Trendy “Anatomy Fashion” turns our insides into outside style with the help of AI, showcasing the innovative work of Hungarian artist David Szauder. Known for his digital collages, Szauder has harnessed the power of AI to elevate his creativity, using platforms like Midjourney and Photoshop to transform the human body into chic streetwear. His Instagram feed, which boasts a significant following, serves as a gallery for his free-flowing ideas. One standout series features anatomical sweaters and hoodies, inspired by Szauder’s curiosity about the unseen parts of our bodies. These designs not only turn heads with their trendy aesthetics but also aim to bridge the gap between our awareness and the hidden aspects of our anatomy. As Szauder explains, by making these invisible parts visible through fashion, he hopes to foster a deeper appreciation and understanding of our bodies.

Szauder’s anatomy fashion is a testament to his skill in utilizing new technologies to achieve unprecedented creative freedom. After gathering materials like textures and anatomical illustrations, he meticulously constructs each image, likening the process to directing a film. AI allows him to refine every detail, from lighting and poses to colors and camera angles, resulting in hyper-realistic and captivating visuals. This technological advancement not only eliminates the technical limitations of traditional digital collages but also enables Szauder to focus more on the conceptual and artistic aspects of his work. As an educator in AI at Budapest’s Moholy-Nagy University of Art and Design, Szauder emphasizes the importance of a strong concept and technical proficiency. His stunning AI anatomy fashions continue to captivate audiences, inspiring them to reimagine the relationship between fashion and the human body. For those interested in following his latest designs, Szauder’s Instagram is a must-visit.

The groundbreaking MiniTouch prosthetic hand represents a significant leap forward in the field of neuro-prosthetics, as it enables amputees to experience temperature sensations, marking the first time natural temperature feedback has been incorporated into a functional artificial limb. Developed by a team of scientists in Italy and Switzerland, the device transmits thermal information from the prosthetic fingertip to the wearer’s residual arm. This innovation has already had a profound impact on a 57-year-old man from Pistoia, Italy, who, after being an amputee for three decades, could distinguish between hot and cold objects with remarkable accuracy. The emotional impact was particularly profound for Fabrizio, who experienced the warmth of another person for the first time in 37 years, describing it as reactivating a connection with someone.

The potential implications of MiniTouch extend beyond emotional reconnection, as the technology could significantly enhance amputees’ daily lives. The device, easily integrated into commercial prostheses without the need for surgery, can restore a full range of sensations to robotic hands. This breakthrough could revolutionize the field by providing amputees with a more natural perception of the tactile world, contributing to improved dexterity and embodiment of their artificial limbs. Researchers are now exploring the next steps for MiniTouch, aiming to integrate thermal information from multiple points on an amputee’s limb, paving the way for a multimodal system that combines touch, perception, and temperature to offer a richer sensory experience.

The Bird Buddy Smart Bird Feeder represents a harmonious blend of traditional birdwatching and modern technology, catering to the resurgence of interest in birding as a contemporary hobby. With 65,000 active feeders spanning 113 countries and a staggering collection of over 100 million photos and videos capturing 472 bird species, Bird Buddy has become a global phenomenon. The smart bird feeder, equipped with a five-megapixel camera and 720p HD live stream video capabilities, offers users unprecedented control over birdwatching through their smartphones. Its 120-degree field of view and AI-driven species recognition, encompassing over 1,000 varieties, contribute to an immersive birdwatching experience.

Beyond its technical prowess, Bird Buddy emphasizes environmental responsibility with a body made from new and post-consumer recycled plastics. The bird-friendly design features a protective roof, dual-sided windows for seed visibility, and a rear door for effortless refilling. The inclusive mounting options, ranging from poles to walls and fences, enhance the feeder’s versatility. Notably, the feeder’s contribution goes beyond personal enjoyment; it aids in building a comprehensive database for bird migrations and populations, offering valuable insights for conservation efforts.

The Bird Buddy experience can be elevated with additional accessories, such as a detachable solar roof panel for continuous power, a wall mount for flexible placement, and a suet ball holder for attracting specific bird species. The 3-in-1 Nutrition Set further enhances the feeder’s functionality by serving as a water fountain, fruit stake, and jelly tray. The Kickstarter campaign for their upcoming products, the Smart Hummingbird Feeder + Smart Bird Bath, underscores the enthusiastic response from birding enthusiasts, allowing backers to acquire these innovative additions at a pledge of $259. Bird Buddy not only enriches the birdwatching experience but also contributes to a collective effort to understand and protect avian species worldwide.

