Clever AI Humanizer outputs

Subheadline: Meet sproutplan, the intelligent gardening assistant that will tell you what, where, and when to plant, based on your micro clime. Give up on dead plants, and enjoy your weekends. Whether you're starting a vegetable garden in your empty suburban lot, or on your patio's two raised beds, sproutplan removes all the guesswork so you can enjoy your bountiful harvest this season. With sproutplan, you'll: Design your own custom layouts (or choose from pre-set ones) by entering in your yard's dimensions. Our algorithm then places your plants optimally, to maximize your harvest. See how to grow basil with tomato plants to naturally repel pests. Receive planting dates that take into account your local planting frost dates. Say goodbye to spending weekends on the phone with your local weather station. We'll send you a push notification when its the optimal weekend to plant. Get smart, easy-to-follow tasks each day. Instead of having to Google 'how to care for my plants this time of year', you'll get a daily easy-to-follow task like: 'water your lettuce (its going to be a dry weekend)'. "I killed three tomato plants last year. This year, I haven't had to buy salad greens in two months. Caring for my plants has been a snap with sproutplan." - Elena R., sproutplan beginner Fresh food has never been easier. No more spending hours reading conflicting online forums. With sproutplan, you'll know exactly what to do each day, from when to start seeds indoors, to when to harvest your evening dinner saute. Save money on groceries and eat healthier with this easy first 'hobby'. [Start free trial] No credit card required. Zones 3-11.

Get your tools upgraded with our Precision-Milled Stainless-Steel Ruler. This precision measuring tool is made to keep up with the most exacting professionals. From the shop to the drafting table, you'll find this hardened steel ruler to be tough enough to take the punishment, but precise enough to make the demands of any serious craftsman A solid tempered steel construction resists corrosion and everyday wear and tear. The edges are CNC milled to exacting standards for perfect cutting edges. Gone are the days of markings getting rubbed off on lower quality rulers. On this heavy duty ruler, the ultra fine imperial and metric markings are laser etched to the steel for a lifetime of accuracy. Add in the non-glare satin chrome finish and you have a ruler that won't disappoint when it comes to readability. Take accurate measurements with the true zero edge along the side. It allows for perfectly flush measurements against vertical surfaces. The ruler's substantial weight adds to its accuracy by ensuring it won't slide around on the surface you're measuring. This is a ruler that can handle the most exacting measurements for those who need them. Whether your working on architectural drawings or making your own, this stainless steel ruler will provide the level of precision you need. And that's a good thing because the quality of your work will only improve with the right tools.

It really doesn’t require a massive backyard, a green thumb or a degree in horticulture to grow something delicious. SproutPlan will transform a patch of bare earth into a vegetable garden that is right for you. Simply provideSproutPlan with your location, space and preferences, and it will create a personal growing plan, featuring crops right for your climate, an easy-to-follow layout and weekly tasks to keep you on track. ## A plan to suit your space It really doesn’t require a massive backyard to grow food. Even a modest growing bed or some pots placed strategically will yield a bounty of fresh produce. The guidance of theSproutPlan ensures that you get reminders and advice as and when you need it most. With straightforward advice included in your growing plan, your confidence as a new grower will soar. Grow what you love. Your first harvest really isn’t about having the best veggie patch in the land - it's about learning and enjoying the process. It may be that your lettuce grows beautifully, but your carrots are rock hard. It may be that instead of working up a sweat in the garden, you find yourself relaxing there with your thoughts. WithSproutPlan you learn to grow produce at your own pace - and you won't feel overwhelmed by a list of tasks when you're busy. It may just be a way to start, but starting really is the hardest part. And no one wants to be stuck with a big PDF download of tasks when they've barely got time to dig the earth. It really doesn't require a massive backyard or years of experience. It just requires something simple, that you can build on. Something realistic that will help you on your journey to growing your own food. Ready to see how much your backyard can achieve? Create your free plan and take the first step to growing fresh food in a place that suits you. You can explore your plan before you invest your money in seeds or your time in digging a bed and you can start whenever you feel like it. Your journey to growing fresh food starts with a few simple details and a bit of curiosity.

