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Reseña de la película Close to You: el drama transgénero de Elliot Page se vuelve arriesgado en la improvisación

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El proverbio “No volver nunca más a casa” habla de indiferencia ante el paso del tiempo. Claro, puedes regresar a tu ciudad natal en cualquier momento, pero “tú” y “hogar” nunca volverán a ser los mismos. Este es el dilema al que se enfrenta el héroe transgénero en el drama independiente cerca de tiDirigida y producida por Elliot Page (Academia paraguasDespués de años de lucha personal, Sam finalmente se encuentra bien consigo mismo. Pero, ¿qué sucede cuando este hombre regresa a un hogar (y a una familia) que tal vez no comprendan?

fue hecho todavía La página salió como transgénero en 2020, Esta película conmovedora y personal aborda explícitamente cuestiones de aceptación transgénero y definición de familia, pero no con éxito.

Qué es cerca de ti ¿en?

Elliot Página V "Cerca de ti."


Copyright: Proporcionado por Greenwich Entertainment

El actor canadiense Elliot Page interpreta a Sam, un hombre trans que viaja a su ciudad natal de Cobourg, Canadá, para visitar a su familia por primera vez desde la transición. Dirigida por Dominic Savage, cerca de ti La historia comienza con una narración visual simple: Sam alquila una casa en Toronto, donde camina cómodamente sin camisa, con sus cicatrices quirúrgicas visibles casualmente en la parte superior de su cabeza. Mientras prepara el desayuno, se le une su compañero de casa, quien le ofrece apoyo pero sugiere que tal vez Sam no necesite ponerse bajo el microscopio de su familia sólo porque es el cumpleaños de su padre.

A pesar de su desgana, Sam irá. La mayor parte del drama tendrá lugar en la casa de su infancia, entre sus padres, hermanos y sus parejas. Sin embargo, estos eventos familiares se intercalan con partes de una reunión romántica entre Sam y su compañera de secundaria favorita, Katherine (Hilary Buck). Lo que comienza como una conversación entusiasta en un tren se convierte en viajes largos y conversaciones intensas sobre lo que fue y lo que podría ser.

cerca de ti Asume un riesgo enorme que no da resultados.

Elliot Page y Hilary Buck en "Cerca de ti."


Copyright: Proporcionado por Greenwich Entertainment

Aunque Savage y Page fueron acreditados como guionistas de la película, la producción consistió en gran medida en diálogos improvisados, incluidos tiro de 53 minutos Esto se redujo considerablemente en el montaje final. Aunque es un enfoque audaz, es el mayor obstáculo de la película. La lamentable falta de estructura hace que una escena se traslade a otra sin ninguna motivación. Y las salidas de Sam con Katherine parecen tan desconectadas del resto de la película que empiezo a preguntarme si son un vuelo de fantasía. ¿Estaba Sam bajo tanta presión por la tensa dinámica familiar en casa que imaginó un lugar seguro con la chica de sus sueños sonriéndole cálidamente? ¿O los paseos por la playa eran simplemente clichés sentimentales honestos?

Una estructura narrativa sólida no sería un problema entonces. cerca de ti La película es un drama de la vida cotidiana. Pero la película también se siente débil aquí, en parte porque el diálogo, gran parte del cual es improvisado, carece de especificidad. Hay muchos diálogos naturalistas y poco convincentes entre grupos de personajes, lo que hace poco para distinguirlos entre sí. Sam tiene dos hermanas (Janet Porter y Alex Paxton Paisley), que se definen principalmente por los hombres con los que sale. Uno de ellos tiene un novio amigable que está sonriendo y emocionado de conocer a Sam. La otra hermana hace alarde de su intolerante prometido transexual (David Ryall), del tipo que insiste en que solo hace preguntas y trata de seguir “las reglas” mientras hace que todos los demás se sientan incómodos.