Researchers at Western Sydney University in Australia, in collaboration with tech giants Intel and Dell, are set to unveil a supercomputer named DeepSouth, designed to simulate neural networks at the scale of the human brain. The computer is capable of emulating networks of spiking neurons at a rate of 228 trillion synaptic operations per second, mirroring the estimated processing speed of the human brain. Instead of aiming to be the most powerful conventional supercomputer, DeepSouth is focused on simulating the brain’s network of neurons using a neuromorphic system, mimicking biological processes and making it more efficient and less power-hungry. The researchers hope the system will advance understanding of the brain and contribute to the development of brain-scale computing applications in fields such as sensing, biomedical research, robotics, space exploration, and large-scale AI applications.

The DeepSouth supercomputer, scheduled to become operational in April 2024, is expected to offer researchers unprecedented insights into how the human brain processes information. Neuromorphic computing, the basis of DeepSouth, involves performing numerous operations simultaneously with minimal data movement, leading to reduced energy consumption. The researchers believe that simulating spiking neural networks on standard computers using graphics processing units (GPUs) and multicore central processing units (CPUs) is slow and power-intensive, and they aim to address these limitations with their neuromorphic system. The project has the potential to significantly impact the development of advanced smart devices and more energy-efficient AI models, opening up new possibilities for research in neuroscience and AI engineering solutions.

At IFA 2023 in Berlin, Samsung Electronics unveiled its groundbreaking Net Zero Home Project, showcasing the company’s commitment to sustainable living and innovative technology. The one-person household constructed outside the event venue served as a tangible example of a carbon-neutral home, powered by Samsung’s SmartThings Energy. The project emphasized the potential for homes to generate and store their energy through the integration of solar panels and batteries. In collaboration with industry leaders such as Hanwha Qcells, SMA, Maxeon, and ABB, Samsung demonstrated how cutting-edge technology can be harnessed to create a home that not only reduces its carbon footprint but also operates efficiently and intelligently.

The Net Zero Home Project not only focused on energy generation but also highlighted the capabilities of SmartThings Energy in monitoring and managing various aspects of a smart home. By incorporating artificial intelligence, SmartThings Energy enables users to optimize their energy usage by efficiently controlling home appliances and even predicting monthly energy consumption. The introduction of AI Energy Mode exemplifies Samsung’s commitment to providing users with a seamless and eco-conscious lifestyle, automatically activating power-efficient algorithms to ensure that appliances run in an energy-saving mode, further contributing to the goal of a net-zero carbon home.

The Reflections of Lost Thoughts Art Gallery is a mesmerizing series that transcends traditional boundaries between visual art and interior design. In this innovative collection, gallery artworks are reimagined as surreal carpet art, seemingly melting off the walls and seamlessly extending onto the floor. Inspired by the intricate textile artistry of Faig Ahmed, renowned for his avant-garde approach to traditional Azerbaijani carpet weaving, this series takes a bold leap into the realm of the unexpected. The carpets, intricately designed and digitally manipulated with the assistance of AI by the visionary studio Cre.a.i.tive, become dynamic extensions of the original artworks, blurring the lines between the two-dimensional and three-dimensional spaces.

Studio Cre.a.i.tive’s fusion of art and interior design introduces a surreal and immersive experience. The carpets, with their melting and flowing patterns, create an otherworldly atmosphere that challenges perceptions of physical space. The AI-driven reimagining process adds an element of unpredictability and creativity, transforming each piece into a unique masterpiece. The Reflections of Lost Thoughts Art Gallery not only pays homage to the talent of the original artists but also serves as a positive example to the evolving intersection of technology and artistic expression in the contemporary world.

In a groundbreaking discovery that has captured the world’s imagination, researchers from IBM Japan and Yamagata University have uncovered a series of giant new Nazca lines in Peru, thanks to the innovative use of AI technology.
Armed with an AI tool capable of analyzing vast amounts of aerial footage, the team scanned the landscape with unprecedented precision, unveiling these enigmatic and intricate geoglyphs that were previously unknown.
These newly discovered Nazca lines have opened a world of possibilities for archaeologists and historians, offering fresh insights into the ancient civilization that created them. The intricate patterns depict a range of geometric shapes, animals, and human figures, showcasing the immense artistic and cultural achievements of the Nazca people.
This discovery has sparked excitement and fascination worldwide, as it not only expands our knowledge of the Nazca culture but also highlights the potential of AI technology in uncovering hidden treasures from the past.

The newly discovered geogylphs. (Photo: M Sakai, et al. )