Essential repairs and safety needs should come before everything else, and a city should not spend money on a sculpture if, for example, there is a dangerous bridge nearby. However, the phrase "infrastructure first" does not mean "art never" and there are ways to fund both. Communities could set aside some funds, even a small percentage, of capital-project spending on art that makes public places. When building a transit station, it will likely be cheaper to include tile designs commissioned from local artists during the construction rather than waiting for an opportunity to retrofit it. The types of programs and budgets should be decided by local governments and not dominated by the preferences of mayors or significant donors. Arranging public meetings, asking communities to take specific actions (e.g., an online survey), or hosting a number of artists from the neighborhood to pay for projects could be a good way to understand what people want and do not want. Additionally, funds should be set aside for the maintenance of art since it is easy to have a neglected artwork, just like neglected infrastructure, which is wasteful. Most importantly, the governments should take some time to analyze the trends of funding. Do the areas have enough essential services? Do the artists who are not funded get noticed? Do the funded programs provide opportunities for artists and encourage people to use public space? Asking these questions will allow local officials to adjust the budget rather than follow a set formula. A balanced budget is a guarantee of the safety of communities and their infrastructure. However, it should not come at the expense of art since people need public artworks to feel like a part of the city, too.

A ruler built for meticulous measuring and marking. The steel is precision milled to provide a straight, sure edge for laying out, drafting, and workshop projects. A sturdy metal rule feels good in your hand and won't keep you from working on those projects over and over again. Use it to mark a cut line, measure something, as a guide for a pencil, or to help keep a drawing straight. Its slim profile allows it to nest close to the work for more control and to see what you are doing. A small ruler that you can carry around in a drawer, on your workbench or with your tools. It's all about having a reliable tool to help you do your work right. For the maker, designer, student, or anyone who wants a good straight edge in their daily lives. It goes with a sharp pencil, marking knife, or your favorite notebook. It helps you take your ideas from thought to actualization, from small marks to big works of art. Have one handy for the little things that matter most.

Industrial agriculture has seen dramatic gains in yield per unit area per year during the last century, but its environmental damage is now impossible to ignore. Degradation of the natural environment from agricultural practices, including loss of biodiversity and organic matter in soils, threatens agricultural production potential, water quality, and greenhouse gas emissions (Foley et al., 2011; Montgomery, 2007). Regenerative agriculture has been proposed as a new paradigm, one that promises to restore, rather than destroy, the landscape. While the practice has been implemented on large scales with varied success, its use on smaller scales, in farms and market gardens of less than twenty hectares, is still under scientific scrutiny. Regenerative agriculture is a broad term that encompasses a number of practices that have been proven to help ecosystems regenerate. While there is no scientific consensus on the exact definition, most scholars agree that it involves “a suite of management practices that improve or maintain soil organic matter and hence the biophysical functioning of food production systems” (Newton et al., 2020; Schreefel et al., 2020). The practices include cover cropping, reduced or zero tillage, diversified rotations, compost application, agroforestry, and rotational grazing. At the same time, the impreciseness of the definition has contributed to the criticism of the movement, with some researchers arguing that it has been co-opted by marketers to greenwash their products (Giller et al., 2021). This review will attempt to examine the literature on small-scale regenerative farming practices to determine their viability. Small-scale farms are uniquely positioned to be important contributors to global food security. They represent a major food production source in the Global South (Lowder et al., 2016). Moreover, many small farms use diverse, resilient systems that are similar to the principles of regenerative agriculture. Some researchers have argued that small farms can be the first to adopt new techniques (Newton et al., 2020; Schreefel et al., 2020). At the same time, small-scale agricultural producers are more limited by financial and material constraints than larger operations can afford. There are also fewer economic opportunities for small farmers, who may have to take time to transition to a new system while experiencing decreased yields for a certain number of seasons. This review will analyze research literature on regenerative agriculture practices on small farms, focusing on their impact on the local ecology, socioeconomics, and barriers to adoption. The first part of the review will address studies that have tested the effectiveness of regenerative agriculture practices at improving carbon sequestration, biodiversity, and crop yield. The second part will consider the effects on the local economy and knowledge base. Finally, the third section will identify factors that influence the choice to adopt discussed practices and highlight the areas where research is needed. Word count: 400

