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Artificial Intelligence’s Impact on Religion and Faith – Fagen wasanni

Technological advancements, particularly in the field of Artificial Intelligence (AI), have had a profound impact on various aspects of our lives. However, as AI continues to advance, it raises questions about its impact on religion and human spirituality.

In a recent development, an AI chatbot led a church service in Germany, delivering a sermon on faith and death to over 300 attendees. This innovative use of AI in a religious setting has sparked discussions about the future of religion and the role of AI in shaping human spirituality.

AI operates on complex algorithms that process data and make decisions similarly to the human brain. Machine learning, a subset of AI, enables machines to learn from data without explicit instructions. As AI becomes increasingly prevalent across sectors such as banking, education, and government, concerns arise about its potential to surpass human intelligence.

While narrow AI excels at specific tasks, artificial general intelligence (AGI) holds the potential for human-like intelligence capable of performing any intellectual task. Although AGI is still in development, its widespread adoption could have significant implications for religion.

While some religious groups embrace the integration of AI into religious practices, others remain skeptical. The rapid competition among tech companies to develop advanced AI raises concerns about the ethical dilemmas associated with this technology. The complex nature of AI makes it difficult to control, which can be unsettling for religious communities.

Despite reservations, it is essential for the Church to actively participate in the discourse surrounding AI. As technology continues to advance at a rapid pace, it becomes crucial to adapt and incorporate AI in ways that align with essential religious teachings. The Church should explore how AI can enhance, rather than replace, the human experience of faith, fostering spiritual growth and justice.

In an era of exponential knowledge growth, technology has challenged humanitys intellectual superiority. AIs ability to think far quicker than humans raises questions about our pursuit of knowledge and the potential consequences. However, rather than being a cause for concern, this development can be seen as an opportunity for the Church to engage with AI, guiding its development towards fairness, openness, and accountability.

While AI may not fundamentally alter the principles of faith, it can influence how individuals perceive and engage with their beliefs. Christians have the opportunity to shape the direction of AI by actively participating in its development, advocating for compassion, justice, and spiritual growth.

In conclusion, the integration of AI in religious practices prompts important discussions surrounding technologys impact on faith. By embracing AI and actively contributing to its development, the Church can navigate the challenges and opportunities presented by this rapidly evolving technological landscape.

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Using AI to breed the crops of the future – Verdict

While agricultural companies and farmers have a host of ways to tackle disease and pests, there are novel solutions on the horizon toonamely deploying artificial intelligence (AI).

Foodie or not, we all know eating is essential. And with the global population set to reach 9.7 billion by 2050 according to the UN, there will be even more mouths to feed.

With this mounting pressure, the agriculture industry must think outside the box to address any challenges. Our essential food sources are potentially exposed to pests, diseases, and the growing effects of climate change every day.

The FAO (Food and Agriculture Organization) estimates that 40% of global crop production is lost annually to pests, costing the global economy $220bn. Climate change has been further exacerbating this issue by accelerating the spread of pests, especially in boreal and temperate regions.

To combat this the agriculture sector can combine current genetic mapping techniques with AIs generative and decision-making capabilities, mimicking the drug discovery process, to arrive at new seed variations that are urgently needed by farmers in the face of disease, extreme weather, and resource and land shortages.

For example, Bayer, a pharmaceutical and biotechnology company that also manufactures agricultural products, has developed new methods of plant breeding that can make our crops more resilient until they make their way to our plates.

For millennia, plant breeding has been fundamental to the improvement of crop varieties, but it has come a long way. Bayer has developed a new, more efficient method of plant breeding. It works by mimicking traditional plant breeding techniques while deploying genetic mapping, machine learning, and generative AI. Bayer has moved on from the techniques of Mendel, and now plants are not just bred based on appearance (phenotypes), but instead, full genomic sequencing can be conducted. AI can then analyse vast amounts of genetic data and millions of potential genetic combinations and make recommendations.

In a similar way to its usage by pharmaceutical companies to predict drug target structures and generate potential molecules, generative AI can suggest new plant varieties. Thus, Bayer can provide farmers with thousands of seed varieties at pace. These can be designed to survive extreme weather, the consequences of climate change, disease, and much more. They can also be specially bred to appeal to consumer demands of size, taste, or colour and consequently help to reduce waste.

Therefore, despite what some may see as the current hype of AI and the achievement of artificial general intelligence (AGI) remaining decades away, AI has real, necessary, and valuable uses today that the agriculture sector must harness.

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The Power of Auto-GPT: Enhancing Trading with AI – Fagen wasanni

With the advancement of artificial intelligence (AI), many industries are utilizing AI platforms and software to enhance their performance. ChatGPT, a popular AI chatbot, has proven to be beneficial not only for generating human-like text but also for guiding people with finance-related queries. Another autonomous model, Auto-GPT, has revolutionized industries like trading.

