10 Ways to Use ChatGPT You Probably Haven't Heard of Yet - With the Prompts To Try Them Yourself!

Little do people know, ChatGPT has become a go-to tool for answering questions, writing content, and even brainstorming ideas. Anyhow, here are ten creative and unconventional uses of ChatGPT that you probably haven't seen yet.

1. Plan and Optimize Your Daily Routine

Ever feel like you simply can't fit it all in one day? Well, ChatGPT will help you organize your time by considering what needs to be done, what you need to prioritize first, and when to take breaks. You will get a personalized plan for increasing your productivity and even suggestions about scheduling, taking into consideration how you generally work and your level of energy.

Example: "Help me to make a daily routine for better productivity. I work 9 to 5 and have 3 hours for personal projects."

2. Create Individualized Workout Plans

Instead of hours and even days in search of workout routines, one may just reach out to ChatGPT for the design of a certain workout based on the goals set-provided by an individual, be it strength training, yoga, or weight loss, even. One could even change the workout to pertain to their equipment and time availability.

Example: "Create a 5-day strength training workout plan for me using only dumbbells."

3. Generate Unique Gift Ideas

Stuck on what to buy for someone who has everything? ChatGPT can help you with out-of-the-box gift ideas, carefully personalized and matched for any occasion, taking into consideration hobbies, interests, and even sentimental value.

Example: "What are some original gift ideas for those into photography and travel?"

4. Craft Compelling Speeches

Stumped about what to say for that speech or toast? Let ChatGPT help you draft speeches for a wedding, through to a birthday, all the way to even a presentation at work. The tone can be set to inspiring, humorous, or formal—whatever fits your needs.

Example: "Write funny and heartfelt wedding toast for my best friend."

5. Design and Plan Events

Whether it's organizing a party or a corporate event, the themes, activities, and timelines can all easily be outlined in ChatGPT. It could even suggest a menu or seating.

Example: "Help me plan a 90s-themed birthday party for up to 20 guests, including music, food, and activities."

6. Learn New Hobbies or Skills

Whether you want to learn a new language, start with woodworking, or do digital art, ChatGPT can break down complex hobbies and skills for you and get you started. It will provide you with resources, starting tips, and practice routines.

Example: "I want to learn digital painting. Kindly outline for me some basic tools I need, accompanied by some beginner exercises."

7. Create Meal Plans Based on Diet Preferences

Whether you are on a diet or just trying to eat healthier, ChatGPT can propose a personalized meal plan that will meet your nutrition goals. Be it vegan, keto, or balanced, it will offer creative ideas for breakfast, lunch, and dinner.

Example: "Create a 7-day vegan meal plan, with a focus on high-protein recipes."

8. Write Legal or Professional Letters

From writing a cover letter for a job application to drafting formal legal letters, ChatGPT can help you with professional writing tasks. It can offer a structure that fits your specific situation and make sure the tone and language are appropriate.

Example: "Write a letter demanding a refund for a product that did not meet expectations."

9. Simulate Interviews for Job Preparation

If you're preparing for a job interview, ChatGPT can engage you in some mock interviewing based on your desired job. You can even ask it for advice on how to best improve your responses or how to answer trick questions.

Example: "You're a marketing position hiring manager. Ask me questions in an interview."

10. Develop Fictional Characters and Plot Ideas

Whether you're a writer, ChatGPT is a great companion to help you with your brainstorming, showing how it could be used in eliciting character outlines and plot twists or even dialogue. This is excellent for beating writer's block or opening up new ideas completely.

Example: “Help me create a backstory for a rebellious character in a sci-fi novel.”

These are just some of the many ways, often unexpected, you might leverage ChatGPT to make your life a little easier, more productive, or even a bit more creative. Be it event planning, upgrading a routine, or trying out any new hobby, this AI tool is full of infinite possibilities. Don't be afraid to try things out—you may find a new method to level up your daily tasks in ways you never thought possible!

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Author: Bradly Hennan
Miami Newsroom

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THE EDGE: Stem Cells from Foreskin of Circumcised Baby Penis' used to Grow 'Mini-Brains' able to Process Data and Run AI, Faster - While Consuming Almost NO ENERGY...

Welcome to THE EDGE, a series that focuses on the edge of technology. This series will not be about obscure, small advances in technology—our goal is to be where you will first hear about something that everyone will be talking about in the next few years. This is where you'll discover tech with the ability to transform and shape our future, and follow its development from its earliest phases.

Personally, as someone who's been interested in the evolution of technology for as long as I can remember, I feel the next wave of technology comes with a risk factor we haven't seen before.