Noticias destacadas sobre Mashable

Dado que las hermanas parecen existir principalmente para proporcionar posiciones de oposición hacia Sam, uno podría preguntarse por qué son necesarias. ¿No pueden las hermanas ser oponentes, a diferencia de los amigos varones? ¿No socava esto la importancia de que alguien fuera de la familia dé voz a los trillados temas de conversación transfóbicos? De hecho, el grupo de parentesco parece estar mal definido y parte de él es completamente innecesario.

Aún más decepcionante es que la puesta en escena de Savage de presentar a la familia se realiza en un plano general oscuro y descuidado. Por tanto, es difícil distinguir quién es quién. Más tarde, cuando uno de ese equipo (Daniel Maslany) le abre su corazón al héroe de la película, podría haber sido un momento conmovedor, ¡si tan solo tuviera idea de quién era en su relación con Sam! Es como si Savage supusiera que estas abstracciones de personajes serían suficientes, tal vez confiando en que la audiencia vincule a sus propios familiares a los roles, para bien o para mal. Pero con una cinematografía que se centra poco en primeros planos de nadie excepto de Paige, es difícil ver, y mucho menos comunicarse, con la mayoría del grupo.

cerca de ti Proporciona un drama serio pero inmerecido.

Elliot Página V "Cerca de ti."


Copyright: Proporcionado por Greenwich Entertainment

Incluso Sam puede ser un enigma. En su voz, expresa su deseo de que los miembros de su familia lo vean como todo lo que es, no solo como una persona transgénero. Sin embargo, su identidad transgénero es el elemento del personaje más comentado en Cerca de ti. Aparte de una rápida introducción, no vemos mucho de su vida en Toronto. El diálogo ambiguo hace que hablar sobre su vida romántica y su comunidad allí sea muy misterioso. Cuando se le preguntó sobre su trabajo, incluso repetidamente, solo dijo que le encantaba, sin decir nunca qué era ni por qué lo disfrutaba. Es menos que una charla ordinaria. Lo que hace nunca se revela, ni ninguno de sus otros amigos, por lo que se pierde otra oportunidad de aprender sobre Sam más allá de su identidad transgénero y la lucha de su familia.

La historia de amor de Sam con Katherine realza la fuerza del personaje, mostrando un lado de él en el que no necesita tener cuidado ni explicar constantemente su derecho a existir. Estas escenas parecen estar destinadas a mostrar Antes de medianoche Pero nuevamente, el diálogo improvisado hace que las cosas sean ambiguas, aunque dulces y sentimentales. Aunque Page y Puck comparten una cálida química, no es tan buena como para que parezca probable la posibilidad de un romance desbocado en el tercer acto de la novela, especialmente en medio de tanto diálogo naturalista que sugiere que solo hay opciones realistas sobre la mesa.

Las mejores escenas de esta película son las entre Sam y sus padres. En una escena en la cocina, su madre (Wendy Crewson), que intenta desesperadamente mostrar su apoyo, torpemente le ofrece dinero mientras le pide que le ayude a cocinar. Hay detalles específicos, donde ella le da la bienvenida a su espacio y trata de comunicarse con él como lo hacen muchos padres. Más tarde, su padre (Peter Outerbridge) reflexiona sobre cuando Sam se fue de casa y detalla los temores que enfrentó de no poder comunicarse con su hijo. Aquí nuevamente, los detalles pintan la imagen de estas personas, su relación y los peligros que enfrentan Sam y su familia.

Durante la mayor parte de la película, cerca de ti La película nos mantiene a distancia. Quizás su experiencia con la improvisación tuvo grandes intenciones en términos de búsqueda de autenticidad. Sin embargo, este método finalmente no logra construir una narrativa exitosa y atractiva o personajes completos. El viaje de Sam se basa principalmente en la actuación de Page, que tiene un ojo agudo y un gran corazón. Sin embargo, mientras Sam pasa de un encuentro romántico a una agotadora discusión en el comedor y viceversa, es difícil conectarse con el flujo de la película, especialmente con tanto diálogo estancado. A pesar de las buenas intenciones, cerca de ti Tiene objetivos nobles, pero su implementación es inconsistente.

cerca de ti La película se estrena en cines el 16 de agosto.

