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 Debunking the Myths: What You Need to Know About Artificial Intelligence (AI) Artificial intelligence (AI) is a rapidly evolving field with the potential to transform various aspects of our lives. However, it's also shrouded in misinformation and fear-mongering. So, let's clear the air and explore the realities of AI: Myth #1: AI will take over our jobs. Reality: While AI can automate repetitive tasks, it's unlikely to replace all human jobs entirely. Instead, it will likely complement human capabilities, allowing us to focus on more creative and strategic work. Myth #2: AI is a threat to humanity. Reality: AI is a tool, and like any tool, it can be used for good or bad. The key is to ensure the responsible development and deployment of AI, focusing on ethical considerations and human oversight. Myth #3: AI is only for tech giants. Reality: AI is becoming increasingly accessible to businesses of all sizes. Numerous cloud-based AI solutions are available, making it easier

  A quick look at the top AI advancements  Sora AI: Sora, developed by a team at TechCorp, has made waves with its breakthroughs in natural language processing, enabling a more nuanced understanding of human language and context. Its advanced algorithms have shown promising results in various applications, from chatbots to sentiment analysis. Google's Quantum Supremacy: Google recently claimed to have achieved quantum supremacy, a milestone in quantum computing that could revolutionize AI algorithms. This breakthrough opens doors to solving complex problems exponentially faster than classical computers. OpenAI's GPT-4: OpenAI unveiled GPT-4, the latest iteration of its powerful language model. GPT-4 boasts improved capabilities in generating human-like text and understanding context, pushing the boundaries of AI-generated content even further. Microsoft's Azure AI: Microsoft continues to expand its Azure AI services, offering businesses scalable solutions for machine learni

Bringing Words to Life and Leading the AI Charge Dezgo generated image  The world of AI is constantly evolving, pushing the boundaries of what's possible. OpenAI, a research company at the forefront of this progress, has recently unveiled a game-changer: Sora. This revolutionary tool has captured the imagination of the tech world, and with good reason. From Text to Video in a Flash: Imagine describing a bustling cityscape, a serene underwater world, or even a fantastical alien landscape. With Sora, these descriptions aren't just words on a page – they come to life as stunning, realistic video clips. This text-to-video technology transcends simple animations, capturing the essence of your vision and translating it into moving images with remarkable depth and creativity. Click here for a visual better understanding from MKBHD Beyond Visual Magic: While Sora steals the spotlight with its video wizardry, OpenAI's achievements extend far beyond. Here are some other notable advan

 A Mind Meld with Machines: Neuralink Implants the Future of Human-AI Interaction? Hold onto your thoughts, because Elon Musk's Neuralink just took a monumental leap! They've successfully implanted a chip in a human brain (brain on steriods😆), potentially opening a direct communication channel between humans and artificial intelligence. This could revolutionize the way we interact with machines, blurring the lines between humans and computers. Neuralink envisions a future where this wireless brain-computer interface (BCI) tackles neurological disorders and unlocks cognitive superpowers. Imagine controlling devices, accessing information, or even communicating telepathically using just your thoughts! Sounds like science fiction, but the chip, with its thin electrodes recording and stimulating brain activity, might make it a reality. However, before we dive headfirst into this mind meld with machines, we must acknowledge the potential risks lurking in the shadows. Brain surgery,

Artificial Intelligence (AI) will create as many jobs in the UK as it will displace over the next 20 years, a report has said. The analysis, by accountancy giant PwC, found AI would boost economic growth, creating new roles as others fell away. But it warned there would be "winners and losers" by industry sector, with many jobs likely to change. Opinion is split over AI's potential impact, with some warning it could leave many out of work in future.

Unitact The tactile bracelet for deaf and hearing-loss people This is a smart bracelet for the deaf. It is a way to transmit messages to friends or colleagues using 12 different vibrations of a bracelet. It's nice to have basic communication with people who are not good at sign language, and to be able to communicate with your doctor quickly and easily. Product Features Unitact is the first vibrating bracelet for the deaf. In order to simplify everyday life and to provide necessary information by using their own touch sense.

