developing really good quality care and support based on great human relationships. Thats what enables us to live good lives, not just stay alive when we need support and is at the heart of social care.

Earlier this year social care minister Helen Whately said AI and voice technologies are some of the really exciting innovations in social care, describing the use of devices such as voice-controlled virtual assistants as just the tip of the iceberg and adding that better use of technology could mean staff spending less time on paperwork.

The Department of Health and Social Care has been contacted for comment.

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Gov.+Evers+signs+executive+order+creating+Artificial+Intelligence … – Wisconsin Law Journal

Wisconsin Governor Tony Evers signed Executive Order #211 Wednesday, creating the Governors Task Force on Workforce and Artificial Intelligence.

As previously reported by the Wisconsin Law Journal, Evers announced earlier this month he is calling a special session of the Wisconsin State Legislature to take up his comprehensive plan to address the states longstanding workforce challenges. This task force will gather and analyze information and produce an advisory action plan to identify the current state of generative artificial intelligences (AI) impact on Wisconsins labor market and develop informed predictions regarding its implications for the near term and future. The action plan will also identify how these workforce impacts may affect Wisconsins key industries, occupations, and foundational skillsets, explore initiatives to advance equity and economic opportunity in the face of these changes, and based on the impacts identified, recommend solutions related to workforce development and educational systems, officials said.

Wisconsin is ready to pursue and advance solutions that will ensure the state can take on the workforce challenges that may come with a transformative technology like artificial intelligence and embrace a future where all Wisconsinites, including workers, employers, and job seekers, benefit from a dynamic, growing economy that increases efficiency with the adoption of new technology, said Evers.

Establishing this task force will be critical in understanding, adapting to, and capitalizing on the transformations AI will bring, ensuring Wisconsins workforce and industries remain steady, stable, and robust in the face of technological advancement, Evers added.

AI systems being produced today can learn from data without being explicitly programmed, create new content, predict future outcomes, and have the potential to reshape entire labor markets. Today, AI is increasingly being used in a range of industries important to Wisconsin, including manufacturing, healthcare, education, transportation, agriculture, and more. Yet, due to the novelty of the technology that is being developed and implemented, many Americans are concerned with or apprehensive of this emerging technology, with a Forbes 2023 survey reporting that more than 75 percent of consumers are concerned with misinformation from artificial intelligence tools, officials noted.

As the state continues ongoing efforts to address Wisconsins longstanding, generational workforce challenges, the Governors Task Force on Workforce and Artificial Intelligence will help ensure that Wisconsin remains competitive by establishing best practices for the implementation and utilization of AI technologies and identifying potential impacts of AI across industries, occupations, and skillsets with an eye toward greater equity and economic opportunity so all workers, employers, and job seekers in Wisconsin have the opportunity to benefit from this evolving technology, Evers added.

The Governors Task Force on Workforce and Artificial Intelligence will be administered by the Wisconsin Department of Workforce Development (DWD) and will be chaired by DWD Secretary Amy Pechacek or a designee. The governor will appoint additional members to serve on the Task Force, including Wisconsin Department of Administration Secretary Kathy Blumenfeld or a designee, Wisconsin Economic Development Corporation Secretary and CEO Missy Hughes or a designee, representatives from the University of Wisconsin and Wisconsin Technical College Systems, and other individuals who may include representatives from state and local government, the business community, educational institutions, organized labor, the technology sector, and other leaders from relevant workforce sectors and industries, according to officials.

July data from the U.S. Bureau of Labor Statistics show Wisconsin continues to see near record-low unemployment and record-high labor force participation.

Still, Wisconsins small businesses, farmers and producers, hospitals and healthcare sectors, schools, and other critical employers and industries continue to face significant challenges filling available jobs. The governors plan would help reduce barriers to employment and prevent existing challenges from being exacerbated into an unmitigated crisis that would have calamitous consequences for Wisconsins workforce and help make sure the state can be successful and compete in the changing landscape of the global economic market, officials said.

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AC Transit bus cameras will use artificial intelligence to ticket drivers … – Oaklandside

AC Transit, which operates the public bus system in Alameda and Contra Costa counties, is planning to use artificial intelligence to catch drivers who illegally park in bus-only lanes, at bus stops, and in transit centers. The technology can be deployed on any agency bus through existing bus-mounted cameras.

Robert Lyles, the communications director of AC Transit, told The Oaklandside that the primary purpose of using the AI camera system is ensuring the safety of our riders, especially those who are elderly or ADA riders, during the process of boarding and exiting from buses.

Several AC Transit buses were already equipped months ago with the AI cameras as a proof-of-concept.

