These new wind turbine replacements could soon become Instagram celebrities, just like those Dyson fans.
Glasgow’s Katrick Technologies introduces Wind Panel, their bladeless gadget designed to replace wind turbines with efficiency and innovation.
Continue reading “This new bladeless fan is the future of wind turbines” »
Cultural and technological innovations appear to be the main drivers of adaptation. But have they replaced biological adaptation?
This interview is an episode from @The-Well, our publication about ideas that inspire a life well-lived, created with the @JohnTempletonFoundation.
Watch Lisa Feldman Barrett’s next interview ► • The biggest myths about emotions, deb…
Continue reading “Your brain doesn’t detect reality. It creates it. | Lisa Feldman Barrett” »
Researchers have had an unprecedented and exceptional encounter with a humpback whale, allowing them to learn more about humpback whale communication systems. The encounter happened earlier this year when a group of researchers known as Whale-SETI held a 20-minute “conversation” with a humpback named Twain.
The conversation is heavily detailed in a paper published in the journal Peer J and it showcases the first conversation between humans and humpback whales using “humpback language.” To pull off such a wonderful breakthrough, researchers used a recorded humpback contact call to get Twain’s attention. From there, the whale responded with a greeting signal and began to circle their boat.
Continue reading “Scientists just had a 20-minute ‘conversation’ with a humpback whale” »
Cyborgs are often misunderstood as mere humans with metallic skin or head-up displays in their visions. However, the true essence ofs lies in embedding tools within oneself, thereby augmenting and influencing personal skills. Surprisingly enough, humans have been unknowingly embracinganization for millennia through basic inventions such as clothing, serving as individual shelters against harsh weather conditions. Let’s delve deeper into understanding the fascinating history and how we are closer to the machine than man.
Combating the rise of facial-recognition technology, designers have created clothing and accessories to help to conceal people’s identities.
This week, Google rocked the technology world with the unveiling of Gemini — an artificial intelligence system representing their most significant leap in AI capabilities. Hailed as a potential game-changer across industries, Gemini combines data types like never before to unlock new possibilities in machine learning.
With three distinct versions tailored to different needs, Gemini points to a future powered by AI that can match and even outperform human intelligence. Its multimodal nature builds on yet goes far beyond predecessors like GPT-3.5 and GPT-4 in its ability to understand our complex world dynamically.
As Google sets its sights on real-world deployment, Gemini prompts critical ethical questions around responsibility and safety. If leveraged conscientiously, its potential applications span from mundane productivity tasks to world-changing scientific breakthroughs.
Tesla’s innovative design and manufacturing processes, as well as their focus on safety features, set them apart from traditional automakers and position them as a formidable competitor in the industry.
Questions to inspire discussion.
A team of researchers led by Professor Young S. Park at UNIST’s Department of Chemistry has achieved a significant breakthrough in the field of organic semiconductors. Their successful synthesis and characterization of a novel molecule called “BNBN anthracene” has opened up new possibilities for the development of advanced electronic devices.
The paper is published in the journal Angewandte Chemie International Edition.
Organic semiconductors play a crucial role in improving the movement and light properties of electrons in carbon-centered organic electronic devices. The team’s research focused on enhancing the chemical diversity of these semiconductors by replacing carbon-carbon (C−C) bonds with isoelectronic boron-nitrogen (B−N) bonds. This substitution allows for precise modulation of the electronic properties without significant structural changes.