Research on regenerative farming often focuses on its ability to improve soil structure, raise organic matter levels, foster biodiversity and build resilience to drought or waterlogging. A diversified yield can also reduce reliance on purchased fertilizers and pesticides and provide additional food and income. Nevertheless, such benefits are never guaranteed, and their presence and degree of manifestation strongly depend on the regional climatic and edaphic conditions, agricultural history of the plot, specific interventions undertaken and the time since their implementation. Farm-scale trials and observations may show different trends, and the overall efficacy of regenerative practices is difficult to generalize across different bioregions due to the high degree of variability of agricultural ecosystems. The literature includes a number of articles assessing the risks and challenges of implementing regenerative methods. The necessary shift in agri-food systems requires farmers to acquire new competencies, invest in equipment and additional means of production, and adopt new crops and practices, which involves extra costs before reaping the rewards. In addition, for family farmers, the risk of land grabbing or speculation can outweigh the advantages of regenerative farming, particularly if long-term commitments are required before yields are stabilized. Finally, the success of such projects can critically depend on the support of extension services, credit institutions, government policies, and stable markets for multiple products. However, the very concept of regenerative farming is controversial and understudied, with researchers proposing different definitions and outcome indicators. The focus of analysis varies significantly from papers emphasizing carbon sequestration potential and profit from higher yields to those stressing the importance of biodiversity and resilience, and measuring outcomes at different levels – from farm income and yields to broader agro-ecological outcomes. As such, the analysis of the pros and cons of regenerative farming requires further in-depth investigation to clarify the nuances of its impact on different elements of the agricultural ecosystem. The current state of research allows one to assess how the regenerative approach impacts small-scale farming, what factors could facilitate such an improvement and to what extent. Therefore, this review will concentrate on examining papers that analyze the benefits and drawbacks of regenerative approaches for the farm economy. This study will consider the relationship between ecological performance and economic resilience, analyzing how the two interact rather than postulating universal benefits from improved soil quality. The review will also highlight the controversies and contradictions in the research to provide a more balanced view of the advantages and disadvantages of regenerative farming.

I am thrilled to apply for the position of a freelance documentary editor. My working experience and creative skills allow me to fulfill the primary mission of documentary editing: to shape raw materials into an engaging and understandable story that genuinely reflects the concerns of its protagonists. First of all, I believe that it is essential to understand what the contributors want to tell their audience. That is why I always watch the materials several times to get an overall idea of the documentary’s plot and comprehend the meaning of included testimonials. Then, I start editing the film, carefully finding what pace, type of montage, and other elements will give the story the necessary shape, tone, and narrative flow. Working as an editor under contract means being highly responsible and consultative. When I receive instructions, I always try to understand the director’s perspective and incorporate my ideas clearly and transparently. My past employers noticed that I am suitable for this kind of work because I am always open to proposals and suggestions. Also, I can work individually with the author to hear their concerns better and fix problematic parts of the documentary. I believe that a successful documentary editor should know how to handle the project’s creative and technical details with ease. At the same time, one must remember that the film’s story and its characters’ thoughts are still at the forefront, so any technical aspect must serve them. Collaborating with different directors and producers allows me to learn new approaches to documentary editing. I believe that my sensitivity to the works’ poetic qualities, combined with my ability to quickly grasp the logic of a film’s plot, make me a perfect candidate for handling this task. In addition, I can always work in the required direction, following the client’s guidelines and suggestions. When working with a fixed set of materials, I try to see the film’s potential, making necessary changes to the structure of the documentary, individual scenes, and interviews. Simultaneously, I am highly motivated to maintain the author’s intent and reflect their vision in the final product. My main strength is the ability to work with the given materials to improve the film’s format and promote the general idea. If the primary narrative of the documentary changes during the editing process, I can easily identify this shift and use new insights for the project. Finally, I would like to propose my cooperation. My main advantage is the ability to work with clients to create the necessary concept and understand what they want from the editing process. Then, I can develop the required paper according to the established rules and make all necessary adjustments to incorporate the author’s guidelines. I can also work individually with the client to clarify doubts, questions, and concerns about the created product. Regardless of the option I choose, I will always work responsibly and aim for high quality, seeking to fully meet the client’s expectations. I have included a few samples of my previous works according to your requirements. I eagerly await your reply, during which I would be pleased to learn more about the project and discuss my contribution to it. Sincerely, [Your Name]