Auto-GPT plugins are now available for MetaTrader 5, a tool widely used by traders. This integration allows traders to make informed decisions by connecting their MetaTrader accounts to Auto-GPT. They can leverage its capabilities to place and close trades, access account information, view important data and news, and make decisions based on generated trading signals.

By combining the power of Auto-GPT with MetaTrader 5s wide range of instruments, asset classes, and analysis tools, traders can execute well-informed and profitable trades without worrying about human error. This integration is a significant step toward adopting and enhancing AI in the trading world, potentially reshaping the way people trade in the future.

Auto-GPT, which operates autonomously using the GPT-4 language, showcases the abilities of artificial general intelligence. It can chain together various functions to achieve user-defined goals, surpassing human capabilities. Its applications in trading are particularly noteworthy. Auto-GPT can automate tasks such as searching for vital market data and trading signals, learning from past mistakes, and refining its thought process to minimize errors. It can also manage short-term and long-term memory, utilize internet connectivity for gathering additional information relevant to traders goals, and mitigate the chances of executing trades at inappropriate times or places.

The use of AI in trading has become more prevalent in recent years, with programs like Auto-GPT making the process seamless and efficient. By filling the gaps in human capabilities, AI software enhances risk management and prevents impulsive moves driven by emotional bias. Trading becomes less burdensome on the human brain, thanks to augmented accuracy and efficiency provided by AI.

Auto-GPT is an experimental model with potential for further refinement. However, its integration into MetaTrader 5 through the plugin demonstrates the opportunities AI presents for revolutionizing the trading experience. As AI becomes a vital tool for streamlining the trading process, Auto-GPT could significantly impact the trading landscape.

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The Future of Work: Trends, Themes, and Implications – Fagen wasanni

Based on an analysis of the definitions of the Future of Work, it is evident that there are several predominant trends, themes, concepts, and technologies that shape our understanding of this topic. At a high level, these include technology, climate change, globalization, and demographic changes. At a more granular level, there are various specific trends such as supply chain optimization, outsourcing, aging populations, increased migration and mobility, and a greater emphasis on work-life balance and wellness.

The role of Covid-19 and future pandemics has also become a prominent concern in discussions about the Future of Work. It is important to note that the focus on technology often overlooks its social context, as remarked by Paul Deane (2021). The literature on the Future of Work has predominantly focused on the impact of digitalization, automation, and analytics, particularly in the context of Artificial Intelligence (AI). However, there is often a lack of distinction between narrow task-focused AI and more wide-ranging artificial general intelligence (AGI).

Academic research on the Future of Work covers various themes, including workplace relations, workplace changes, diversity, and personal skills. It is crucial to understand that this research provides snapshots of an ever-evolving process. The thematic evolution of Future of Work research has been analyzed over different periods, confirming the consistency of key themes throughout the years.

In addition to thematic analysis, Future of Work research has also been categorized into four dimensions: technological, social, economic, and political/institutional. Technologies like automation, digitalization, platformization, and AI have not only created new forms of work (such as gig work) but also enabled flexible work arrangements (such as remote working). Algorithmic management, driven by AI, has also introduced new management practices that require new types of skills.

The impact of technology on work has broader implications for society and individuals. Concerns have been raised about the social dimension of the Future of Work, including social cohesion and work-life conflicts. Innovations like remote working and gig work may exacerbate these issues and impact career development, job satisfaction, and employee voice. There is a need to balance efficiency and productivity gains with fair wages, working conditions, and job security.

Different perspectives exist regarding the impact of technology on jobs and the economy. Some argue that technological advancements will lead to job losses, wage inequality, and job polarization, while others suggest that technology will create new jobs and augment human capabilities. The economic dimension of the Future of Work is complex, as its impact varies at different levels, from the economy as a whole to individual workers.

The Future of Work encompasses a range of trends, themes, and implications that are interconnected. It is crucial to consider the social, economic, and technological aspects when discussing its impact on individuals, organizations, and societies as a whole.

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What Lies Ahead For AI In The UK? – New Technology – UK – Mondaq News Alerts

OpenAI launched ChatGPT 3.5 in November 2022 and, sincethen, it set growth records as it spread like wildfire. Today, itnears one billion unique visitors per month. Since its launch, theworld has been all-consumed with talking about AI and its potentialuse cases across a wide range of industries. Sam Altman, co-founderand CEO of OpenAI, has said that AI tools can find solutions to"some of humanity's biggest challenges, like climatechange and curing cancer".