Actualizado: 14 de agosto de 2024, 2:14 p. m. EST Esta reseña se publicó por primera vez el 16 de septiembre de 2023, luego del estreno mundial de la película en el Festival Internacional de Cine de Toronto de 2023.



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These air fryer hash browns aren’t perfect, but they’re very close

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Hash browns don’t always get enough credit for just how versatile they can be. They’re a rare food that can be easily enjoyed at breakfast, lunch and dinner, or even as a snack. I’ve tried various different ways to air fryer a potato but in all my years testing the best air fryers, I’ve never tried to make air fryer hash browns – until now. 

Inspired by the classic McDonald’s hash browns, this recipe uses just three main ingredients and air fries in 20 mins. Below, I show how easy and cheap it is to make your own hash browns at home, no matter what time of day you want to enjoy them.



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Apple’s AirPods Max are $100 off and close to a record low

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Most headphones don’t last forever, especially wireless ones as the battery life will inevitably dwindle. If you’re ready for an upgrade and you’re willing to splash a little cash, are worth considering. Those headphones are currently on sale at Amazon. The price has , putting it at just $20 above the lowest price we’ve seen for the cans to date. The offer applies to all colorways.

Apple

Apple’s AirPods Max overear headphones are currently $100 off. 

$450 at Amazon

The price was one of our major drawbacks when back in 2020 so the sale mitigates that a bit. We gave the headphones a score of 84, with the audio quality and aesthetics proving to be major plus points.

We felt that the AirPods Max had great balanced sound and capable active noise cancellation (ANC). With both spatial audio and ANC enabled, we had no trouble getting 20 hours of use out of the headphones on a single charge, just as Apple pledged.

Given that it’s been a few years since the AirPods Max debuted and the fact Apple is in the midst of switching out the Lightning charging port for a USB-C one across all of its devices, a new version of the headphones may be on the way. That may result in Apple bringing the price of the original model down even further to clear out the stock. That said, if you don’t want to wait, this is a solid deal on a good set of headphones, particularly if you’re already entrenched in the Apple ecosystem.

Follow @EngadgetDeals on Twitter and subscribe to the Engadget Deals newsletter for the latest tech deals and buying advice.



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Londoners see what a scientist looks like up close in 50 photographs

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Nature’s Where I Work photo-essay section has profiled more than 200 scientists so far, working in settings that range from Vatican City to the University of the West Indies. Now, 50 of the published images are appearing in an outdoor public exhibition in London.

The selection of portraits, which are also collated online, features working researchers in diverse and important fields. The exhibition is organized in collaboration with Argent, a retail-management company based in London.

Memers of the public look at a photo in an outdoor exhibition of portraits of scientists

Two passers-by pause at one of the display boards. On the side facing the camera is a portrait of biotechnologist Sara Abdou, who explores the genetics behind ornamental-flower colours.Credit: John Sturrock

The images, commissioned especially for the journal, are on display in the King’s Cross area, near to Springer Nature’s corporate offices in the United Kingdom. The free exhibition aims to inspire younger generations to consider a career in science, technology, engineering or mathematics, and to challenge stereotypical preconceptions of what a scientist looks like and does. The portraits will remain on display until June 2024.

The exhibition is dedicated to Karen Kaplan, the senior careers editor who launched Where I Work in 2019, to mark Nature’s 150th anniversary. Karen died in November 2023.

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AI isn’t a silver bullet – but it can get close if you consider the right AI tools

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AI and the way it shapes our society has come a long way from the early days in Alan Turing’s labs, from totally replacing smartphone apps to generating incredible new images in under two seconds. It’s no wonder then that many businesses are bought into and benefitting from AI-based tools and platforms. In fact, a recent IDC report found that 71% of businesses are already using AI while 22% plan to in the next 12 months.

However, to truly realize the benefits of AI, businesses need to carefully consider how much they are reliant on humans to assess the output of AI tools and solutions, and if this is actually enabling them to gain business value or make a meaningful difference. From this will come the opportunity to explore exactly how human beings and technology working in tandem is the answer to unlocking real AI implementation value.