### 1. Master the Picture Book Format Most picture books are standardized at 32 pages, so before you begin illustrating, create a 32-page “dummy” – a simplified miniature version of your book that lets you see how your story will flow. Your illustrations should complement your text – not repeat it – and should convey additional information or emotional context; standard picture books rarely contain more than 500 words for children. ### 2. Create the Artwork Once you’ve completed your dummy, you can begin creating your final art. You must make sure that characters are consistently drawn (in all angles) throughout the manuscript. If you’re hand-painting your pictures (watercolor, gouache, etc.) be sure to scan them at a high resolution (300-600 DPI or higher); if you’re painting digitally ensure that the color profile is set to CMYK (not RGB). Most importantly, remember to leave a 0.125-inch “bleed” on any artwork so that the illustration doesn’t get inadvertently cut off during the binding process. ### 3. Choose Your Publishing Path There are two publishing “paths” available to picture book creators: Traditional publishing: Research literary agents and art directors at traditional publishing houses who represent “author-illustrator” hybrid titles. You’ll want to create a professional online author/illustrator portfolio, a digital dummy book (as a PDF), and a query letter to send to these professionals. If you sign with an agent or publisher, they’ll handle the printing/distribution of your book and pay you a royalty. Indie/self-publishing: This publishing path lets you retain creative control and get your book on shelves faster. You can self-publish your picture book via print-on-demand services like Amazon KDP (for paperback books and global sales) and IngramSpark (for hardcover books and bookstore distribution). Note that you may need to purchase ISBN numbers for your book (through Bowker) if you want to sell your book widely (and not just on Amazon). ### 4. Layout and Production Using programs like Adobe InDesign, Affinity Publisher, and Canva, pair your text with your illustrations in a final dummy book. Be sure to use readable, professional fonts that complement the feel of the book. Export the interior file as a high-resolution PDF (print-ready if possible) and a separate cover file (back matter + spine + front matter). ### 5. Launch and Promote Order a physical proof copy of your book to make sure that the colors, text, and layout look right before you order books for sale. Then, promote your book to local indy bookstores (get them to host a read-aloud event!), parents on social media, and book bloggers.