Scientists at MIT have created an AI psychopath trained on images from a particularly disturbing thread on Reddit. Norman is designed to illustrate that the data used for machine learning can significantly impact its outcome. “Norman suffered from extended exposure to the darkest corners of Reddit, and represents a case study on the dangers of Artificial Intelligence gone wrong when biased data is used in machine learning algorithms,” writes the research team. Norman is trained on image captioning, a form of deep learning that lets AI generate text descriptions of an image. Norman learned from image captions of a particularly disturbing subreddit, dedicated to images of gore and death. Then, the team sent Norman to take a Rorschach inkblot test, a well known psychological test developed in 1921 designed to interpret subjects’ psychological states based on what they see in the image. Scientists compared Norman’s responses on a standard image captioning neural network.

Google has promised not to use AI for weapons, following protests over its partnership with the US military. A decision to provide machine-learning tools to analyse drone footage caused some employees to resign. Google told employees last week it would not renew its contract with the US Department of Defense when it expires next year. It has now said it will not use AI for technology that causes injury to people. The new guidelines for AI use were outlined in  a blog post from chief executive Sundar Pichai. He said the firm would not design AI for: technologies that cause or are likely to cause overall harm weapons or other technologies whose principal purpose is to cause or directly facilitate injury to people technology that gathers or uses information for surveillance violating internationally accepted norms technologies whose purpose contravenes widely accepted principles of international law and human rights He also laid out seven more principles which he s

Researchers have created the most advanced artificial cornea ever using 3D printing and human stem cells. The technology, if successfully developed, could help millions of people around the world see a clearer future. The cornea is the protective, clear outer layer covering the eye. When it’s damage, it creates serious vision problems or can cause blindness. Currently, people with damaged corneas hope for healthy corneas transplants from deceased donors, but the need far exceeds the supply. Enter the artificial corneas developed by engineers from Newcastle University, detailed in a paper published in  Experimental Eye Research . The 3D printed corneas are not easy to develop: first, there’s the problem of distinctive curved shape of the human cornea. Researchers used a special camera to photograph a volunteer’s eyeballs to create 3D model, the first time that the cornea shape has been printed. Next, scientists need to create an ink thin enough to filter through a 3D printer, bu

A new type of flying robot is so tiny and lightweight — it weighs about as much as a toothpick — it can perch on your finger. The little flitter is also capable of untethered flight and is powered by lasers. This is a big leap forward in the design of diminutive airborne bots, which are usually too small to support a power source and must trail a lifeline to a distant battery in order to fly. Their insect-inspired creation is dubbed RoboFly, and like its animal namesake, it sports a pair of delicate, transparent wings that carry it into the air. But unlike its robot precursors, RoboFly ain't got no strings to hold it down. Instead, the miniature bot uses a lightweight onboard circuit to convert laser light into enough electrical power to send it soaring. RoboFly's creators will present their findings about the robot on May 23 at the International Conference on Robotics and Automation, held in Brisbane, Australia. Animals' amazing abilities have ins

A billion operations per second isn't cool. Know what's cool? A million billion operations per second. That's the promise of a new computing technique that uses laser-light pulses to make a prototype of the fundamental unit of computing, called a bit, that could switch between its on and off, or "1" and "0" states, 1 quadrillion times per second. That's about 1 million times faster than the bits in modern computers. Conventional computers (everything from your calculator to the smartphone or laptop you're using to read this) think in terms of 1s and 0s. Everything they do, from solving math problems, to representing the world of a video game, amounts to a very elaborate collection of 1-or-0, yes-or-no operations. And a typical computer in 2018 can use silicon bits to perform more or less 1 billion of those operations per second. In this experiment, the researchers pulsed infrared laser light on honeycomb-shaped lattices o