So why aren’t businesses seeing gains from AI?

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Robotaxis shift up a gear as Waymo starts new autonomous rides – and Tesla is close behind

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Although the notion of highly autonomous robotaxis has been around for a number of years now, the space is accelerating at a rapid rate – and now Alphabet subsidiary Waymo has revealed that it will offer paid rides in Los Angeles later this month.

Until now, Waymo has been offering free trips to users as it tests its completely driver-less systems, but last month it received regulatory approval for a paid service, according to NBC News

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Japanese scientists close in on petabit-class submarine cable tech set to revolutionize Internet speeds — NEC and NTT managed to shuttle hundreds of terabits over thousands of kilometers thanks to a clever algorithm

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To cope with the demand for international bandwidth almost doubling every two years, Japanese corporations NEC and NTT have successfully trialed a revolutionary submarine cable technology set to drastically enhance internet speeds under the sea. 

The transoceanic-class experiment transmitted hundreds of terabits across a staggering 7,280km, a feat made possible through a sophisticated algorithm.

NEC and NTT’s innovative solution uses a 12-core multicore fiber, comprising of 12 optical signal transmission paths within a standard outer diameter optical fiber, a significant enhancement from existing single-core fiber used in submarine cables.

NEC/NTT submarine cable technology

(Image credit: NEC/NTT)

MIMO technology

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The iPhone changed tech overnight. Almost 20 years later, nothing else has come close

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I vividly remember Steve Jobs introducing the iPhone on January 9, 2007, a device he dubbed a touchscreen iPod, mobile phone and “internet communicator” all in one product. I immediately looked at my Motorola Razr with a burning sense of hatred. Now, with the benefit of hindsight, it’s pretty easy to say the iPhone launch was the most transformative event in the last 20 years of consumer technology. Even though the original model was lacking in a lot of important ways, its impact was so immediate and monumental that the history of consumer technology was instantly split into two eras: PreiPhone and Post iPhone.

Take the personal computer revolution, for example. Moving room-sized computers from research institutes into something a regular person could buy and use in their home was undoubtedly a huge advance, but there were multiple inflection points in the ’70s, ’80s and ’90s that helped usher in modern computing. The trinity of the Apple II, Tandy TRS-80 and Commodore PET 2001 in the ’70s represented the first wave, followed by the rise of the IBM PC and Macintosh in the ’80s. Things really took hold in the ’90s with the dominance of Microsoft Windows; the arrival of Windows 95 was a particularly transformative moment. In more recent history, the laptop became a viable and then dominant in the late ’90s and 2000s, which changed how most people think about computing. These were all events that moved the personal computing marketplace forward, but it’s hard to say one was more important than the others. It was more of a gradual rise and fall of various technologies that brought us to the modern era.

But the mobile phone market was completely reshaped by the iPhone, even if it took a few years for the effects to play out. Companies like BlackBerry, Palm and Nokia clung to the pre-iPhone conception of a smartphone for too long, focusing on business users and physical keyboards and not materially improving the software experience. Those companies are gone or irrelevant to mainstream consumers now. Palm’s introduction of its own webOS and Microsoft’s purchase of Nokia to push Windows Phone forward were reasonable efforts to challenge the iPhone, but they were far too little, too late. Hardware and software quality was hit or miss in both cases, but the main issue was that developers never embraced either platform, largely because consumers adopted iPhone and Android so quickly. The best iPhone apps usually never hit those devices, leading to inevitable doom.

On the other hand, Google and Samsung went all-in on Android almost immediately and quickly reaped the rewards of having an alternative to the iPhone. Android had enough similarities to iOS while also offering enough differentiation to capture a new part of the market. That’s particularly true internationally, where the massive variety of price points and devices was a huge advantage in markets where most people were priced out of Apple’s products. And given that Android arrived just a few months after Apple launched the iPhone App Store meant developers quickly started writing apps for both platforms, giving Android the support it needed. Essentially, everyone either followed in Apple’s footsteps or quickly went extinct.