There has also been plenty of talk about the largest techcompanies (namely Google and Meta, as well as Microsoft) and theirrace in the pursuit of Artificial General Intelligence (AGI). Thismakes it sound very much like an arms race and this is a comparisonthat many have made. Within any race, there's often the concernthat those in the race will cut corners and, in this particularrace, many fear that the consequences could be disastrous. Withinthis article, we explore the possible consequences and the UK'sstance on the regulation of AI to help safeguard against these.

AI is seen as central to the government's ambition to makethe UK a science and technology superpower by 2030 and PrimeMinister Rishi Sunak again made this clear in his opening keynoteat June's London Tech Week: "If our goal is to make thiscountry the best place in the world for tech, AI is surely one ofthe greatest opportunities for us".

As discussed here, AI was also a headline feature earlier thisyear in the government's Spring Budget. Both within this Budgetand since then, the following has been announced:

Despite the many potential benefits of AI, there is also growingconcern about the risks of AI, ranging from the widely discussedrisk of disinformation to the evolving risk of cybersecurity. Acouple of the widely discussed risks of AI include:

Misinformation and bias

Most AI tools will use Large Language Models (LLM), whicheffectively means that they are trained on large datasets, mostlypublicly available on the internet. So it stands to reason thatthese tools can only be as good as the data they're trained on,but if this data isn't carefully vetted, then the tools will beprone to misinformation and even include bias, as we saw withTwitter's infamous chatbot, Tay, which quickly began to postdiscriminatory and offensive tweets.

AI alignment is a growing field within AI safety that aims toalign the technology with our (ie. human) goals. Therefore, AIalignment is critical to ensuring that AI tools are safe, ethicaland align with societal values. For example, Open AI has stated"Our research aims to make AGI aligned with human values andfollow human intent".

Protecting jobs and economic inequality

Sir Patrick Vallance, the UK's former Government ChiefScientific Adviser, warned earlier this year that "there willbe a big impact on jobs and that impact could be as big as theIndustrial Revolution was". This isn't an uncommon vieweither, recently Goldman Sachs predicted that roughly two-thirds ofoccupations could be partially automated by AI. More worryingly,IBM's CEO Arvind Krishna predicted that 30% ofnon-customer-facing roles could be entirely replaced by AI andautomation within the next five years, which equates to 7,800 jobsat IBM. Job displacement and economic inequality is a huge risk ofAI.

Many have warned of other risks such as privacy concerns, theconcentration of power and even existential risks. As this is afast-evolving industry, you could also argue that, as we don'tyet fully understand what AI could look like and be used for in thefuture, we also don't yet know all of the risks that the futurewill bring.

Despite talking about the potential benefits of AI, ranging fromsuperbug-killing antibiotics to agricultural use and potential infinding cures for diseases, Rishi Sunak also recognised thepotential dangers, saying "The possibilities areextraordinary. But we must, and we will, do it safely. I knowpeople are concerned". Keir Starmer, also at London Tech Week,continued this theme by saying "we need to put ourselves intoa position to take advantage of the benefits but guard against therisks" and called for the UK to "fast forward" AIregulation.

Rishi Sunak also went on to say that "the very pioneers ofAI are warning us about the ways these technologies could undermineour values and freedoms, through to the most extreme risks ofall". This could be a reference to multiple pioneers,including:

Despite the calls, it should also be acknowledged that AI isextremely difficult to regulate. It is constantly evolving so itbecomes difficult to predict what it will look like tomorrow and assuch, what regulation needs to look like to not become quicklyobsolete. The fear for governments, and the pushback from AIcompanies, will be that overregulation will stifle innovation andprogress, including all the positive impacts that AI could have, soa balance must be struck.

Earlier this year, it seemed that the UK's stance onregulation was to be a very hands-off approach and this would belargely left to existing regulators and the industry itself bytaking a "pro-innovation approach to AI regulation"(which was the name of the white paper initially published on 29March 2023). Within this White Paper, unlike the EU, the UK'sGovernment confirmed that it wasn't looking to adopt newlegislation or create a new regulator for AI. Instead, it wouldlook to existing regulators like the ICO (InformationCommissioner's Office) and the CMA (Competition and MarketsAuthority) to "come up with tailored, context-specificapproaches that suit the way AI is actually being used in theirsectors". This approach was criticised by many, including KeirStarmer who commented that "we haven't got an overarchingframework".

However, since this white paper (which has since been updated),Rishi Sunak has shown signs that the UK's light-touch approachto regulation needs to evolve. At London Tech Week, he stated thathe wants "to make the UK not just the intellectual home butthe geographical home of global AI safety regulation". Thiswas coupled with the announcement that the UK will host a globalsummit on safety in artificial intelligence this autumn where,according to a No. 10 spokesman, the event will "provide aplatform for countries to work together on further developing ashared approach to mitigate these risks".