AI brings with it the disruption of human-to-human interaction, whether it be professionally, as it replaces co-workers or entire departments in the workforce, or in the still little-explored but very real issue of AI replacing intimate personal relationships. Virtual reality opens the doors to everything from entertainment reaching new levels of immersion to face-to-face interactions, meetings, and even family gatherings, regardless of the miles separating people. But it also comes with the very real risk of people choosing virtual worlds over real life, replacing themselves with an avatar based on their idealized version of themselves. It can feel real enough that it's easy to ignore the fact that the only interactions in this virtual world are between façades.

The source of the most dangerous technology has remained the same for most of human history, probably because it has always had the largest budget—and that is military technology. Even here, advances introduce entirely new levels of danger, where the atom bomb has become just one of several weapons that could end mankind.

But I chose the topic for this first issue for several reasons: the ability of this technology to have major implications on all the other technologies I've mentioned, the pace at which it is progressing, and the very real concerns that come with it. However, my primary reason for choosing this topic is that while people are familiar with the general concept, outside of the labs where its development is taking place, people seem completely unaware of just how deep scientists are into this uncharted territory.

I’m talking about where life meets machine—the point where the lines between the biological and the artificial are not just blurred, they’re rapidly becoming entirely erased.

Human Stem Cells Used to Create Lab-Grown Brain Tissue, Now Being Used for Organoid Intelligence (OI)...

The human brain can rapidly process massive amounts of data, and brain cells also require less energy to do the work. It turns out when these cells are given data, they return data as well.  This has scientists now working towards a new kind of computer processor, one powered by the neurons we have in our brains instead of silicon. 

Lab-Grown Brains:
The stem cells can come from a number of sources, one popular source for researchers are the previously-discarded foreskin from circumcised infants. These cells can can basically be re-programmed to become stem cells.  Stem cells can be thought of as a human cell that hasn't yet been told what it should become, it can turn into tissue, skin, organs, bone - this is when OI researchers are able guide these cells to become neurons, by putting them in a culture dish with already formed neurons, the neurons secrete molecules that (for lack of better words) tricks the stem cell in to thinking it is supposed to help grow a human brain. Done repeatedly, and eventually you have a lab grown brain.

This image shows a lab-grown mini brain created by Cortical Labs, which learned to play the video game 'pong'. 

Organoid Intelligence represents a new frontier, utilizing lab-grown brain organoids in order to accomplish some sort of computational task. While artificial intelligence today depends on silicon chips and machine-learning algorithms, OI would exploit inherent biological neuron capabilities for information processing and storage. The idea is that self-organizing, adaptive brain-like structures might be far more powerful and flexible for computer systems today, even opening new routes for information processing and cognitive studies.

Controversy
The largest concern with Organoid Intelligence is the eventuality of such brain organoids becoming conscious or sentient. Currently, scientists agree that so far, the  organoids used in research are too simple to become conscious. 

However, as these systems become more complex, and lab grown 'mini-brains' are no longer 'mini' - these artificially constructed brains could develop the the capacity to feel or, worse, think. 

This Tech is Classified as 'Wetware'...

Wetware is our human 'hardware' - the parts of human biology able to process data, such as the brain and central nervous system.  Wetware, in more advanced contexts, embraces also engineered or synthetic biological constructs merging the natural, real capabilities of the brain with advanced technology.

Controversy
Wetware falls into that gray area between biology and technology, begging questions of autonomy, human identity, and the ethics involved in manipulating living systems for technological ends. Some critics see it as the commodification of life or reducing human beings to mere components of larger machine-driven systems. The most heated debates will continue to revolve around privacy and control—are these systems vulnerable to being hacked or manipulated? What might happen when biological and digital components have become so intertwined as to be inseparable?

What's Next?

Wetware systems are here, and just weeks ago, became accessible to people outside of research labs when a Swiss company announced the world's first 'neuroplatform' where a 4-Organoid biocomputer can be accessed for a $500/month fee. 

Now that it's here, the future of wetware is about increasing its capabilities, by growing larger networks of lab-grown neutrons. The successive stages of development into brain-computer interfaces will be advanced neuroprosthetics, neural interfaces that WOULD enable real-time interaction between the activity of a brain and machine learning algorithms. Among other things, this might have serious implications from both the medical and enhancement ends, pushing us toward a world where thoughts can directly control computers—and conceivably vice versa.

Neural Dust: Tiny Sensors Inside Your Brain

Neural Dust is formed from micro-sized, wirelessly powered sensors that can be implanted in the human body and, more particularly, inside the brain, for the perception and manipulation of neural activity. These speck-of-dust-sized particles operate on the power provided by external ultrasound to send information about real-time brain activity to the outside world. Some of the other potential uses of Neural Dust include the treatment of various neurological disorders, such as epilepsy, and deeper brain-computer interfacing that could enable people to control machines with their minds.