It goes without saying that the iPhone reshaped a number of other businesses as well. The late aughts were awash with single-function gadgets, from obvious things like digital cameras, portable gaming devices and the iPod. (Also consider what phones have done to watches, paper calendars, lists and address books.) In the Post iPhone Era, consumer-grade digital cameras and portable music players are extremely niche — the iPhone’s camera is more than good enough for most people, and the iPhone itself quickly cannibalized the iPod.

Portable gaming systems are enjoying a bit of a resurgence, but the popularity of games on a phone that anyone can pick up and play is unmatched. If Nintendo’s Wii made its mark by offering casual gaming, the iPhone and the App Store quickly took that concept on the go. Both Call of Duty Mobile and Candy Crush Saga have peaked at about 500 million players, while Minecraft is the top-selling game of all time, with 300 million copies sold. Most AAA blockbuster titles don’t crack 50 million copies sold.

Moving from that Razr to an iPhone was a breath of fresh air. Watching YouTube and movies I had purchased via iTunes transformed my plane rides or commutes. Being able to browse real web pages and use a solid enough email client on the go made me more productive (and began my crippling information addiction). The “touchscreen iPod” felt like a futuristic and intuitive way to navigate my music library. It took until the iPhone 4 in 2010 for Apple to really focus on camera and image quality, but that didn’t stop people from shooting tons of photos and uploading them to Facebook. Even 2009’s iPhone 3GS took respectable enough snapshots and videos that my photo library started growing exponentially, and I’m glad to have a lot of those old, grainy shots from my late 20s.

And about a year after the first iPhone, the App Store blew open the doors on what was possible. Games, productivity tools, better messaging apps, social media, streaming music and everything else we associate with a modern smartphone quickly burst forth. Some people didn’t really consider the first iPhone a “smartphone” since you couldn’t install third-party apps, and Apple wisely saw the writing on the wall and fixed that glaring omission.

Whether all of the changes that followed the iPhone’s rise are a good thing is debatable. Having near-unlimited access to the internet at all times often feels like more than we can handle, and smartphones have enabled all kinds of digital abuse. Our privacy has gone out the window as these devices log vast amounts of data about our movements and desires and spending habits and search histories on behalf of the biggest companies in the world, who monetize it and try to keep us addicted. Steve Jobs almost certainly did not have all of this in mind when he pulled the iPhone out of his pocket in 2007, and the technology advanced so quickly we didn’t know what we were getting ourselves into.

The ramifications of all this will take decades to fully play out, and to some degree, many of us are already pulling back from the “always connected, sharing everything” mindset the iPhone enabled. The specter of government regulation, at least from the EU, coming for companies like Apple and Google is impossible to ignore, though it’s hard to imagine much happening to loosen their dominance in the near term. Regardless of what changes, there’s no doubt we live in a world where, thanks to the iPhone, the most important computer in people’s lives is the one in their pocket.


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To celebrate Engadget’s 20th anniversary, we’re taking a look back at the products and services that have changed the industry since March 2, 2004.

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AI 3D models from text prompts – How close are we?

AI 3D model from text prompts creation process explored

Even though the ability to create refined custom 3D models using artificial intelligence is some way off. The technology to be able to create 10 AI 3D model from a text prompt is definitely getting closer and closer. As with AI image generation a few years ago it was a long way off the quality that can be produced today. However developers are pushing techniques and technologies forward and AI 3D model creation from a single text prompt is definitely getting closer than it was even 6 months ago. This quick overview guide will provide you with an insight into how close we are to being able to create usable 3D models a text prompt

As you already know the  world of digital design is witnessing a significant shift as new technologies emerge that allow for the creation of three-dimensional models from simple text descriptions. This advancement is reshaping the way we think about and interact with 3D objects, and it’s not just for seasoned professionals. These tools are becoming more user-friendly, making them available to a wider audience and impacting various industries, including 3D printing, augmented reality, virtual reality, and gaming. Google has also this week unveiled its new  Genie AI capable of creating interactive gaming worlds from an image.