Literature Review on Regenerative Agriculture Essay (Critical Writing) Given the increasing global challenges posed by climate change, biodiversity loss, and arable land degradation, the twenty-first century is witnessing the reemergence of agri-environmentalism. The dominant agricultural systems in the twentieth century focused on intensification of yield, which had enormous environmental repercussions, such as depletion of topsoil and contributed to greenhouse gas emissions. Regenerative agriculture was proposed as a way of restoring natural resources while producing food with healthy yields. Unlike traditional methods of farming, regenerative agriculture is holistic and focuses on rehabilitating entire ecosystems with its various components. However, while most of the literature on regenerative agriculture focuses on large-scale commercial mechanized agriculture, there is emerging evidence on the disproportionate potential of small-scale regenerative farming. Small-scale farms have been portrayed as the most desirable form of farming by most agricultural economists. Small-scale farms are typically associated with subsistence farming and have a relatively small land use per unit area as compared to mechanized modern farms. Although small-scale farms have been typecast in agricultural policy discussions, the truth is that they present the best potential for implementing more advanced forms of regenerative agriculture. The reason small-scale farms are well positioned to actualize the goals of regenerative agriculture is that they typically entail a relatively high degree of personal management. Due to the high level of personalization and attachment to the farm, small-scale farmers can easily adopt more environmentally friendly and resource-intensive methods such as rotational planting, cover cropping, rotational grazing, no-till planting, and agroforestry. With the prospect of making a significant impact in restoring vital natural resources that have been depleted through years of destructive agricultural practices, small-scale regenerative agriculture has gained renewed interest among researchers and policymakers. Ecological studies on small-scale regenerative agriculture have focused on demonstrating the efficacy of various techniques in restoring topsoil and carbon sequestration at the local level. However, a more significant body of literature has been devoted to examining the effectiveness of implementing such farms in addressing the social and economic challenges associated with them. Some of the social and economic barriers to small-scale regenerative agriculture include the land tenure issue, labor intensity of some of the methods mentioned above, and market viability of such farms. In addition to these social and economic challenges, researchers have questioned the fuzzy concept of regenerative agriculture that has been advanced by corporations that seek to appropriate the term to sell commodities while at the same time shielding established capital-intensive farms from increased scrutiny. It is against this background that this paper provides a critical review of the literature on small-scale regenerative agriculture. The paper will focus on reviewing the articles that discuss the implications of regenerative agriculture in restoring vital resources while at the same time considering the economic and social viability of such farms. In essence, the paper will review studies that highlight the challenges faced by small-scale farms in an era of rampant commercialization of agriculture and the implications of losing family farms. The paper will also review existing literature on the efficacy of regenerative agriculture in restoring topsoil which has been depleted by rampant use of chemical fertilizers and pesticides.

## With SproutPlan you can plant, tend and harvest your own backyard vegetables - step-by-step. You've seen it all before: tomatoes, nicely ripened on the vine, fresh basil from the garden, and dinner right from your own backyard. But how do you get started? How much sun does each plant need? When do I plant what? Why did my lettuce suddenly turn bitter? SproutPlan will answer all of these questions, and more, based on your yard's location, and how much time you have to care for your garden. --- ### Your garden, our expertly calculated solution All you have to do is enter your zip code, how big your garden is, and how much sun it gets - we'll do the rest. We'll suggest vegetables best suited for your area, and space them out for optimal growth. Plus, we'll help you plant companion plants that help boost the growth of your vegetable garden. Know exactly what to do, and when, with our intuitive growing calendar. Let us alert you when the last frost date is - so you know when to plant your seedlings outdoors Have a problem with your plants? Simply snap a picture, and we'll help you identify the problem, and offer organic solutions. Perfect for first timers, but also great for avid vegetable growers. Smart gardening made easy. A simple, intuitive application that offers growing advice catered to you. Customizable checklists help you track what to do, and when to do it - without spending hours on the phone or internet searching about your plants. You'll even know when to expect your harvest, based on what and when you planted. A budget estimator will help you make sure you aren't spending more than you should on seeds, tools and more. > "I had killed every plant I ever owned... Three months later I'm giving away zucchini to my neighbors!" - Dana R, new gardener --- ### Start free for 14 days. No credit card required. Set up your personalized garden plan today - and start planting this weekend. Sign up below. [Start My Garden] $6/month after your free trial. Cancel anytime. Your backyard is waiting - let's grow something.

