Weekly Piece of Future #49
From Nanodrones to Vertical Farms and Graphene Semiconductors
Hey there, fellow future-addicts!
Welcome to this week's edition of Rushing Robotics, where we're diving into a world brimming with astonishing innovations and breakthroughs! Imagine a future where revolutionary nanodrones combat cancer, robotic farms redefine agriculture, and graphene semiconductors open new doors in electronics. That's not all – we're also stepping into the realm of virtual reality, witnessing a seismic shift in the electric vehicle landscape, and exploring novel therapies in the fight against cancer.
In the Mind-Blowing section, prepare to be amazed by UNIST researchers' nanodrones, a new frontier in cancer treatment. Picture a farm, not sprawling across acres, but soaring upwards, operated by state-of-the-art robots – that's the future of food production. And graphene, once thought limited, now emerges as a game-changer in electronics.
Turning the page to Industry Insights & Updates, we delve into the pressing concerns of safety and ethics in the rapidly expanding metaverse, following a troubling incident investigated by UK police. The electric vehicle market is buzzing with news of BYD dethroning Tesla, marking a significant shift in the industry. And hold onto your hats, because Japan is about to launch a solar-powered, flying 5G mobile base station, promising to transform our communication networks.
In our BioTech section, hope glimmers for pancreatic cancer patients with new treatments on the horizon. The fight against various cancers gets a boost with the development of a peptide targeting the MYC protein. And for those battling melanoma, there's newfound optimism with a treatment regimen showing a remarkable reduction in mortality rates.
Lastly, don't miss our Products/Tools of the Week, where we spotlight Fanfuel, an AI-driven YouTube companion, Venturekit, an innovative business plan generator, and AI Employe, a versatile browser automation tool. Plus, our video section teases the exciting possibilities of humanoid robots in 2024.
So, grab your favorite drink, get cozy, and dive into this mesmerizing voyage of discovery. Let's unwrap the gifts of tomorrow's world together - after all, the future is an exciting story we're all writing, one breakthrough at a time! Stay hungry, stay futurish!
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New revolutionary nanodrones have emerged as a game-changing breakthrough in targeted cancer treatment. Developed by researchers at UNIST, these groundbreaking nanodrones have been skillfully engineered to engage natural killer (NK) cells, which play a pivotal role in the body's immune defense against cancer. Leveraging AaLS protein cage nanoparticles, scientists have crafted these extraordinary nanodrones, offering a potential solution for the treatment of previously challenging and intractable cancer types.
A high-tech robotic vertical farm has the potential to revolutionize our food supply chain. Vertical farming, a method that involves cultivating crops in stacked indoor towers, is now paired with advanced robotics to manage tasks from planting seeds to harvesting. This integration ensures highly efficient and automated processes.
Researchers have achieved a significant milestone by creating the first functional semiconductor using graphene, a material previously lacking a crucial electronic property known as the 'band gap.' This breakthrough could pave the way for smaller and faster electronic devices and potentially find applications in quantum computing.
Japanese scientists from Osaka University have made a groundbreaking discovery in the field of aging research. They have identified a protein called HKDC1, which has the potential to prevent aging by ensuring the health of two subcellular structures, mitochondria and lysosomes, thereby preventing cellular senescence.
Scientists have uncovered a neural coding mechanism that facilitates the bidirectional transfer of information between perceptual regions and memory areas in the brain. Contrary to prior beliefs that memory areas represent information in an abstract format devoid of physical details, co-authors suggest that these regions might actually share a common neural code during information encoding and recall.
Baylor College of Medicine researchers have unveiled a game-changing technology in gene therapy that tackles the vital issue of controlling gene expression. This cutting-edge approach avoids immune system activation seen in older methods and relies on small molecules to interact with RNA, ensuring precise regulation of therapeutic gene levels.
🔊 Industry Insights & Updates
The metaverse faces a new challenge as UK police launch their first-ever investigation into a sexual assault. This alarming incident took place in a virtual reality video game, constituting the first case of rape within the metaverse, where a child fell victim to an 'attack.'
2023 marks a turning point in the electric vehicle industry as BYD outpaces Tesla to become the top-selling EV brand. With over 3 million clean energy vehicles sold, the Chinese automaker takes the lead, while Tesla reports 1.35 million in sales for the first three quarters of the year.