At the forefront of this shift is Luma Labs AI, a web-based platform that simplifies the process of creating 3D models. Without the need for complex software, anyone with internet access can use Luma Labs AI to turn their text descriptions into tangible 3D objects. This platform is versatile, with applications that extend beyond 3D printing to include direct integration with video games, allowing users to insert their custom creations into gaming worlds with ease.

Another innovative tool in this space is Meshy, which provides creators with the ability to generate 3D models from textual input. Users start with a certain number of credits and can use Meshy’s AI to bring their visions to life. The tool includes a refinement step to ensure the final product matches the creator’s intent, catering to both personal and professional uses.

Text to 3D models using AI

Here are some other articles you may find of interest on the subject of creating 3D models using artificial intelligence and AI tools :

Expanding the horizons of creation, Common Sense Machines (CSM) offers the capability to convert images and sketches into detailed 3D models. CSM unlocks a vast array of creative possibilities, though some of its more advanced features may require a paid subscription for access. For those interested in crafting realistic 3D environments, Binary Optical Grids presents an ideal solution. This tool is particularly adept at creating high-quality 3D spaces from images, making it a valuable asset for architectural visualizations or the development of immersive game worlds.

Animation enthusiasts have much to gain from Head Studio, which focuses on producing animatable 3D head avatars. These models are well-suited for real-time applications, such as video games or virtual meetings, where having expressive and lifelike avatars can greatly improve the user experience. The realism of 3D models is often dependent on their textures, and Stable Projector is designed to help creators with this aspect. It offers features for masking and blending that allow users to fine-tune the appearance of their 3D objects, achieving either a high level of realism or a more artistic look, depending on their goals.

Lastly, Gala 3D represents a research initiative that explores the use of layout-guided generative adversarial networks (GANs) to construct intricate 3D scenes. This cutting-edge method has the potential to make scene creation more intuitive and efficient, which could significantly expand the capabilities of 3D modeling.

Key Developments to AI-Driven 3D Model Creation

The journey of 3D model creation began with manual designs and gradually evolved with the advent of computer-aided design (CAD) software. The integration of AI into this process represents a pivotal shift, enabling the creation of complex, detailed models with unprecedented efficiency and creativity.

Text-to-3D Conversion

AI models, such as those developed by Luma Labs AI, have introduced the capability to generate 3D models from textual descriptions. This text-to-3D technology harnesses natural language processing (NLP) to interpret descriptive text and convert it into detailed 3D objects. This advancement allows creators to bring imaginative concepts to life without needing intricate modeling skills.

Image and Sketch to 3D Conversion

Advancements in AI have also enabled the conversion of 2D images and sketches into 3D models. This technology uses machine learning algorithms to analyze the dimensions and perspectives in 2D images, extrapolating them into 3D structures. Tools like CSM’s image to 3D and sketch to 3D features exemplify this capability, offering a bridge between simple drawings and sophisticated 3D representations.

Real-time Generation and Editing

AI-driven platforms now offer real-time 3D model generation and editing capabilities. This allows for instantaneous visualization and modification, significantly speeding up the design process. For example, real-time sketch to 3D conversion tools enable designers to see their sketches come to life in three dimensions as they draw.

Integration with Gaming and Virtual Reality

The integration of AI-generated 3D models into gaming and virtual reality (VR) is a notable development. Some platforms already support direct importation of AI created 3D models, enabling users to design their own characters and environments for immersive experiences. This democratizes content creation within virtual spaces, allowing for personalized and unique user-generated content.

3D Printing and Real-world Application

AI-driven 3D model creation has significant implications for 3D printing and real-world applications. The ability to generate detailed models through AI and then print them in tangible form bridges the gap between digital creativity and physical reality. This has applications in prototype development, custom manufacturing, and even personalized merchandise.

Challenges and Future Directions

Despite these advancements, challenges remain, such as achieving high-resolution textures and intricate details in generated models. Moreover, ethical considerations concerning copyright and the potential for generating prohibited content need to be addressed. The future of AI in 3D model creation is promising, with ongoing research aimed at improving model quality, reducing generation times, and enhancing texture and detail fidelity. Additionally, the integration of AI-generated 3D models into more sectors, such as architectural design and medical modeling, is anticipated.