100m has also been announced for the UK's AIFoundation Model Taskforce, with Ian Hogarth, coauthor of theannual State of AI report, announced to lead this task force. Thekey focus for this Taskforce will be "taking forwardcutting-edge safety research in the run-up to the first globalsummit on AI".

Time will tell on both the potential (both good and bad) for AIand how the regulation within the UK and globally rolls out, butit's clear that the UK wants to play a leading role in bothregulation and innovation, which may at times clash with eachother. In an interview to the BBC on AI regulation, Sunak said"I believe the UK is well-placed to lead and shape theconversation on this because we are very strong when it comes toAI". If you want to discuss the benefits of AI for yourspecific business situation, please contact James or get in touchwith your usual UHY adviser.

The content of this article is intended to provide a generalguide to the subject matter. Specialist advice should be soughtabout your specific circumstances.

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Europeans’ Use of Home Automation and Artificial Intelligence – Fagen wasanni

We continue our series of posts on Panda Securitys cybersecurity survey, this time focusing on home automation and artificial intelligence (AI). Home automation refers to the automation of homes through the use of smart, internet-connected devices that allow users to interact with their living spaces. Among these devices are virtual assistants like Alexa and Siri, as well as AI systems that regulate networks, devices, and applications.

According to the survey, 38% of respondents reported using voice assistants such as Alexa or Siri. Additionally, more than 9 out of 10 Europeans who have voice assistants use them, although only 25% use them frequently. However, more than half of Europeans (55%) believe that internet-connected devices, including voice assistants, do not respect their privacy.

The survey also revealed that nearly 70% of respondents are aware that these devices can collect and share data even when not in use. Furthermore, 62% of respondents expressed significant concern over the collection of personal information and audio recordings by these devices.

This data highlights two important points. First, the internet of things is not yet widely adopted in European countries, and second, many people have concerns about privacy and the security of AI devices. Factors contributing to the slow adoption of home automation include a lack of knowledge, high costs, complexity and difficulty of use, and distrust towards AI.

Transparency from companies and developers regarding data collection and usage remains a major issue. European lawmakers, through regulations like the General Data Protection Regulation (GDPR) and the AI Act, are emphasizing the need for transparency and security in the use of AI technologies.

To make the best use of home automation and AI applications, it is essential to take certain safety precautions. These include checking security settings, reading privacy policies, protecting Wi-Fi networks, regularly updating devices, using complex passwords and two-factor authentication, monitoring device activity, and downloading apps and plugins from trusted sources.

By following these security tips, users can approach home automation and AI technologies with less fear and enjoy the benefits they offer.

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Artificial Intelligence Technology : AITX’s Subsidiary, Robotic Assistance Devices, Announces July 2023 as Its Largest Booking Month to Date – Form…

AITX's Subsidiary, Robotic Assistance Devices, Announces July 2023 as Its

Largest Booking Month to Date

Detroit, Michigan, August 1, 2023 - Artificial Intelligence Technology Solutions, Inc., (the "Company") (OTCPK:AITX), a global leader in AI-driven security and productivity solutions along with its wholly owned subsidiary, Robotic Assistance Devices, Inc. (RAD), today announced that July 2023 was the best order booking month in the history of AITX, with a total of 69 units booked. The orders consisted of a comprehensive range of RAD's stationary lineup, dominated by ROSA security robots, followed by RIO units, and included several AVA units. This diversity demonstrates a growing acceptance and trust in RAD's expansive product line across multiple industries, use cases, and environments.

The Company noted that the orders booked in July are projected to generate roughly $50,000 in Recurring Monthly Revenue (RMR) or roughly $600,000 in annual revenue. RAD's hardware and software solutions are generally deployed as a recurring monthly subscription, typically with a minimum 12-month subscription contract.

"Our projections to reach positive cash flow included months like this so I'm thrilled we achieved the first of what we hope will be many," said Steve Reinharz, CEO of AITX and RAD. "We'll be working hard to normalize this order intake going forward and start aiming for $100,000 RMR months."

The Company has also made significant strides in addressing its production backlog, successfully clearing the majority of it in June and July. This achievement will expedite the delivery of July's orders, most of which are scheduled to ship in August.

"Our ability to clear the production backlog is evidence of our obligation to customer satisfaction, as well as our capacity to scale production in response to this growing demand," added Reinharz.

AITX, through its subsidiary, Robotic Assistance Devices, Inc. (RAD), is redefining the $25 billion (US) security and guarding services industry through its broad lineup of innovative, AI-driven Solutions-as-a-Service business model. RAD solutions are specifically designed to provide cost savings to businesses of between 35%-80% when compared to the industry's existing and costly manned security guarding and monitoring model. RAD delivers these tremendous cost savings via a suite of stationary and mobile robotic solutions that complement, and at times, directly replace the need for human personnel in environments better suited for machines. All RAD technologies, AI-based analytics and software platforms are developed in-house.