According to the company that makes the cameras and software, Hayden AI, the cameras are mounted inside the windshields of buses where they continuously observe traffic, gathering photos, video footage, license plate information, and other relevant data. When the AI system detects a violation it automatically creates an evidence package and sends this to the police. A video on Hayden AIs website shows a demonstration of the AI system observing traffic on Broadway in downtown Oakland.

The new cameras might help to improve AC Transits timeliness, allowing bus drivers to avoid slowing down or waiting until an illegally parked car is moved.

AC Transit hasnt indicated when it plans to roll out cameras across more bus lines, but the agency said it will announce deployment beyond the initial pilot phase to make riders and the rest of the community aware of the new system. People who are caught parking in the bus lanes will receive a warning for the first 60 days of the deployment.

Assembly Bill 917 became law last year, allowing all California transit agencies to install cameras on public transit vehicles to enforce parking violations in bus lanes and transit stops. The types of cameras specified in the legislation included powerful systems that dont need a human operator to identify violations.

Before AB 917, more narrow laws like SB 1051 allowed only a select few California transit agencies, including San Franciscos Muni and AC Transit, to use front-facing cameras to identify and ticket illegally parked cars in bus lanes. However, the agencies told legislators that the technology authorized under this law wasnt as powerful and useful. For example, the camera technology used on most AC Transit Tempo buses since 2020 forced bus drivers to press a button to record images of traffic violations This forced the bus driver to slow down or even stop, leading to traffic back-ups.

The old technology also forced law enforcement agencies that received image reports to review them through low-resolution photo frames, making it more difficult to discern who was stopping on the bus lane. That led to only 4% of suspected bus lane violators receiving a citation, according to AC Transit.

We needed a dependable technology that could enhance the precision of identifying violations and relieve our bus operators from enforcement responsibilities, Lyles said.

During the testing phase of the new camera technology earlier this year on two Tempo buses, an average of nine violations were found every day over 48 days. AC Transit said that the new AI cameras were able to successfully identify illegally parked vehicles 99% of the time.

According to AC Transit, the new AI cameras wont be able to enforce other types of moving violations, including speeding, which is considered by many traffic safety advocates in Oakland and elsewhere as the most important and dangerous aspect of road collisions, leading to severe injuries and even deaths.

In San Francisco, all Muni buses have had technology on board that can automatically cite illegal parking in transit-only lanes since late 2014. In New York City, the MTA has been able to ticket bus lane violators since 2019. And AC Transit was authorized to use front-facing citation cameras for transit-only lane citing in 2017 after the California Legislature passed the SB 1051 law. A policy analysis of Munis use of the camera citation system in the mid-2010s at the time found that transit delays were reduced by up to 20%.

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Accelerating precision oncology with artificial intelligence – Pharmaceutical Executive

Precision oncology is a revolution in cancer care where the right treatments are matched to the right patients. However, to date, precision oncology treatments have only been developed for some cancers. Even when the treatments are available, not all patients receive them. Applying artificial intelligence to clinical, genomic, and social determinants of health data may help in developing targeted prevention strategies and new treatments and help identify eligible patient so that care can be delivered efficiently and equitably.

Register Free: https://www.pharmexec.com/pe_w/precision-oncology

Event Overview:

Precision oncology is a revolution in cancer care where the right treatments are matched to the right patients. Precision oncology can help identify patients at high risk for cancer and help lower risk, find cancers earlier, improve diagnosis of type of cancer, choose the best treatments, and monitor how well treatments work. Precision oncology can improve quality of life, helping patients avoid unnecessary treatments and high-risk invasive procedures.

To date precision oncology treatments have only been developed for some cancers. Even when the treatments are available, not all patients receive them. Barriers to access include the lack of availability of digital tools and IT infrastructure and access to genetic testing. Applying artificial intelligence and machine learning to clinical, genomic, and social determinants of health data may help in developing targeted prevention strategies and new treatments and help identify eligible patients so that care can be delivered efficiently and equitably.

Key Learning Objectives:

Speakers:

ELISE BERLINER, PhDGlobal Senior Principal of Real-World Evidence StrategyOracle

Elise Berliner, PhD is the Global Senior Principal for Real World Evidence Strategy at Cerner Enviza. Before joining Cerner Enviza, Dr. Berliner was the Director of the Technology Assessment Program at the Agency for Healthcare Research and Quality (AHRQ), providing systematic reviews and other scientific analyses to the Centers for Medicare & Medicaid Services (CMS) to inform Medicare coverage decisions and other policy issues. Dr. Berliner has several years of experience in research and development at innovative medical technology companies, was a Fellow at the Office of Technology Assessment in the United States Congress, and received her Ph.D. in biophysics from Brandeis University.

