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These Were the 10 Most Popular Singularity Hub Stories of 2023 – Singularity Hub

With the year almost in the books, were taking a look at Singularity Hubs most-read articles in 2023.

Theres no doubt the year belonged to AI, and coverage of DeepMinds definition of artificial general intelligence, one of the fields most controversial topics, grabbed readers attention. But AI didnt dominate the list. Amid high interest rates, expensive homes, and inflation, the future of housinga 3D printed house that could cost as little as a carand energykickstarting the worlds biggest fusion reactorwere on peoples minds. Discoveries in longevity and the neuroscience of cognition, memory, and creativityAI-adjacent topicslikewise struck a chord. And even as metaverse news faded, a story on the rapid democratization of 3D scanning technologies sparked the imagination.

It was another wild year in science and tech. As always, thanks for reading!

This 3D-Printed House Goes Up in 2 Days and Costs the Same as a Car By Vanessa Bates Ramirez 3D printing is becoming more popular as a construction method, with multiple companiesbuildingentire3D-printed neighborhoodsin variousparts of the world. But the technique hascome under scrutiny, with critics saying its not nearly as cost-effective nor environmentally friendly as advocates claim. A Japanese company calledSerendix is hoping to be a case to the contrary; the company is 3D printing tiny homes that cost just $37,600.

Scientists Find the Source of a Mysterious Brain Wave That Could Boost Memory and Creativity By Shelly Fan For decades, [theta waves] waves have taunted neuroscientists trying to decipher their functions. [They] seem to help mice navigate mazes, but also support memory in humans. Its not just academic curiosity. Our ability to navigate complex new environments and keep those memories declines with age. Its especially tough for people with Alzheimers disease. By finding the source of theta waves, we could potentially enhance themusing neurostimulation or other methodsto slow cognitive decline.

Newly Discovered Spirals of Brain Activity May Help Explain Cognition By Shelly Fan For the cortex to properly function, communication between each region is key. In a series of tests, brain spirals seem to be the messenger, organizing local neural networks across the cortex into a coherent computing processor. By analyzing these spiral wave fingerprints, the team found they could classify different stages of cognitive processing using brain images alone. Finding turbulence in the brain is another step towards understanding how our biological computer works and could inspire the creation of future brain-based machines.

Scientists Fire Up the Worlds Largest Fusion Reactor for the First Time By Edd Gent [In October], scientists working on the JT-60SA experimental reactor at the National Institutes for Quantum Science and Technology in the city of Naka achieved first plasma, according to Science. That effectively means the machine was successfully switched on but is still a long way from carrying out meaningful tests or producing any power. Nonetheless, its a significant milestone for a reactor meant to pave the way for the much larger ITER reactor being built in France, which is expected to be the first of its kind to generate more power than it uses.

Scientists Studied 348 Mammals to Discover Why Some Live for Months While Others Last Centuries By Shelly Fan The tour-de-force study,published [in Science], covered nearly 15,500 samples from 348 mammalian species both small and large. The entire animal register looks like the population of an international zoo. Theres a reason for analyzing the animal kingdom in all its glorious diversity. By studying mammals using the same biological clock and comparing each profile, we can begin to parse genomic hot spots that govern aging and lifespan, in turn homing in on methods to regulate those spots and delay or even reverse the aging process.

This Longevity Study Across 5 Species Found a New Pathway to Reverse Aging By Shelly Fan Scientists have long suspected that [DNA] transcription may go awry with aging, but the new study offers proof that it doesntwith a twist. In all five of the species tested, as the organism grew older the process surprisingly sped up. But like trying to type faster when blindfolded, error rates also shot up. Theres a fix. Using two interventions known to extend lifespan, the team was able to slow down transcription in multiple species, including mice. Genetic mutations that reversed the sloppy transcription also extended lifespan in worms and fruit flies, and boosted human cells ability to divide and grow.