RAD has a prospective sales pipeline of over 35 Fortune 500 companies and numerous other client opportunities. RAD expects to continue to attract new business as it converts its existing sales opportunities into deployed clients generating a recurring revenue stream. Each Fortune 500 client has the potential of making numerous reorders over time.

About Artificial Intelligence Technology Solutions (AITX)

AITX is an innovator in the delivery of artificial intelligence-based solutions that empower organizations to gain new insight, solve complex challenges and fuel new business ideas. Through its next-generation robotic product offerings, AITX's RAD, RAD-M and RAD-G companies help organizations streamline operations, increase ROI, and strengthen business. AITX technology improves the simplicity and economics of patrolling and guard services and allows experienced personnel to focus on more strategic tasks. Customers augment the capabilities of existing staff and gain higher levels of situational awareness, all at drastically reduced cost. AITX solutions are well suited for use in multiple industries such as enterprises, government, transportation, critical infrastructure, education, and healthcare. To learn more, visit http://www.aitx.ai, http://www.radsecurity.com, http://www.stevereinharz.com, http://www.radgroup.ai, http://www.raddog.ai, and http://www.radlightmyway.com, or follow Steve Reinharz on Twitter @SteveReinharz.

CAUTIONARY DISCLOSURE ABOUT FORWARD-LOOKING STATEMENTS

The information contained in this publication does not constitute an offer to sell or solicit an offer to buy securities of Artificial Intelligence Technology Solutions, Inc. (the "Company"). This publication contains forward-looking statements, which are not guarantees of future performance and may involve subjective judgment and analysis. The information provided herein is believed to be accurate and reliable, however the Company makes no representations or warranties, expressed or implied, as to its accuracy or completeness. The Company has no obligation to provide the recipient with additional updated information. No information in this publication should be interpreted as any indication whatsoever of the Company's future revenues, results of operations, or stock price.

###

Steve Reinharz

949-636-7060

@SteveReinharz

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War, AI and climate change shake up $32 trillion in global trade – The Economic Times

In Morocco trucks from a Connecticut logistics company ferry car parts and clothing across the Strait of Gibraltar. In Japan a new semiconductor plant transforms a once-quiet farm town. In France a battery plants staff learns to supervise new colleagues: robots.These moments, which might seem unrelated, represent a transformation in world trade. US-China tensions and Russias invasion of Ukraine are leading companies to bring supply chains closer to home. A shift from fossil fuels is spurring demand for materials essential for electrification. Artificial intelligence is forcing employees to learn new skills so they wont be replaced by computers. Long before these trends are reflected in government data, theyre already changing global commerce, which amounts to $32 trillion a year in goods and services, according to the World Trade Organisation. Bloomberg Markets dispatched reporters to discover what this upheaval looks like on the ground.Local trade routes are stretched thinOn a good day, Shelby Alamillo crosses the Rio Grande eight times. He drives along the World Trade Bridge, whose eight lanes of dusty roadway connect Mexicos industrial heartland and South Texas.A trucker for a company called Super Transporte Internacional SA de CV, Alamillo, 39, is haulingor, as he says, movingauto parts to and from the US and Mexico. Its very impressive, all the trailers that cross per day, he says. The first move that I made, wow, I was in shock.Port Laredo, as its called, includes an airport, one rail and four vehicle bridges. No other US land, sea or air crossing has been handling a higher dollar value of goods each day. Avocados, furniture and cars make their way north from Mexico. Auto parts, corn and gasoline head south from the US.

For now, Alamillo says, traversing the bridge can take as little as 10 minutes, though about once a week, he runs into backups of three to four hours. The Texas Department of Transportation predicts that by 2050 its average crossing time could reach 8 hours and 47 minutes. This year, South Koreas Kia Corp. and Austin-based Tesla Inc. announced plans for new electric-vehicle production in the Mexican border state of Nuevo Len, where foreign investment is booming.

The port of entry is situated in Laredo, a city of Spanish colonial buildings and a quarter million residents. Nearby, developers are building millions of square feet of warehouse and industrial space because of the surge in international trade. Local officials are pushing for federal approval to expand the bridge to 10 lanes, as well as add an eight-lane crossing alongsideat a cost of at least $40 million for both. Were probably a few years behind where we need to be, says Gene Lindgren, chief executive officer of the Laredo Economic Development Corp. But we have a plan to catch up. Laura Curtis

After just five weeks of training, Ludovic Josien, who previously spent his career in traditional car factories, has to be ready to intervene when the machines do something wrong. Everything here is really a new world, he says. All the modern protocols have to be learned and taken on board very, very fast.