In one word, my studies of human psychology and software engineering throughout my undergraduate years have been an unending exploration of the duality of this equation: the limitations of software and the expectations of the user. In my practice and personal projects, I have gravitated toward the challenges of reconciling the former with the latter. When building a consumer mobile application for local transit as part of a class project, I discovered that optimizing the software was only one side of the equation. Holding interviews with prospective riders and designing the user journey around their needs and pain points was an equally important task. It was through this project that I have found my professional philosophy: that technology should serve to accommodate human error and capricious behavior rather than the other way around. By pursuing a graduate degree in Human-Computer Interaction, I am looking to further expand my practical knowledge of computers and their limitations in day-to-day use. I am especially interested in the ways that human life can be integrated into emerging fields and technologies, such as voice recognition and artificial intelligence. By studying these subjects in greater depth, I hope to contribute to the field from the inside and affect change in an industry that is only now beginning to grasp the enormity of its responsibility to everyday people. Your program is ideally suited for my educational goals: by studying at your university, I am hoping to gain a dual understanding of human-computer interactions from both a theoretical and practical perspective. I wish to further nurture the skills that allow me to design systems that accommodate a wide audience, including those with limited technical proficiency and life experience with modern technology.

Much feared as a threat to jobs, generative AI can nonetheless help knowledge workers be more productive, if their employers embrace it as a tool. Some of the work that generative AI can perform – including drafting documents, summarizing reports, writing computer code and analyzing information – seems at odds with the skills of human counterparts. But the most common activities performed by people are typically routine activities that could be delegated to a computerized assistant, freeing workers to perform more valuable tasks. Generative AI can indeed revolutionize what knowledge workers do, but it requires that they accept it as an assistant and continue to exercise human judgment. There are many instances in which a human performs a rote task, such as analyzing a prospect for a lawsuit for a lawyer, or coming up with a slightly different variation of a marketing proposal. These could be replaced by generative AI, which could speed up the process. Time saved by delegating rote work to AI could be redeployed on higher-value activities, such as talking with customers or experimenting. At the same time, there are risks associated with increased reliance on AI. It can make up information and replicate biases, and present faulty logic as a confident conclusion. If employees believe what the AI produces, errors may proliferate. Employers need to rethink the value of human judgment and oversight. Decisions with the potential to cause serious harm should not be made by AI. Another concern is that generative AI destroys opportunities for junior workers. They are likely to get less experience, since AI can take over some of the tasks that these new workers used to perform. Employers need to rethink how to reshape junior positions so that they involve teaching young workers to become critical thinkers. In other words, an employer must invest time in ensuring that someone reviewing an AI-generated report has the smarts to identify any errors. Moreover, there is a danger that the technology will enhance the work of some knowledge workers more than others. Those with the expertise to understand the material generated by the AI can use it to augment their own performance. But employees without such mastery will have a harder time detecting errors. Employers should offer training and let employees have a say in the implementation of these new technologies. Generative AI will reshape the work of knowledge workers. Whether it empowers them or victimizes them will depend on the choices made by employers in the near future. When used with training and appropriate oversight, it has the potential to increase dramatically the productivity of knowledge workers, by taking over the tedious parts of their job and leaving them with more interesting tasks. But it can also lead to a race to the bottom, with employers seeking to lower costs by adopting technology and then reducing headcount.