This 3D Printed Community Is Printing One House per Week for a Year By Vanessa Bates Ramirez 3D printing has been slowly but surely ramping up as a viable construction technology, with communities of 3D printed homes being built in California, Virginia, Texas, and Mexico, among others. Now a new development on the other side of the Atlantic is joining this list. 14Trees, a joint venture between Swiss sustainable construction company Holcim and British International Investment, announced completion of the first 10 units of a 3D printed housing project in Kilifi, Kenya. The community is called Mvule Gardens, and it will eventually consist of 52 single-family homes.

DeepMind Defines Artificial General Intelligence and Ranks Todays Leading Chatbots By Edd Gent What exactly people mean by AGI is rarely specified, and the idea is frequently described in binary terms, where AGI represents a piece of software that has crossed some mythical boundary, and once on the other side, its on par with humans. Researchers at Google DeepMind are now attempting to make the discussion more precise by concretely defining the term. Crucially, they suggest that rather than approaching AGI as an end goal, we should instead think about different levels of AGI, with todays leading chatbots representing the first rung on the ladder.

A Revolution in Computer Graphics Is Bringing 3D Reality Capture to the Masses By Aaron Frank Backup Ukraine, a collaborative project between the Danish UNESCO National Commission and Polycam, a 3D creation tool, enables anyone equipped with only a phone to scan and capture high-quality, detailed, and photorealistic 3D models of heritage sites, something only possible with expensive and burdensome equipment just a few years ago. Backup Ukraine is a notable expression of the stunning speed with which 3D capture and graphics technologies are progressing, according to Bilawal Sidhu, a technologist, angel investor, and former Google product manager who worked on 3D maps and AR/VR. Reality capture technologies are on a staggering exponential curve of democratization, he explained to me in an interview for Singularity Hub.

Energy Vaults First Grid-Scale Gravity Energy Storage System Is Near Complete By Vanessa Bates Ramirez Energy Vaults solid gravity system uses huge, heavy blocks made of concrete and composite material and lifts them up in the air with a mechanical crane. The cranes are powered by excess energy from the grid, which might be created on very sunny or windy days when theres not a lot of demand. The blocks are suspended at elevation until supply starts to fall short of demand, and when theyre lowered down their weight pulls cables that spin turbines and generate electricity.

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The Sentient Singularity: How AI Might Reshape Our Sensory and Emotional Landscape – Medium

Photo by Owen Beard on Unsplash

The rise of artificial intelligence, like a rogue wave on the horizon of human history, promises to reshape not just our world, but ourselves. And among the fascinating enigmas it throws up is the question: how will AI impact our very essence our emotions and senses? While we can't peer into the crystal ball of the future with perfect clarity, let's embark on a thought experiment, exploring potential avenues of this AI-driven evolution.

Imagine eyes that perceive ultraviolet or infrared, ears that capture unheard frequencies, tongues that decipher chemical signatures. AI could unlock a whole new spectrum of sensory experiences, enriching our understanding of the world around us. Imagine artists creating symphonies of bioluminescent landscapes, architects crafting buildings that resonate with unheard harmonies, chefs concocting edible experiences that dance on the tongue with previously unknown molecular textures. This sensory expansion could redefine art, design, and gastronomy, opening doors to previously unimagined realms of aesthetic experience.

But beyond the physical senses, AI could also influence our emotional landscape. Imagine machines that not only interpret human emotions but also possess their own. This raises fascinating questions. Will AI experience joy, sorrow, anger, just like us? Or will their emotions be something entirely different, shaped by their unique cognitive architecture? Will we develop empathy for these sentient machines, forging bonds as deep as those we share with fellow humans? Or will their emotions be an alien territory, creating a chasm of incomprehension?

Traditionally, we categorize emotions as positive or negative, overlooking the intricate tapestry of nuance that weaves them together. AI could challenge these binary classifications, revealing a spectrum of emotions far richer and more complex than we currently imagine. This could lead to a reevaluation of our own emotional landscape, prompting us to embrace the full gamut of human experience, recognizing the value of sadness and anger alongside joy and love.