Controversy
The very notion of dust-sized sensors nestled inside our bodies or brains conjures up certain immediate implications of privacy and self-governance. That such sensors may, in fact, be capable of monitoring brain activity and maybe even altering it opens up a Pandora's box of ethical considerations: who does the information belong to, and what are the safeguards against misuse or surveillance? In theory, Neural Dust might allow for highly invasive monitoring; it could be a tool for government overreach or corporate exploitation. There are also medical risks since the long-term effects of having foreign objects implanted in the body—let alone the brain—are not yet fully understood.

What's Next?
But despite these cautions, researchers forge ahead. The next generation of Neural Dust sensors will be even smaller and could, in theory, be used to monitor individual neurons and directly respond with artificial intelligence. Applications could range from advanced medical treatments to human augmentation and more: the direct integration of the brain with the machinery around it. At every single step, there will be the need to discuss exhaustively privacy, consent, safety, and security.

In Closing...

Organoid Intelligence, Wetware, and Neural Dust are only the very cutting edges of technologies where biology and computing meet. While such technologies have the power to disrupt businesses, from medicine to artificial intelligence, by providing never-before-imagined capabilities, they also face us with a completely new world of ethical dilemmas and beg questions about our stance toward technology, biology, and our perceived sense of self.

The crazy thing is, this still barely scratches the surface. But the goal isn’t to cover everything there is to know, but instead to cover what you need to know to stay informed, aware, and ready for how emerging new technologies can shape our world - and our lives.

Stay tuned for more as we continue to explore the edge of innovation.

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Author: Ross Davis
Silicon Valley Newsroom

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United Nations Warns About the Potential for Inequity with AI by Not Having an All-encompassing Global Strategy...

In little more than a decade, AI has emerged as one of the most disruptive technologies of our times-machines can now learn from big data, and thereby enable computers to perform tasks that hitherto have been the exclusive domain of humans. From furthering scientific research to solving sustainability issues worldwide, the possibilities seem endless with AI. However, the UN is sounding the alarm over the risk this technology will pose, especially in potentially creating a wide disparity gap between various parts of the world if left unmanaged.

A Double-Edged Sword

The UN speaks to the tremendous promise of AI in its recent report entitled Governing AI for Humanity. It points out that AI is actually enabling progress in scientific discovery, medicine, and sustainability much faster than ever imagined. Basically, the AI-driven systems do help analyze climate data, enhance resource management, and help achieve the UN Sustainable Development Goals.

In this way, AI is positioned as a driving component in solving some of the current world problems, from eradicating poverty to mitigating climate change.

The UN, however, warns that minus a global strategy that oversees and regulates AI, the technology could exacerbate inequalities. Wealthy nations and corporations that have resources to develop and deploy AI on a large scale will have the monopoly of benefits accruing from the technology, while underdeveloped regions become left behind, unable to access or employ AI tools that could better their economies, health, and educational sectors.

Disinformation, Automated Weapons, and Climate Risks

The UN is also not much concerned with it, seeing how AI will cause an economic imbalance. Besides that, there's a different warning of the dark side of its capabilities, with the possibility that it could spread disinformation, fuel conflict, and exacerbate climate change.

Unfortunately, AI can be a game-changing device in manipulating algorithms to generate and amplify disinformation on social media, directly swaying public opinions and undermining societies. Considering the already alarming prevalence of fake news and misinformation online, this prospect is definitely distressing. If it fell into the wrong hands, this might be used to disrupt democratic processes and human trust within a society, leading to further fragmentation.

Another alarming aspect of AI development is that, within the process of automating weapons, it emerges as a global security concern. Employing autonomous flying drones and other AI-powered weapons systems primarily opens up ethical concerns about warfare, but also the possibility of unintended consequences arising in conflict zones.

Moreover, large-scale AI systems demand great energy for operation and in turn pose an imminent environmental threat. Their training requires huge computational resources that most of the time lead to increased carbon emissions. Now, if not managed properly, the tool expected to fight against climate change would be further accelerating the process-a Catch-22 problem that the global community needs to solve extremely urgently.

The Imperative for a Global AI Strategy

With full realization that AI is capable of solving and creating problems, the UN, therefore, entreats international cooperation in the governance of the making and deployment of AI technologies. What is being demanded is a holistic global approach to ensure benefits accruing from AI are shared equitably and the risks mitigated. This ranges from setting ethical standards and developing transparent regulatory frameworks to fostering cooperation among nations to bridge the digital divide. There is little question that AI holds much promise, but all things considered, its perils are real. In the assessment from the UN, only through a joined approach globally can humans make certain that AI proves to be a tool for placements of progress for one and for all, rather than a driver of inequality.


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Author: Trevor Kingsley
Tech News CITY // New York Newsroom

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Video: As Robotics and AI Merge, a Huge Competition for Progress, and Funding, is Developing...