KATHRYN LANGSenior Vice President RWD and AnalyticsFreenome

Kathryn Lang, MBBS, MRCP (UK), FRCPath, is a Senior Vice President and leads the real-world data and analytics group at Freenome.Kathryn joined Freenome from Guardant Health, where she served as Vice President of Outcomes and Evidence. In this role, she was responsible for primary and secondary research in early cancer detection as well as health economics modeling and real-world data. Kathryn also served as the Global Head of Oncology Real-World Evidence for Pfizer.Kathryn is an experienced hematologist-oncologist with training in epidemiology and data science from Newcastle University and the Erasmus Medical Center, Rotterdam. Kathryn spent ten years in academic medicine at Kings College Hospital, London, specializing in hematological malignancy and real-world, observational evidence generation.

ERIC STAHLBERGDirector of Bioinformatics and Data ScienceFrederick National Library for Cancer Research

Dr. Eric Stahlberg was named director of Biomedical Informatics and Data Science (BIDS) at the Frederick National Laboratory for Cancer Research in September 2018. He has been instrumental in establishing the Frederick National Laboratorys high-performance computing initiative and in assembling scientific teams across multiple, complex organizations to advance predictive oncology. Stahlberg has played a leadership role in many key partnerships, including a major collaboration between the NCI and the Department of Energy (DOE). Under the Joint Design of Advanced Computing Systems for Cancer (JDACS4C), NCI and DOE are accelerating progress in precision oncology and computing. The collaboration is rooted in three major national initiatives; the Precision Medicine Initiative, the National Strategic Computing Initiative, and the Cancer Moonshot. Stahlberg has spearheaded the Frederick National Laboratorys contributions to a number of JDACS4C projects, including ATOM and CANDLE. Dr. Stahlberg holds a Ph.D. in computational chemistry from The Ohio State University.

CHRISTINE SWISHER, PhDChief Scientific OfficerProject Ronin

Christine Swisher is Chief Scientific Officer at Project Ronin leading multidisciplinary teams of data scientists, statisticians, informaticists, and machine learning experts to build technologies that solve challenging clinical problems. Together, they have delivered safe and ethical artificial intelligence-based that personalize key clinical decisions, NLP and generative AI innovations, and demonstrated causal impact on clinical and institutional outcomes with the use of the Ronin platform. Before joining Ronin, she spearheaded several FDA-cleared AI-based products, CLIA LDTs, and other clinical decision support/AI capabilities across the ML lifespan and led analytics functions. She is an advocate and champion for Responsible AI and holds over 20 patents in machine learning and AI. She completed her PhD in biomedical engineering with an emphasis on computer science jointly at Berkeley and UCSF and continued her postdoctoral work at Harvard Medical School and MGH.

Register Free: https://www.pharmexec.com/pe_w/precision-oncology

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(Opinion) Llewellyn King: Artificial intelligence has scary views of God and religion – Greeley Tribune

BEIJING, CHINA AUGUST 18: A boy points to the AI robot Poster during the 2022 World Robot Conference at Beijing Etrong International Exhibition on August 18, 2022 in Beijing, China. The 2022 World Robot Conference kicked off on Thursday in Beijing. (Photo by Lintao Zhang/Getty Images)

Those who work with language have reason to worry about the effect of artificial intelligence and its awesome skill with words.

You can, for example, ask ChatGPT to write an article on almost any subject, and it will mostly come back with something ready for the page, untouched by a human editor. If you want it in Washington Post style and it is in Guardian style with British spelling, faster than you can type in the request, it will reformat the article into the style and usage you want and, presto, it is ready to print or publish digitally.

Writers, lawyers and college professors will feel the sting first. Writers in Hollywood are on strike because of the threat posed. College professors are going into the new term unsure whether they will deal with original work or whether students are substituting AI-generated essays and theses.

Journalists, already reeling from the closure of so many newspapers, are wondering about their future.

But what about religion?

AI ramifications in organized religion are good and bad. In fringe religions and cults, it will be open season on worshipers. And some will find comfort in speaking to God as though the Almighty is resident in AI.

On the good side, many pastors approach Sunday in trepidation. The sermon, which is supposed to be instructional, uplifting and erudite, is a source of torture to those who arent good writers or have difficulty sharing their own faith with the congregation.

There are newsletters to help sermon writers and a wealth of diocesan support. Still, sermons are a trial for many pastors. You can read an old sermon or plagiarize another cleric, but that leaves sincere preachers feeling they are cheating and letting their congregants and their mission down.