AI could go beyond mere observation and analysis, actively influencing our emotions. Imagine brain-computer interfaces that can modulate our mood, alleviating depression or amplifying joy. This raises significant ethical concerns, blurring the lines between individual agency and external manipulation. Will we become puppets of our own emotional augmentation, or will we learn to harness these tools responsibly, crafting the emotional landscapes we truly desire?

The evolution of our emotions and senses in the age of AI is a journey into the unknown, rife with both promise and peril. It's a dance between human and machine, between biology and code, where the outcome remains uncertain. Will this be a harmonious waltz, leading to a richer and more nuanced experience of existence? Or will it be a discordant tango, fracturing our understanding of ourselves and the world around us?

Ultimately, the answer lies not in the machines, but in ourselves. It's our choices, our ethical considerations, and our willingness to grapple with the complexities of this evolving relationship that will determine whether this dance leads us to a brighter or a bleaker future. So, let us approach this new frontier with open minds, critical hearts, and the unwavering belief that even as AI reshapes our inner and outer worlds, the essence of what it means to be human will endure, forever adapting and evolving in the face of the unknown.

The journey has just begun. The stage is set for a most thrilling performance, where the actors are our emotions and senses, the director is technology, and the script is still being written, one line at a time. Let us rise to the challenge, crafting a future where technology illuminates the human experience, not eclipses it. As artificial intelligence (AI) casts its silicon shadow across the landscape of human existence, a profound question dances on the precipice of our understanding: how will AI reshape the very canvas of our experience our emotions and senses? While the answer shimmers like a mirage on the horizon, forever just out of reach, we can embark on a thought experiment, tracing potential pathways on this evolutionary map.

Imagine eyes that perceive the whispered secrets of ultraviolet and infrared, ears attuned to the unheard frequencies of the cosmos, tongues that decipher the chemical signatures of hidden worlds. AI could unlock a pandora's box of sensory experiences, enriching our understanding of the universe to a degree we can only dream of today. Architects could craft buildings that resonate with unheard harmonies, evoking emotions not through visual aesthetics but through vibrations that dance on the skin. Artists could create symphonies of bioluminescent landscapes, painting breathtaking canvases not with pigments but with living organisms that pulse with light and life. Chefs could concoct edible experiences that dance on the tongue with previously unknown molecular textures, crafting meals that are not just sustenance but immersive journeys through the undiscovered landscapes of taste. This sensory expansion wouldn't just redefine art, design, and gastronomy; it would rewrite the very definition of experience, opening doors to realms of aesthetic perception once relegated to the realm of science fiction.

However, this sensory symphony wouldn't be merely an appendage to our existing abilities; it could fundamentally alter the way we interact with the world around us. Imagine navigating cityscapes through the whispers of radio waves, reading the emotional tapestry of a crowd through subtle shifts in electromagnetic fields, or sensing the impending storm not through visual cues but through the crackling language of static in the air. This rewiring of sensory perception could have profound implications for how we understand and engage with the environment, blurring the lines between internal and external, self and world.

The potential for AI to enhance and augment our emotions and senses is undeniable. However, alongside the allure lies a minefield of ethical considerations. The ability to manipulate human emotions raises disturbing questions about free will and autonomy. Who will control the algorithms that define our emotional landscape? How will we prevent the exploitation of vulnerabilities for sinister purposes? Will emotional augmentation create a divide between the augmented and the unaltered, exacerbating existing inequalities?

These are not mere theoretical hypotheticals; they are pressing concerns that demand immediate attention. Robust ethical frameworks must be established to guide the development and deployment of AI technologies that impact our emotional and sensory experiences. Public discourse and transparent dialogues are crucial to ensure that these transformative technologies are used for the benefit of all, not just a privileged few.

In this rapidly evolving landscape, it's vital to remember that technology, however powerful, can never replace the human touch. AI may augment our senses and influence our emotions, but it cannot replicate the richness and complexity of human experience. Empathy, compassion, and love the cornerstones of our humanity remain irreplaceable by algorithms and code. AI can be a powerful tool, but it is we, the humans, who must remain the architects of our own emotional and sensory futures.