The emergence of AI-powered text to 3D generation tools is democratizing the process of turning ideas into complex 3D models. This opens up a world of possibilities for creators with varying levels of expertise. As these technologies continue to evolve, they offer exciting opportunities to enhance projects across a spectrum of creative fields. It’s important to engage with the ongoing conversation about the role of AI in 3D modeling and to share experiences and insights on these developments. The future of digital creation is being shaped by these tools, and they hold the promise of transforming the way we bring our ideas to life.

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How close is OpenAI to creating AGI?

How close is OpenAI to creating Artificial General Intelligence AGI

The field of artificial intelligence is witnessing significant strides, with OpenAI at the helm of some of the most intriguing developments. Experts are buzzing with anticipation as the prospect of creating an Artificial General Intelligence (AGI) seems to be drawing closer. AGI is a type of AI that could perform a variety of tasks and learn much like a human does. But when will AGI arrive? Some believe that this breakthrough could happen within the next few months.

OpenAI has been working on several projects that are contributing to this potential milestone. They have developed Sora, a system adept at processing complex data sets. Then there’s ChatGPT, which excels in understanding and generating human-like text, making conversations with machines more natural than ever before. Additionally, OpenAI has created AI agents that can navigate through digital spaces with ease. The fusion of these technologies is setting the stage for what might become the first AGI system.

The way OpenAI is combining different AI components is not just a random experiment; it’s a calculated move that could speed up the arrival of AGI. This is part of a larger plan that even looks beyond AGI to Artificial Super Intelligence (ASI), a level of AI that surpasses human intelligence.

When will AGI arrive?

The emergence of AGI could have profound effects on our world. Economically, it’s pushing companies to invest more in the production of advanced AI chips. However, as machines become capable of performing tasks that humans currently do, there’s a real concern about job losses. On the flip side, AGI could be a boon for sectors like healthcare, education, and transportation, potentially offering innovative solutions to some of the most pressing issues we face globally. Check out the interesting look into AGI  and the developments released by OpenAI and those that are still under development with Wes Roth.

Here are some other articles you may find of interest on the subject of Artificial General Intelligence and when AGI could arrive :

OpenAI isn’t just racing to develop AGI; they’re doing it with a sense of responsibility. They plan to release AGI in stages, carefully monitoring its impact to ensure it benefits humanity. The organization is known for its neutral position and commitment to clear, factual communication, emphasizing its role in guiding the evolution of technology and society with a conscientious approach.

What is Artificial General Intelligence (AGI)

Artificial General Intelligence (AGI), sometimes referred to as Strong AI, is a class of artificial intelligence that is capable of understanding, learning, and applying knowledge across a wide range of tasks, essentially mirroring the cognitive abilities of humans. Unlike narrow or weak AI, which excels at specific tasks such as playing chess or recognizing speech but cannot operate beyond its pre-defined domain, AGI can adapt to solve problems in various fields with little to no additional programming.

Foundations of AGI

AGI is grounded in the pursuit of creating machines that possess general intelligence, akin to human intellect. This entails not just mastering individual tasks but also demonstrating the ability to reason, plan, learn, communicate, and make decisions in unfamiliar situations. Achieving AGI involves integrating diverse disciplines such as computer science, cognitive psychology, neuroscience, and philosophy. But when will AGI arrive? Let’s take a closer look at the intricacies of AGI and what is needed to be in place and what it will bring to our planet and daily lives.

Pathways to AGI

The journey toward AGI involves multiple pathways, each with its own set of theories and methodologies. Some of these include:

  • Machine Learning and Deep Learning: Leveraging vast amounts of data and neural networks to mimic the way human brains operate, albeit in a more structured and less complex manner.
  • Cognitive Architectures: Designing systems that mimic human cognitive processes, aiming to replicate the way humans think and reason.
  • Hybrid Models: Combining various AI techniques, including symbolic AI (which focuses on logic and rules) and connectionist models (like neural networks), to create more versatile and adaptable systems.