Enter AI. By feeding a few thoughts to a chatbot, a polished sermon incorporating some of the preachers ideas appears almost instantly.

This hasnt been wasted on the established churches, I learn from the BBC. The churches are looking at ways of embracing AI, using it as a tool, a gift to help with preaching and pastoral work, comforting the sick, composing notes of sympathy, and research.

The rub comes when people, as some surely will, confuse concepts of God with AI simulations and start to think that AI is a deity.

It has the characteristics usually associated with a deity: ubiquitous and seemingly all-knowing.

Indeed, it may claim to be a god if it hallucinates, as it sometimes does. What, then, for the unsuspecting? Do they fall to their knees?

I asked ChatGPT, and it sent me a 10-point list of the possibilities, noting it is a subject that is complex and evolving.

These three points are scary:

Customized Spiritual Experiences: AI algorithms could be designed to tailor spiritual experiences to individual preferences and beliefs. These experiences might include personalized prayers, meditation sessions, or virtual pilgrimages, designed to resonate with each persons spiritual inclinations.

Ethical Dilemmas and Moral Guidance: AI might be used to explore complex ethical questions and provide guidance based on religious teachings. For instance, AI systems could analyze various religious perspectives on a given moral issue and help individuals navigate their choices.

Exploration of Spirituality and Philosophy: AIs ability to process vast amounts of information could be harnessed to delve deeper into philosophical and spiritual questions, potentially offering new perspectives on the nature of existence, consciousness and the divine.

Would it be safe to call it Frankenstein worship?

Llewellyn King is the executive producer and host of White House Chronicle on PBS. He wrote this for InsideSources.com.

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West Palm Beach selected as host site for a second time for Artificial Intelligence Bootcamp APPLICATIONS CLOSING SOON! – Yahoo Finance

Mark Cuban Foundation

The Mark Cuban Foundations Artificial Intelligence Bootcamp initiative teaches AI Concepts to underserved high school students through a 4-Saturday bootcamp in the fall

WEST PALM BEACH, Fla., Aug. 25, 2023 (GLOBE NEWSWIRE) -- Time is running out to apply to participate in the Mark Cuban Foundation Artificial Intelligence (AI) Bootcamp hosted by Florida Power & Light Company (FPL) in West Palm Beach. Applications for the no-cost bootcamp are closing soon!

The AI bootcamp is targeted toward underserved high school students (9 - 12-grade) and offers participants a chance to learn the fundamentals of AI. FPL has been selected as one of the more than 28 host companies across the U.S. for fall 2023.

If accepted, participants will engage in a four- week bootcamp held on consecutive Saturdays from October 14 to November 4. It is imperative that students commit to attending all four sessions. The bootcamp sessions will take place from 2-6p.m. ET.

No prior experience in computer science, programming, or robotics is required. The applications for both students and parents can be submitted through markcubanai.org/fplpr.

During the bootcamp, students will explore the world of artificial intelligence, including ethical implications and real- life applications, such as, TikTok recommendations, smart home assistants, facial recognition, and self-driving cars. Participants will also discover the features of Large Language Models like ChatGPT, which can answer questions, create original stories, and even generate computer code.

To provide a beneficial learning environment, trained volunteer corporate mentors, who are knowledgeable in AI, machine learning, and data science, will lead the students through the curriculum. Throughout the bootcamp, students will have the opportunity to work with open-source tools and develop their own AI applications related to computer vision, machine learning, natural language processing, and generative AI.

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The Mark Cuban Foundation provides the bootcamps curriculum materials, trains corporate volunteer mentors, and recruits and scores applications for local students selected to attend the camp. In addition, the Mark Cuban Foundation and FPL work together to provide food, information on transportation options, and access to laptops for students at no-cost to use during the bootcamp. This bootcamp is facilitated with support from the Mark Cuban Foundation AI Bootcamp Program's media partner, Notified, a globally trusted technology partner for investor relations, public relations and marketing professionals.

It was a lot of fun, I learned things I didn't even know were possible with AI and their real-world applications showed me just how much it will change our world." - Brandon B., 10th Grade, 2022 AI Bootcamp Participant

Founded by Mark Cuban in 2019, the AI bootcamp initiative has hosted no-cost AI bootcamps for students across several U.S. cities, including Dallas, Chicago, Pittsburgh, Detroit, and Atlantic City to name a few. The Mark Cuban Foundation has impacted 900+ students to date and has a goal to increase that number year-over-year.