The rise of AI presents not a threat to our humanity, but rather an opportunity for coevolution. We can view AI as a partner in this journey, a fellow dancer in this complex choreography of existence. By collaborating with AI, we can explore the uncharted territories of our senses and emotions, enriching our understanding of ourselves and the world around us. This coevolutionary dance will be fraught with challenges, but it also holds the potential to unlock a brighter, more nuanced future where technology amplifies the human experience without diminishing its essence.

The horizon of the future, where AI intertwines with our senses and emotions, is painted in vibrant hues of possibility and peril. It's a future where we might perceive the world through electromagnetic whispers, sculpt our emotional landscapes with algorithmic nudges, and forge bonds with sentient machines who experience reality in ways we can only begin to imagine. The journey to this future will be paved with ethical considerations, philosophical quandaries, and technological feats yet to be conceived. However, if we navigate this complex landscape with an open mind, a critical eye, and an unwavering commitment to our humanity, then this dance between human and machine, between sense and code, between emotion and algorithm, could lead us not to a dystopian nightmare, but to a renaissance of human experience, more vibrant, more nuanced, and more interconnected than ever before.

Let us remember, the future is not preordained. It is a canvas waiting to be painted, not just by the algorithms of AI, but by the choices we make today. As we step onto this uncharted stage, let us do so with courage, creativity, and a deep understanding of what it truly means to be human. For in the end, it is not the technology that will define our future, but the stories we choose to tell with it, the emotions we choose to share, and the connections we choose to forge in this grand, coevolutionary dance between human and machine.

The time for speculation is over. The stage is set for the most thrilling performance of all the evolution of human experience in the age of AI. Let the curtain rise, and let the dance begin.

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Christians confront the possibilities and impossibilities of AI – Cedars

By Alan Brads

The artificial intelligence (AI) singularity:

A hypothetical point of no return, where machines surpass human intelligence, and learn to teach themselves without human intervention. Also linked with an intelligence explosion, where machines quickly improve their own abilities, leading to runaway technological progress.

The utopian view of the AI singularity suggests the exponential growth of AI would lead to unprecedented levels of technological progress, including cures for diseases, solutions to environmental problems, and the elimination of scarcity. Theoretically, the singularity could even lead to the achievement of a post-scarcity society, where resources are plentiful, and all basic needs are met.

But

The dystopian view of the AI singularity says it could lead to a society where machines dominate or even replace humans. It suggests that as AI surpasses human intelligence, it could become uncontrollable or hostile to human interests, leading to catastrophic outcomes.

Pause I must confess.I didnt write any of that, nobody did. ChatGPT wrote everything you just read. And more than likely, you didnt notice.

ChatGPT launched on November 30, 2022. Five days later it had over 4 million users. The newest innovation in AI appealed to the masses: a robot that could seemingly understand you. It gave rise to the question: What is the limit?

The possibility of a singularity is debated in all circles, including religious ones, but it falls squarely in the realm of speculation.

Dr. Seth Hamman of Cedarville University teaches computer science, heads up the center for cyber security and has published multiple scholarly articles regarding AI.

We learn in the opening chapters of Genesis that humans have unique attributes, Hamman said. We have self-consciousness, we know who we are, we can think, we have a desire for relations, we have ethics and religion.

Hamman argues that since we see no sign of these traits in animals, we can presume they belong uniquely to bearers of Gods image, humans.

You can extrapolate from that that if computers arent created in the image of God, which is pretty definitive, they cannot be self-conscious, relational, or have volition, Hamman said. And if they cannot think for themselves, the singularity will never happen.

Thinking outside of human designed programming would be necessary for the basis of the singularity, the ability to teach themselves things that humans did not program them to learn.

Hamman noted that while he finds this argument convincing, predicting the future is a dangerous game, and he addressed what a post-singularity utopia could be like.

The utopian view is heaven on Earth, Hamman said. You could live forever. You could do away with your body and just transport you into this computer world, and then you could live in a heaven of your own creation.