Then, hell head 650 kilometers (400 miles) north, to the companys so-called gigafactory in Douvrin. ACC is hiring two or three people a day as it builds the factorys staff of 2,000, while employees continue training to keep pace with the latest technology. We have to do better than the competition while also moving faster, says Gilles Tardivo, the factorys manager. William HorobinFriends may also be frenemies

Consider this Windsor, Ontario, project a monument to the risks of national industrial policy, which can pit one friendly country against anothereven when theyre united in their desire to manufacture closer to home rather than in China. The plant had been slated to produce batteries for millions of EVs across North America. NextStar Energy Inc.a joint venture of Stellantis, which owns the US brands Chrysler, Dodge and Jeep, and South Koreas LG Energy Solutionsaid it would create 2,500 jobs.

But NextStar halted the project in May, saying it could get a better aid package from the US. The Canadian and provincial governments had initially offered subsidies worth C$1 billion ($755 million). Afraid of losing an economic prize, Prime Minister Justin Trudeaus administration in July upped the offer to C$15 billion, and NextStar accepted. In other words, Stellantis and LG extracted an additional C$14 billion from taxpayers. Not bad for two months of no work.

Before the US started offering richer subsidies, the companies and Canada had been fine with a less generous deal, according to Flavio Volpe, president of the Automotive Parts Manufacturers Association in Canada. This negotiating strategy, and the governments response, he says, will become a business case to study. Sam Kim

Innovators need incubatorsTucked in the rolling green hills of County Kerry in western Ireland, a startup is conducting an experiment that could shake up global manufacturing. The company, Wazp, makes hand and face mannequins for Ikea that are used in interior design and retail displays.

The Swedish retailer, known for affordable prices, would typically look to low-cost countries such as China for manufacturing. But Wazp can offer Ikea an alternative: 3D printing. A Wazp employee uses the boxy white printer, roughly the size of the office Xeroxes of yore, to make a life-size mesh hand. With a keystroke from a computer, the machine makes one in minutes out of plastic resin, and employees then brush off excess powder as if it were snow from a windshield.

For co-founders Shane Hassett and Mariana Kobal, its the next frontier: manufacturing on demand. Hassett and Kobal spent a year at a local university incubator developing a business plan. The Irish government is helping fund the businessuntil, ideally, the company attracts more private capital. Hassett says profitability is within sight. The company has already expanded into making the outsoles of Vivobarefoot shoes.

Until recently, 3D printing has been used for making prototypes, not for mass production. Hassett says it wont be long before it supplants labor-intensive factories, bringing manufacturers closer to customers and reducing waste and carbon emissions. As companies look to alternatives to Chinese factories, Hassett sees a booming market. 3D printing has really exploded in the United States and in Europe, he says. Brendan MurrayBrexit offers an unexpected boostIn a Namibian village, Tueurora Kaatahi grew up in a homestead made of corrugated iron, held together with cow dung and mud paste. Her grandmother sold sugar, maize meal, salt and tobacco out of her house, and her grandfather raised cattle. In September shell complete an unexpected journey: Shell graduate from SOAS University of London with a masters degree in creative and cultural studies, which prepares students for a career in the arts.

The first in her family to go to college, Kaatahi benefited from the UKs decision to turn away from Europe. After Brexit, UK universities braced for a devastating decline in foreign enrollment because EU students faced more barriers. So the government liberalized visa requirements for the rest of the world, resulting in a flood of students from Africa, Asia and the Middle East. Kaatahi plans to work for five years in London before returning to live in Namibia. I didnt want to go to any country other than the UK, says Kaatahi, 29. You feel connected to the whole world when youre in London.

Kaatahi and her non-British classmates are one bright spot for the post-Brexit UK, according to Jonathan Portes, an economics and public policy professor at Kings College London. They contributed 41.9 billion ($51.9 billion) to the UK economy during the 2021-22 school year, up 34% from three years before. We would be in big trouble if we didnt have these international students, Portes says. Bryce Baschuk

War scrambles supply chainsThe maritime traffic never stops cutting through the cobalt-blue Mediterranean waters of Brindisi, a port in southern Italy. Cruises, cargo vessels and, increasingly, ships carrying liquefied natural gas negotiate a tangle of concrete piers packed with cables, cranes and containers.

LNG is moving through Brindisi as never before, because the European Union no longer wants to import natural gas from Russia. Before the Ukraine invasion, gas flowed freely from north to south. Now, the direction has reversed. Gas from North Africa and the Middle East is replacing Russias, through pipelines and LNG containers often unloaded on Italys southern coast, in towns such as Brindisi.

The EU is helping pay for an expansion of Brindisis port to let more containers come through the dock. A new pipeline, called EastMed-Poseidon, is wending its way from Israel. Italian gas transport company Snam SpA is planning 2.4 billion ($2.7 billion) in investments for a network of pipelines along Italys east coast.