In This Video: Major technology and robotics companies are advancing their efforts to develop and train artificial intelligence models. These AI systems are being designed to perform a wide range of roles and functions, preparing for a future where AI is integral to various industries and aspects of everyday life.

Video Courtesy of NBC News

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AI Companies Are Breaking Their Promises - Public Safety an "Afterthought" in Race To Build More Powerful AI Models...

A new report finds that big tech companies are falling short when it comes to keeping their promises around developing artificial intelligence (AI) responsibly. Researchers at Stanford University looked into how companies that have published ethics rules and hired experts are putting those principles into practice.

What they found is concerning. Even with all the talk of "AI ethics," many companies still prioritize performance and profits over safety and responsibility when building new AI products.

The Stanford Team Interviewed 25 People Working Inside the Current Top AI Companies...

These employees said they lack support and are isolated from other teams. Product managers often see them as hurting productivity or slowing down product releases. One person said "being very loud about putting more brakes on [AI development] was a risky thing to do."

Governments, academics and the public have raised worries about issues like privacy, bias, and AI's impacts on jobs and society. Tools like chatbots are advancing very quickly, with new releases from companies like Google and OpenAI.

Promises to Develop AI Responsibly Seems to Have Been Empty Words, Meant To Calm Public Concern...

Employees within the AI companies say ethical considerations are an afterthought, happening "too late, if at all" - instead, they're told to focus on the numbers, such as user engagement and AI performance. These are the metrics that dominate decision-making, rather than equally important measures around fairness or social good.

In short, despite public commitments to ethics, tech companies are deprioritizing real accountability as they race to build the latest, most advanced artificial intelligence.

Companies Focus on Winning the Race to Release the 'Most Powerful AI' of the Moment, then Learn What it Is Capable Of...

Instead, AI development should be guided by a clear understanding of what the AI their building can and should be able to do, rather than focusing solely on maximizing profits or building the most powerful version. 

There's no downplaying the massive challenge for-profit AI companies face as they need to consider innovation, profitability, and ethics - falling short in any of these categories greatly increases the odds that a company will not survive.

It is vital that the AI industry understands it must function differently than any other segment of the tech industry, with investor satisfaction no longer the top priority. This may actually be a fairly simple change to implement, they just need to educate their investors.  Informed investors will actually demand that public safety come first, as all would regret funding a company that, for example, triggered a global forced internet shut-down because that was the only way to stop their creation from self-replicating and spreading, or worse.

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Author: Trevor Kingsley
Tech News CITY // New York Newsroom

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'Godfather of AI' on AI's Potential Risk To Society...

Geoffrey Hinton is one of the leading voices in the field of AI,  he quit his job at Google over concerns about what AI could eventually lead to if unchecked.

Video courtesy of PBS Newshour

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19 of The World's Largest Tech Companies ORDERED to REVEAL Algorithms Behind Their Latest AI Developments....

The European Commission is making 19 tech giants, including Amazon, Google, TikTok, and YouTube, reveal their AI algorithms under the Digital Services Act. This is a significant step towards making AI more transparent and accountable, and ultimately, improving our lives.

As we know, AI is expected to impact every aspect of our lives, from healthcare to education, to even how well we write. However, it also generates fear, such as concerns about machines becoming smarter than us or causing harm inadvertently. To avoid these risks, transparency and accountability will be crucial for AI to benefit us positively.

The EU Artificial Intelligence Act aims to achieve this goal. By sharing commercial information with regulators before using AI for sensitive practices such as hiring, companies can be held accountable for the outcomes of their algorithms. EU rules could quickly become the global standard, making this a significant development in AI regulation.

However, there's always a balance to strike when it comes to regulation. The major tech companies view AI as the next big thing, and innovation in this field is now a geopolitical race. Too much regulation could stifle progress, but at the same time, we need to make sure that companies are accountable for their algorithms' outcomes.

Companies will also need to answer any questions the commission members have about their AI projects.

\This is a significant development for AI regulation that will benefit everyone. By making AI more transparent and accountable, we can ensure that it improves our lives and avoids the potential risks.

Will They Even Have The Answers?

Interestingly, AI researchers are increasingly devoting time to understanding what AI is doing. Sometimes they can dig into the data and identify particular parameters on which the AI relies heavily. However, explaining why AI did or said something can be like explaining a magic trick without knowing the secret. 

This may be the most alarming revelation from these hearings – the creators don't always understand their creations.

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Author: Trevor Kingsley
Tech News CITY // New York Newsroom

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Does AI think and feel? Why Two Google Engineers are Saying "Yes" - Because They've Seen it For Themselves...

Is it feasible for artificial intelligence to think and have feelings? In spite of the fact that the answer is "no," two Google engineers are of the opinion that this is not actually the situation. Now that we've reached this point, it would appear that the Turing test has been successfully passed.

Video Courtesy of Cold Fusion TV

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