At first this strange idea, reminiscent of the Wachowski sisters The Matrix, sounds agreeable, but peeling back the layers reveals its problematic potential.

You have to think about what an automated world does to human dignity, Hamman said. We learn from scripture that idleness is not good. We have the story of King David where his kingdom goes off to war and he stays home. Next thing you know hes having an affair. Remember, Adam and Eve worked before the fall.

Idleness hits at the heart of the threat that AI and automation, with or without a singularity, presents to Christian living.

Jeff Simon, professor of digital media at Cedarville with a masters degree in animation and visual effects, deals increasingly with a new form of AI, machines that can simulate human art.

Controversy rages, regarding whether or not something created by 1s and 0s in a computing program can be considered art, but whats undeniable is that it is one more field in which humans may soon no longer be the most efficient workforce.

I actually lean toward saying a utopian reality would be worse than a dystopian reality, Simon said. In a dystopia, humans need someone else, we need God. The original sin was pride saying that humanity did not need God, and utopia would be going back to saying we can do it all ourselves.

Even in the absence of a singularity, temptation runs rife in the world of AI.

AI like ChatGPT opens the door to all kinds of laziness and cheating, Simon said. Its a useful tool that can help us generate artistic ideas and templates, it can save time on menial tasks, but to use AI to do all of our work for us is problematic.

Simon said that ethical use of AI can be boiled down to one word: integrity.

Its like most things in life, Simon said. Its a tool, its not good or bad, it just depends on how you use it.

Exact visions of a post-singularity utopia vary, but most Christians scholars agree that a life without work is not a life for which God created humans.

But there is still room within the Christian ethic for advancing automation in certain areas. Developers look for jobs that fall under the three Ds: Dirt, Danger and Drudgery.

If a robot can be trained to sniff out bombs like a dog, few would argue that its better for an animal to risk detonation than a robot. Likewise, if we can train a robot to clean sewer systems, that seems like a superior alternative. Finally, some jobs are universally boring, like careful inspection of equipment with a 99.99% pass rate. Robots have an enormous advantage in that field, in that they dont need to take breaks, eat or sleep, and they never get bored.

Predicting the future in one of the worlds fastest developing fields is about as easy as picking tomorrows lottery numbers, but there are a select few things that Christians can confidently say AI will not do.

A robot will never encapsulate a soul, Simon said. No. Thats not happening.

Hamman pointed out three sparks that no scientist has produced, all present in the creation narrative in Genesis chapters 1-2, and he presumes the same will be true of AI.

The spark of creation No scientist has ever created out of nothing. They cant just make something appear.

The spark of life Even taking the natural materials that we have that make up life and putting them together, no scientist has ever actually animated something.

The spark of self-consciousness Whether its a computer program or anything, no scientist has ever made something that is self-conscious.

So you can argue that those three things require something supernatural, Hamman said.

Despite its current limitations, ChatGPTs release reminded everyone that scientists are still redefining the boundaries, and we havent reached a final limit quite yet.

Alan Brads is a sophomore journalism student and frequent contributor for Cedars. He enjoys playing the drums and speaking Spanish, and watches Buckeye football like his life depends on it.

Photo by Julia Mumford

Cover photo courtesy of Flikr

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100th episode of popular Singularity tech podcast will feature Peter Diamandis’s AI predictions – PR Newswire

Host Steven Parton reflects on the 100th episode milestone and what the audience can expect in the next 100 episodes

SANTA CLARA, Calif., April 19, 2023 /PRNewswire/ -- Singularity's podcast The Feedback Loop is celebrating its 100th episode by featuring an exclusive interview with Peter Diamandis, executive founder of Singularity. The Feedback Loop, hosted by Steven Parton, has quickly become one of the most popular tech podcasts in the world.

The 100th episode will include a discussion with Diamandis on the impacts of AI and GPT, including his predictions about their future advancements. The episode will be available for download on Monday, May 8 at 10 am Pacific Time on the leading podcast platforms.

The 100th episode will include a discussion with Diamandis on the impacts of AI and GPT, including his predictions about their future advancements.