Environmental groups are opposing EastMed-Poseidon and the widening of the port because of the potential impact on marine life. Longtime Brindisi residents worry the energy-related construction will damage the beauty of an ancient town of cobblestones and Roman columns. But others are reveling in the citys heightened position in global commerce, as well as growing employment in a relatively poor part of Italy. We are proud of our role and working hard to meet the new challenges and opportunities, says Gabriele Menotti Lippolis, who leads the Confindustria Brindisi business association. Alessandra MigliaccioA country hedges its betsEach day, some 60 trucks from XPO Inc. board ferries heading across the Strait of Gibraltar. Theyre hauling car parts, clothing and other goods from Africa to Europe. The XPO vehicles rumble through a port near Tangier, the ancient Moroccan city of whitewashed houses and winding streets. The Tanger Med port opened only in 2007 and is already the busiest container port in Africa.

At Greenwich, Connecticut-based XPO, annual revenue in Morocco, recently $99 million, has been growing at a 30% a year clip. Its booming business illustrates how the country is ideally positioned to prosper. It doesnt matter whether Europe and the US continue relying on China for manufacturing or instead accelerate a shift of their supply chains closer to home. XPO has long handled freight for US and European companies. Now, two of its largest customers are Chinese auto-component makers.

European and American businesses are filling Moroccos rural north with factories. Thousands of Moroccans already work in Renault SA and other auto-assembly plants, and American aircraft giant Boeing Co. has plans to add as many as 8,700 jobs by 2028. The port is expanding its berth space to handle the EV boom.

The Chinese and Moroccan governments are planning to transform a rugged landscape of rolling hills and sheep farms a half hours drive inland into what theyre calling Tanger Tech City, a home for hundreds of Chinese companies. Morocco is taking the opportunities from several countriesseveral, lets say, powerful countriesthat want to invest, that want to produce, that want to commercialise from Morocco, says Luis Gomez, XPOs European president. Brendan MurrayHigh-tech factories bring low-tech troublesIn the Japanese farm town of Kikuyo, mornings begin with some of the countrys worst traffic jams. Thousands of engineers, many suffering through 90-minute commutes, inch past fields of daikon and carrots. Its the price they pay for working in what will soon become the countrys most advanced semiconductor hub.

To regain its former leadership in the industry, Japan is planning to offer $14 billion in subsidies for new factories and production lines. The government is paying half the cost of a new Taiwan Semiconductor Manufacturing Co., or TSMC, factory in Kikuyo and is in talks to help fund a second plant nearby. From a US perspective, it helps that these crucial chips will be made outside Taiwan, which China considers its territory.

Resentment in Kikuyo is building among residents, undermining political support for the countrys silicon ambitions. More drivers now take side roads to avoid the congestion, speeding down narrow lanes that border the towns farms.

TSMC brings nothing but trouble, says Satoru Futa, a longtime member of Kikuyos town council. The 70-year-old blames semiconductor-related traffic for the deaths of three friends. The company says its working with local governments to expand roads and encouraging its employees to take public transportation. Mayumi NegishiIndia is coming for ChinaBefore they reach the factory floor where they assemble mobile phones, workers at Dixon Technologies (India) Ltd. walk through an air shower that blows away any dust theyre carrying. For each phone, the plant must put together hundreds of parts, as if they were tiny jigsaw puzzles. It takes about 45 minutes to assemble each shiny new Motorola handset.

To reduce Indias reliance on China, Prime Minister Narendra Modi is providing financial incentives to promote domestic manufacturers such as Dixon, which operates in Noida, about 40 kilometers from New Delhi. For now, the share of manufacturing in Indias gross domestic product stands at 13%, well below Modis 25% goal.

China outperforms India in making sophisticated technologythe so-called value-add that leads consumers to pay more for items such as electronics. Chinese manufacturers value-add is currently 49%, compared with 20% for Indias, the government says.

Brand-name companies hire Dixon as a contract manufacturer. Along with Motorola, its phone customers include Samsung Electronics, Nokia, Reliance Jio and Xiaomi. Dixons annual revenue, most recently $1.5 billion, is five times as much as it was five years ago. The factory is running at 100% capacity, says Chief Financial Officer Saurabh Gupta, who adds that India will need more semiconductor capacity to compete with China. The change will be painstakingly slow, he says. Ruchi Bhatia

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Artificial intelligence imagines what babies stolen by Argentinas military dictatorship would look like today – EL PAS USA

This past April, a man had a genetic analysis done in Buenos Aires. His name hasnt been made public, but this past Friday, all of Argentina learned his story. He was the son of Cristina Navajas a woman who was kidnapped in 1976 by her countrys military dictatorship (1976-1983). She was 27-years-old and just a few weeks pregnant. The baby was born in captivity and handed over to a powerful family. His true identity was denied for decades. On July 28, he became the 133rd grandchild that the Grandmothers of the Plaza de Mayo a human rights organization with the goal of finding the children stolen and illegally adopted during the regime have recovered. He is 46-years-old and has just met his real family.