Implications of AGI

The advent of AGI promises profound changes across all facets of human life, encompassing both immense benefits and significant challenges.

Economic and Social Transformations

The advent of AGI is poised to accelerate automation, affecting jobs across all sectors of the economy. This transition could lead to unprecedented levels of productivity, as AGI systems can operate around the clock without the limitations of human endurance. However, this shift also poses risks to employment, particularly for roles that involve repetitive tasks or basic decision-making, which are likely to be automated first. The displacement of workers raises urgent questions about income distribution, social welfare systems, and the nature of work itself.

To mitigate these challenges, there might be a need for societal adjustments such as:

  • Universal Basic Income (UBI): As a response to potential unemployment, UBI could provide a safety net for those displaced by automation, ensuring a basic standard of living for all citizens.
  • Re-skilling and Education: Education systems may need to evolve to prepare future generations for jobs that require human creativity, emotional intelligence, and advanced cognitive skills, areas where AGI may complement rather than replace human capabilities.

Healthcare Advancements

AGI’s impact on healthcare could be revolutionary, making personalized medicine more accessible and effective. By integrating vast datasets from genomics, clinical trials, and patient records, AGI could identify patterns and correlations that are beyond human analytical capabilities. This could lead to:

  • Early Detection and Prevention: AGI could predict diseases before they manifest by analyzing subtle trends in health data, allowing for preventive measures to be taken much earlier.
  • Customized Treatment Plans: Treatments could be tailored to the individual’s genetic profile, lifestyle, and environmental factors, potentially increasing the efficacy of interventions and reducing side effects.
  • Robotic Surgery and Care: AGI could enhance robotic systems to perform complex surgeries with precision beyond human capability or provide care for the elderly, improving quality of life and reducing healthcare costs.

Ethical and Security Concerns

The ethical and security implications of AGI are profound and complex. Key concerns include:

  • Privacy and Autonomy: The vast amounts of data required to train AGI systems raise significant privacy issues. Ensuring that AGI respects individual privacy and autonomy is crucial to prevent invasive surveillance or manipulative technologies.
  • Alignment and Control: Aligning AGI’s actions with human values and controlling its decision-making processes are central challenges. This involves developing ethical frameworks and technical mechanisms to ensure that AGI acts in the best interest of humanity.
  • Security Risks: The potential for AGI to be used in cyberattacks or autonomous weaponry introduces new dimensions to global security. Malicious use of AGI could have devastating consequences, necessitating international agreements and robust defense mechanisms to prevent misuse.

Addressing these ethical and security concerns requires a concerted effort from governments, tech companies, and international organizations. Policies and regulations that promote transparency, accountability, and collaboration are essential to guide the development and deployment of AGI in a manner that benefits humanity while minimizing risks.

When will AGI arrive?

Realizing AGI’s full potential while mitigating its risks requires a multi-faceted approach:

  • Research and Development: Continued investment in AI research, focusing on both technological advancements and ethical considerations.
  • Regulation and Oversight: Implementing frameworks to ensure that AGI development and deployment are conducted safely and ethically.
  • Education and Workforce Training: Preparing the workforce for the economic shifts AGI will bring, through education and retraining programs.
  • Global Cooperation: Fostering international collaboration to address the global implications of AGI, from economic disparities to security threats.

In conclusion, AGI represents a frontier in the evolution of artificial intelligence, offering the potential to profoundly impact every aspect of human life. While the path to achieving AGI is complex and fraught with challenges, careful navigation, grounded in ethical principles and global cooperation, can lead to a future where AGI enhances human capabilities and addresses some of the world’s most pressing issues.

The progress OpenAI has made in AI is pointing to a future where AGI could significantly alter our economy and everyday life. As the tech community and the broader public look on, OpenAI is leading the charge in pioneering AI advancements responsibly. As more information becomes available on when will AGI arrive we will keep you up to speed as always.

Filed Under: Technology News, Top News





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