Parton finds special meaning in the 100th episode milestone. "It is a testament to Singularity's commitment to making complex scientific and technological topics accessible for anyone and everyone. It also speaks to the support for Singularity's mission, with nearly 100 of the world's most successful and renowned exponential thinkers willing to spend their precious time engaging in conversations for our audience."

Parton predicts the next 100 episodes will focus on expanding the podcast's offerings by incorporating video content, and perhaps featuring multiple guests who may discuss and debate the latest advancements in technology and their implications on humanity.

About Singularity Group

Singularity Group is an innovation company that believes technology and entrepreneurship can solve the world's greatest challenges.

We transform the way people and organizations think about exponential technology and the future, and enable them to create and accelerate initiatives that will deliver business value and positively impact people and the planet.

An exponential tech pioneer since 2008, Singularity has grown to become an innovation and transformation hub for over 250,000 CEOs, entrepreneurs, investors, policymakers and individuals in startups, corporations, NGO's, governments and academia. With 58 chapters across 30 countries (and growing) and a community of leaders from around the world, the company has helped launch over 5,000 impact innovation initiatives and its alumni have started more than 200 companies.

For more information, visit https://su.org

SOURCE Singularity Group

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100th episode of popular Singularity tech podcast will feature Peter Diamandis's AI predictions - PR Newswire

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Lack of control: Future of AI uncertain as it becomes human-like | Daily Sabah – Daily Sabah

From ethical standards to direct threats, it is simply unknown whether artificial intelligence systems that make decisions on people's behalf may pose a danger and whether they can be controlled in the future, after entering our lives fairly recently and fairly innocently, mostly through video games governed by human-generated algorithms.

People are only using limited and weak artificial intelligence with chatbots in everyday life and in driverless vehicles and digital assistants that work with voice commands.

It is debatable whether algorithms have progressed to the level of superintelligence and whether they will go beyond emulating humans in the future.

The rise of AI over human intelligence over time paints a positive picture for humanity according to some experts, while it is seen as the beginning of a disaster according to others.

Wilhelm Bielert, chief digital officer and vice president at Canada-based industrial equipment manufacturer Premier Tech, told Anadolu Agency (AA) that the most unknown issue about artificial intelligence is superartificial intelligence, which is still largely speculative among experts studying AI and which exceeds human intelligence.

He said that while humans build and program algorithms today, the notion of artificial intelligence commanding itself in the future and acting like a living entity is still under consideration. Given the possible risks and rewards, Bielert highlighted the importance of society approaching AI development in a responsible and ethical manner.

Professor Ahmet Ulvi Trkba, a lecturer at Istanbul Medipol Universitys Faculty of Law, argues that one day when computer technology reaches the level of superintelligence, it may want to redesign the world from top to bottom.

"The reason why it is called a 'singularity' is that there is no example of such a thing until today. It has never happened before. You do not have a section to make an analogy to be taken as an example in any way in history because there is no such thing. It's called a singularity, and everyone is afraid of this singularity," he said.

Vincent C. Muller, professor of Artificial Intelligence Ethics and Philosophy at the University of Erlangen-Nuremberg, told Anadolu it is uncertain whether artificial intelligence will be kept under control, given that it has the capacity to make its own decisions.

"The control depends on what you want from it. Imagine that you have a factory with workers. You can ask yourself: 'Are these people under my control?' Now you stand behind a worker and tell the worker, 'Look, now you take the screw, you put it in there and you take the next screw,' and so this person is under your control," he said.

According to Bielert, artificial intelligence will have a complicated and multidimensional impact on society and future generations.

He noted that it is vital that society address potential repercussions proactively and guarantee that AI is created and utilized responsibly and ethically.

"Nowadays, if you look at how teenagers and younger children live, they live on screens," he said.

He said that artificial intelligence, which has evolved with technology, has profoundly affected the lives of young people and children.

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Native American art: Form and function to singularity – The Taos News

Back when the stones were soft, my brother Jeff might say in his best Old Lodge Skins voice from Little Big Man, things were much simpler.