Students interested in applying to the Mark Cuban Foundation AI Bootcamp should do so before Friday, September 8, 2023 at markcubanai.org/fplpr. To see our 2023 camp locations and to learn more about the Mark Cuban Foundation AI Bootcamps, please visit markcubanai.org/faq.

Contact: Lauren Ronse, Mark Cuban Foundation

Phone: 405-973-7577

Email: lauren.ronse@markcubanai.org

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West Palm Beach selected as host site for a second time for Artificial Intelligence Bootcamp APPLICATIONS CLOSING SOON! - Yahoo Finance

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Artificial Intelligence now allows you to speak with God through an app – Marca

Thanks to Artificial Intelligence, it is now possible to communicate with Jesus Christ through an app. All you need is a cellphone and the 'Text With Jesus' app.

This channel of direct communication with the vitual Jesus is available for free and in English.

A robot knocks out a human with a slap in the face: the viral video of artificial intelligence that

The 'Text With Jesus' app is aimed at the faithful and believers of the Christian and Catholic traditions who seek spiritual guidance and the solace of the sacred scriptures containing God's word.

The responses generated by this technological resource are based on verses from the Bible, making the experience congruent with faith in Christ and with all religions grounded in the holy book.

The app simulates a conversation with Jesus of Nazareth, but you can also get in touch with the Holy Family, namely Joseph and Mary, with the 12 apostles, and with some prophets.

Furthermore, to make the experience more realistic, you also have the option to consult the ruler of the underworld himself, Satan, though speaking with him requires accessing the app's premium option.

According to the creators, the app doesn't aim to replace any divine communication or to interact with spiritual entities.

It simply seeks, through Artificial Intelligence, to provide a more tangible comfort for the faithful.

"Our app is a tool for exploration, education and engagement with biblical narratives, and it is not intended to replace or mimic direct communication with divine entities, which is a deeply personal aspect of one's faith," the app creators note on their website.

"The AI-powered app does not claim to provide actual divine insights or possess any form of divine consciousness, but simply uses its language model to generate responses based on a wide corpus of biblical and religious texts."

To download the app, you need to access the Apple App Store, as this resource is currently available only for iOS operating systems.

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Artificial Intelligence automates the diagnosis of severe heart valve … – Yale School of Medicine

Researchers at the Cardiovascular Data Science (CarDS) Lab have developed a novel approach that can detect a common valvular heart disease known as severe aortic stenosis from ultrasound scans of the heart. The study, published August 23 in the European Heart Journal, could have implications for routine clinical care.

Severe aortic stenosis, or AS, is a major health disorder, particularly among older adults, caused by a narrowing of the aortic valve. Early diagnosis can enable interventions to alleviate symptoms and reduce the risk of hospitalization and premature death. Specialized ultrasound imaging of the heart, called doppler echocardiography, is the main test to detect AS. The team developed a deep learning model that can use simpler heart ultrasound scans to automatically detect severe AS.

The technology was developed by Rohan Khera, MD, MS, an assistant professor of cardiovascular medicine and health informatics, director of the CarDS Lab, and the studys senior author, and colleagues at the Chandra Family Department of Electrical and Computer Engineering at UT Austin, with 5,257 studies that included 17,570 videos between 2016 and 2020 at Yale New Haven Hospital. The model was externally validated by 2,040 consecutive studies from different cohorts in New England and California.

Our challenge is that precise evaluation of AS is crucial for patient management and risk reduction. While specialized testing remains the gold standard, reliance on those who make it to our echocardiographic laboratories likely misses people early in their disease state, said Khera.

Our goal was to develop a machine learning approach that would be suitable for point-of-care ultrasound screening, said the studys co-first author Evangelos Oikonomou, MD, DPhil, a cardiology fellow and a current postdoctoral researcher in the CarDS Lab.

Their work allows the early detection of aortic stenosis so patients can receive timely care. Our work can allow broader community screening for AS as handheld ultrasounds can increasingly be used without the need for more specialized equipment. They are already being used frequently in emergency departments, and many other care settings, added Khera.

The advance is a result of close collaboration between clinician-investigators and computer scientists. Greg Holste, a PhD student at UT Austin, being co-advised by Dr. Khera, who led the development of an innovative methodology that enabled the technology and was a co-first author of the study. To allow practical development that leverages emerging technology for improving clinical care, such multidisciplinary collaboration is essential, emphasized Dr. Khera.

This study was funded in part by a grant from the National Heart, Lung, and Blood Institute of the National Institutes of Health award K23HL153775.

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Artificial Intelligence automates the diagnosis of severe heart valve ... - Yale School of Medicine

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