You can run from Boston Dynamics' humanoid robot Atlas, but it wouldn't do you any good — the robot can run after you. In a video shared to YouTube yesterday (May 10) by the robot maker, the uncannily human-like Atlas demonstrates running ability that is eerily reminiscent of a person's. The robot jogs methodically across an expanse of grass, against a backdrop of trees punctuated by a few isolated buildings. The scene is almost peaceful and idyllic, except for the pervasive whirring and clanking of Atlas' motors, gears and joints, and the sense of growing unease that comes with witnessing the inexorable approach of our future robot overlords. Boston Dynamics poses the video's title as a question — "Getting some air, Atlas?" — as though Atlas had somehow unexpectedly taken himself outside for a run, on a whim. The robot, described as "the world's most dynamic humanoid" on the Boston Dynamics website , runs at a s

Back in 2014, a pair of Berkeley alumni, Antoine Balaresque and Henry Bradlow, had an idea for a camera-equipped drone that had the potential to change the entire drone market. The Lily Camera, “built” by Lily Robotics, was advertised as a dead-simple device that anyone could operate, mostly because it wouldn’t depend on anything as childish as a human pilot. Instead, the Lily Camera was a device you could toss into the air. It would then follow its owner through a combination of image recognition and a bracelet GPS the owner wore on their wrist. It’s easy to see why the device grabbed the attention of drone enthusiasts, with more than 60,000 pre-orders in 2015. Watch the Lily Camera video below that was shown to potential investors and the public alike. In the video, the drone looks amazing. It captures crisp, clear video; it flie

During a race with a great white shark, for the Discovery Channel's "Shark Week," Michael Phelps will sport a shark tail — a high-tech monofin. Credit: Discovery Channel Michael Phelps is going to race a  great white shark , and marine biologists are betting on the shark. The ultimate reason boils down to physics. To get a leg (or tail) up  during Discovery Channel's "Shark Week" episode , Phelps will wear a custom-made mechanical fin on his feet that mimic's a great white's tail. This so-called monofin, made by Lunocet, displaces water more efficiently than human feet do, and it should add several miles per hour to Phelps' speed, according to the company. Swift swimmer When the great white shark swims, it uses its crescent moon-shaped tail, which is buttressed by a caudal keel, to push it forward, fast, according to experts on the Discovery Channel's "Shark Week" episode.   Brooke Flammang, assistant professor of b

Ever since Microsoft announced HoloLens, the company has kept its presentations and information on the mixed-reality glasses and ecosystem isolated as more of a developer curiosity than a mass market product. There’s good reason for the company to have done so; look at how easily Google   Unwanted Face Computer Glass was hijacked by the hipster class with delusions of self-entitlement. But it’s also made it harder to track improvements to the technology that underlies HoloLens, including Microsoft’s Holographic Processing Unit, or HPU. Harry Shum, executive VP of Microsoft’s Artificial Intelligence and Resource Group, announced at the 2017 Conference on Computer Vision and Pattern Recognition that instead of relying on FPGAs to provide cost- and power-effective execution of AI programs and to form deep neural networks (DNNs), Microsoft’s second-generation HPU 2.0 will incorporate a custom silicon AI coprocessor for image and speech recognition. “The chip supports a wide vari

"The  Defense Advanced Research Projects Agency  ( DARPA ) is an  agency of the  U.S. Department of Defense responsible for the development of  emerging technologies  for use by the military." Last summer we reported on a new project called the Neural Engineering System Design (NESD), brought to you by the acronym-happy spooks at DARPA. The project is to   create an implantable, wireless, wideband brain-computer interface   capable of reading from neurons as well as “writing” to them by sending signals that the neurons accept. The device is called the Neural Input-Output Bus (NIOB). Now DARPA has picked six dream-team research groups that will split $65 million in funding to develop the NIOB by way of their respective goals. The NESD program aims to develop advanced neural devices that offer improved fidelity, resolution, and precision sensory interfaces for therapeutic applications, said Phillip Alvelda, the founding NESD Program Manager. “By increasing the capaci