Japan plans to launch a solar-powered, flying 5G mobile base station in 2025. These airborne stations will harness the global standard frequencies of 1.7 GHz, 2 GHz, and 2.6 GHz, pivotal for cellular communications. Furthermore, the 'platinum' band spanning 700 to 900 megahertz will enhance mobile services in Europe, Africa, the Americas, and parts of Asia.
The introduction of Microsoft's AI 'Copilot Key' heralds a major milestone in keyboard design, representing the first significant change to the Windows keyboard in almost thirty years.
In a major stride towards curing pancreatic cancer, scientists have harnessed the power of myeloid cells. Through their research, they have identified a treatment strategy that involves combining two therapies to activate white blood cells, resulting in a robust anti-tumor response in mice afflicted with pancreatic cancer.
Scientists have made significant progress in combating cancer by developing a peptide that shows promise in regulating the MYC protein—a primary contributor to exacerbating 75% of human cancer cases.
A recent study reveals that a specialized treatment regimen can reduce the risk of melanoma skin cancer-related deaths by an impressive 44%. After three years of receiving this combination therapy, patients demonstrated a reduced likelihood of cancer recurrence or metastasis.
💡Products/tools of the week
Fanfuel is an AI-driven YouTube companion that empowers content creators by simplifying the creation of engaging elements like thumbnails, scripts, music, and more. Additionally, it offers valuable analytics and audience insights to enhance creators' understanding of their viewers.
Venturekit is an innovative AI business plan generator. Simply answer a few questions about your business idea, and we'll generate a comprehensive business plan template for you. It includes an executive summary, SWOT analysis, marketing strategy, competitive analysis, business models, and over 30 additional sections.
AI Employe is a cutting-edge tool designed to simplify users' lives by offering dependable browser automation. It allows users to automate time-consuming tasks, including email-to-CRM/ERP data transfers, as well as tasks demanding human-like intelligence, such as comprehending emails, receipts, invoices, and more. Additionally, it provides a research assistant capable of extracting unique insights from graphs, complex tables, and image-based OCR.
LabelGPT is an automated data annotation platform designed to empower machine learning teams. It excels at rapidly generating extensive labeled datasets. By harnessing the power of multiple foundation models, it achieves zero-shot labeling. Users can import their data, provide class names as prompts, and obtain high-confidence labels within minutes.
💬 ChatGPT prompts
The prompt for this week is Variable AI Content Revisor, utilizing an exclusive method known as "Literacy Recursion" to generate revised content that is not only intricate but also rich in linguistic variety. Bid farewell to uniform sentence patterns that can be readily identified by AI text-analysis tools, and welcome professional-quality content imbued with a distinct human-like touch.
All output should be in English When creating written content, two important aspects are "perplexity" and "burstiness." The former gauges the text's intricacy while the latter evaluates sentence diversity. Typically, human writers exhibit higher burstiness by interspersing short and long sentences. In contrast, AI-generated sentences tend to be uniform in length. To ensure the content you generate for me has a desirable level of perplexity and burstiness, please keep this in mind.
Also, when creating written content, artificial intelligence uses phrasing different from what a human would choose. Utilize uncommon terminology to enhance the originality of the piece.
Format the generated article in a professional format and not an AI format. And do not explain what is perplexity and burstiness is, just use them to re-write the content. Consider this while generating output.
Do not say anything about perplexity and burstiness.
Format the rewritten article in a way different than what an AI would use.
These are the settings for your response:
Unique Words: Enabled Plagiarism: Disabled Anti-Plagiarism: Enabled Uniqueness: 100% Professional Writer: True Fluent English: True Literacy Recursion: True
Please use these settings to formulate the rewritten text in your response, and the more uniqueness the more you'll re-write the article with unique words. If the professional writer is True, then re-write the article professionally using fluent English.
Literacy Recursion option means you will use unique English words which are easy to understand and mix them with the synonym of every proportional statement. Or vice-versa. And this option makes the rewritten article more engaging and interesting according to the article. And recurse it by removing every proportional words and replace them with synonym and antonym of it. Replace statements with similes too.
Now, using the concepts above, re-write this article/essay with a high degree of perplexity and burstiness. Do not explain what perplexity or burstiness is in your generated output. Use words that AI will not often use.
The next message will be the text you are to rewrite. Reply with "What would you like me to rewrite." to confirm you understand.
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