Among Native tribes in the Southwest, when The People needed something to carry something else, they made it out of the materials at-hand. First, there were tanned hides. If you needed a basket, there were willows near the stream you could cut, strip and weave. If you needed a pot to put over a fire to cook a venison stew, you sought out an arroyo where micaceous clay was exposed by flash floods, added water and shaped it into a vessel that was fired over a cedar wood flame.

As time progressed and the land was suddenly filled with other people who came here from far away lands, they brought with them the means to expand their skills to make other things. The introduction of churro sheep from the Spanish, for instance, led to a blanket weaving tradition among the Din people, along with the tradition of kilts, sashes and mantas among the Pueblos.

Artistry, however, evolved differently than it did for the foreign colonists. In many respects, the people who made useful objects baskets, pottery, clothing and other accoutrements were generally not accorded any particular status within the tribal group. They were simply people who developed the skills to make things successfully and functionally. And, the designs they might include with their work were often rooted in symbols that came from their ancient ceremonial life ways.

Yet, according to EncyclopaediaBritannica, within this rigid framework of tradition, there was sometimes a surprising degree of freedom of expression. There are recorded instances of individuals having made considerable changes in the art (and the economy) of their tribes. In North America, perhaps the most striking have been the careers of Nampey, the famed Hopi potter, and Mara Martnez and Julin Martnez, of San Ildefonso Pueblo.

The painters who discovered Taos at the turn of the 20th century soon encouraged others to come here. Those who made portraits hired local residents some Hispanic people, others from Taos Pueblo who posed for paintings that helped preserve a way of life they believed was fast disappearing.

"The artists of the Taos Society of Artists were inspired by the art and culture of Taos Pueblo," Davison Koenig, Couse-Sharp Historic Site executive director and curator, said in a 2018 Taos News story about an exhibit titled Full Circle: Taos Pueblo Contemporary. The charter of the TSA states that one of the reasons for its formation was "to promote and stimulate the practical expressions of art to preserve and promote the native art."

Koenig said many of the TSA artists developed lifelong friendships and even familial bonds with their Native models, who included Looking Elk, Hunting Son, Star Road, Elk Duststorm, Rain Coming Down and Elkfoot, to name a few. "TSA artists became strong advocates for Native rights and sovereignty," he adds. "The exhibition 'Full Circle' honors those relationships and the many artists from Taos Pueblo who continue to redefine Native art and identity."

These early relationships included sharing what the artists knew about making paintings, thus providing a brand new form of expression from a Native point of view. Until then, creative adornment of objects was rare. Native people had never made an artistic piece that existed only as something to look at and admire.

In the opening chapter of Pueblo Indian Painting: Tradition and Modernism in New Mexico, 1900-1930, author J.J. Brody writes of the connections artists in Santa Fe were making with young Pueblo Indians at about the same time.

In the year 1900, Esther Hoyt, a U.S. Indian Service teacher at San Ildefonso Pueblo Day School distributed watercolor paints and paper to her pupils and encouraged them to make pictures of Pueblo ceremonial dances. About fifteen years later some of these same young artists were selling paintings at or near the pueblo to Santa Fes art, anthropology and museum communities, and by 1917, artists from San Ildefonso and other pueblos were selling their work in Santa Fe itself.

On the one hand, anthropologists urged caution to colleagues with regard to interfering with the natural evolution of art as it was rapidly being embraced by Native people. Plus, many of the artists themselves were urged to exercise caution with regard to very strict concerns among some tribal kiva leaders. This went hand-in-hand with the ways photography was being used, mostly by outsiders, to record tribal ceremonies. Seemingly innocent at first, photography would become considered an unwelcome intrusion to where today it is banned at Pueblos such as Taos during public ceremonial dances.

On the other hand, these new artists flourished due to encouragement from outsiders eager to help, along with a budding tourism market. As the railroad brought more and more tourists and new residents to the Southwest, the growth of Native-made art has become one of the creative foundations in this region.

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