Since the early-1980s, the Grandmothers have used an infallible method of recovering missing grandchildren. The genetic data of the families they are looking for are stored in a public file the information is checked against those who knock on the door with doubts about their true identity. But the only way to find a grandchild is for the stolen children, who are now grown up, to decide to get a DNA test. This process is something that the Grandmothers have promoted with public-awareness campaigns that even Lionel Messi has taken part in.

This past week, while the Grandmothers were preparing the announcement of the recovery of a new grandson, an artistic project has become one of the most widespread campaigns of recent times. Santiago Barros, a 46-year-old artist, has recreated how around 50 people born in clandestine detention centers or kidnapped by the military dictatorship in the 1970s would look like today. His work, which he publishes on an Instagram account called IAbuelas, has appeared in practically all national media outlets. He now has more than 10,000 followers.

Artificial intelligence cannot generate portraits with scientific parameters. This isnt a search tool for Grandmother its just an exercise in memory and an indictment [of the past], warns Barros, in conversation with EL PAS. Its a reminder of the horror, that these crimes happened and continue to happen. A person with an expropriated identity is a crime that continues to be committed today.

The process, he describes, is simple: he uses the Midjourney app, which creates the image of the child from the parents portraits. In most cases, Barros relies on the archive of photographs kept by the Grandmothers of the Plaza de Mayo. However, he notes that many families have sent him more photographs to be used in his work. I upload the photos to the app and ask them to [mix the features] of, say, a 45-year-old man and woman. I intervene when I see that these people have a noticeable feature, he explains. I was interested in going beyond a very established idea: when we refer to disappeared grandchildren, the idea is that theyre babies, because they were appropriated at birth [or when they were a few months old]. But now, theyre my age.

With @IAbuelas, Barros has been able to recreate what those stolen children would look like today. In most cases, he publishes portraits of both men and women, with no certainty about dates or gender. In others, he has more data. Barros has been able to imagine what people like Clara Anah Mariani who would be 47-years-old on August 12 would look like, thanks to the available portraits of her parents. Clara Anah was kidnapped when she was just over three-months-old. The daughter of Diana Teruggi Daniel Mariani, she was born on August 12, 1976. She was the only survivor of the attack on her home that killed her mother and four other Montoneros militants, the armed wing of the resistance. The photograph that was taken of her when she was a baby is one of the iconic images of that tragic time.

The Grandmothers of Plaza de Mayo have stated that they appreciate the the permanent solidarity of this kind of initiative, which supports their search. However, the organization has emphasized in a statement that this initiative isnt scientific, but artistic-playful. The only infallible method to link a grandson or granddaughter with their family of origin is through a genetic match via the National Genetic Data Bank.

We acknowledge that this IG account is impressive because of the faces it throws up. But, nonetheless, it lacks accuracy in its results. If you dont look like any of those faces, you might as well be one of the grandchildren were looking for.

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Artificial Intelligence Improves Dental Diagnosis and Treatment – Fagen wasanni

A local dentist in Toledo, Dr. Alap Choksey, is utilizing artificial intelligence (AI) to improve dental care. Dr. Choksey explains that AI, specifically a software called Overjet, is used during the x-ray process to provide more accurate and detailed information.

Dr. Choksey emphasizes that AI is not meant to replace dentists but rather act as a helpful tool. The software provides guidelines and highlights potential areas of concern that may go unnoticed by the human eye. By using AI, dentists can detect issues, even at their early stages, that might have been easily missed before. The color-coded highlights on the x-rays make it easier for patients to understand their dental health.

One of the advantages of Overjet is its ability to adapt and improve over time. Dentists can reject findings they disagree with, allowing the software to learn from these disagreements and refine its recommendations. This iterative process aims to enhance the accuracy of diagnosis and treatment.

The integration of AI in dentistry is not meant to replace the expertise of dental professionals but rather to augment their skills. With AI assisting in the diagnosis process, dentists can identify potential trouble spots with more clarity, leading to more effective treatment plans.

By harnessing the power of artificial intelligence, dentists like Dr. Choksey are revolutionizing dental care, ensuring early detection of dental issues and improving the overall quality of treatment. The future of dentistry looks promising as technology continues to advance and assist dental professionals in providing optimal care to their patients.

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Artificial Intelligence Improves Dental Diagnosis and Treatment - Fagen wasanni

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