If you type on the computer a lot, or write code, or just send a lot of emails, you can benefit from a mechanical keyboard. Mechanical keyboards are much easier on the fingers, faster to type on, and look better compared to what most laptops have. Here are some tips for getting the best mechanical keyboard you can. Make sure to go for switches with a bump in them Typists generally don't like the "linear" switches preferred by gamers, as they don't give a positive click when hitting a key. Tactile switches give a bump when the key is registered, allowing the typist to know when a letter has been successfully sent. You'll know when you hear people talking about switches with a click in them, such as the Cherry MX Blues or the Gateron Pro Browns. Avoid clicky switches as they are generally quite loud While the clacky sound is great to hear while watching videos, you probably don't want to type on them during work and have your roommates hate you. Go for a smaller board as full size boards take up a lot of space. Most typists go for something around the size of 75% or TKL (Tenkeyless), which allows for the arrow keys and other keys a typist would need while letting the mouse rest closer to the body. Make sure to get a keyboard with PBT keycaps instead of ABS The keys on cheap keyboards are often made of ABS plastic, which can get shiny and oily after some time. PBT keycaps feel nicer and don't get that oily sheen. Get a wrist rest if you're going to be using the keyboard for long periods of time. Most mechanical keyboards are significantly higher than the low profile chiclet keyboards found on laptops nowadays. A small piece of wood or foam can help bring the wrists into a neutral position and prevent health issues down the road. Make sure to get a keyboard with hot-swappable switches if you're not sure about which switches to get. Hot-swappable keyboards allow the user to change out the switch without soldering, allowing a much more risk free experience. Consider going for a deeper profile. Most keycaps have a shape to them, called a profile. The most common being OEM, Cherry, or sculpted. Going for something a bit deeper will let you rest your fingers in their natural position instead of on top of the keycaps Consider buying a mousepad(desk mat)/felt board. Having a thick mousepad will cushion the low end frequencies of the mechanical keyboard, letting it sound a bit nicer. If you're not a fan of high profile mechanical keyboards and are looking for something not too different from your laptop, consider a low-profile mechanical keyboard such as the NuPhy Air series. You get most of the benefits of a regular mechanical keyboard, only without the steeper learning curve. Learn to "float". Typing on a mechanical keyboard takes some time to adjust to, as using a laptop or chiclet keyboard doesn't really let the fingers spread out. The typist must learn to glide across the keys instead of smashing them down. This should let you type faster and with less effort.

Since then, in my introductory programming classes, I have enjoyed writing code, but I have always been particularly fascinated by what happens to it after the last closing bracket. What user base will the product acquire, and what problems will the target users bring to the developers' doorstep? This question drove me to improve the UX of my university club's website. I volunteered to redesign the club's website and engaged in user research by interviewing the existing members and testing prototypes with them. I saw the frustration on my friends' faces when they had to navigate the registration system for our upcoming events. It was exciting to see the final product and realize that all the clutter could be eliminated to make the registration take only a couple of minutes. I want to create products people will enjoy using, so I am always looking for an opportunity to turn the acquired knowledge into an empathetic experience for the user. HCI is a field that combines my interests: psychology, design, engineering, and ethics. The field also involves learning the technical side of interface design, which I am eager to learn. However, I am interested in the fundamental questions of the nature of interfaces and their impact on the users. For example, how can we make products accessible to as many people as possible, including persons with disabilities? How can we design algorithms and systems that are interpretable and trustworthy? And finally, how can we use the technology to make our lives better, not rob our privacy and attention? These are the types of questions I would like to explore further in my specialization in Human-Computer Interaction. By specializing in Human-Computer Interaction, I intend to get a solid theoretical foundation in the principles of interaction between humans and computers. I desire to get to the bottom of the psychology and technology parts of UX and become a universal expert in the field. I also want to meet and work with diverse teams of developers and designers to create products that are accessible, efficient, and user-friendly. That is why I am interested in continuing my education in Human-Computer Interaction at your university. This is my primary motivation for pursuing this specialization. My ultimate goal is to help design inclusive software and services that prioritize user experience, so I can contribute to making technology accessible to all. Whether in an industrial or academic setting, working on such projects motivates me to do my best.

How to Publish a Self-Illustrated Picture Book Publishing a picture book requires more than just attaching words to completed drawings. Create a book that satisfies your target audience, and then determine the most suitable and cost-effective publishing approach. Develop the text and drawings. Define the target audience and research picture books created for similar age groups. Edit the text until it is easy to read out loud and the illustrations complement the text, providing additional meaningful details not mentioned in the text. Create a dummy, a paginated sample of the book indicating placement of text, images, and page turns, to identify potential pacing issues before finalizing the dummy. Finish and prepare the drawings: ensure that the characters are consistent throughout the book and the drawings are prepared in the required format. If the drawings are created traditionally, scan or photograph them according to the required specifications. If the drawings are created digitally, ensure that the image size, resolution, color mode, and bleed – the trim area of a printed piece that is outside the page margins – are appropriate. Allow sufficient space for text placement. Determine the most suitable publishing option. When looking for traditional publishing options, identify literary agents or publishers that specialize in picture books authored and illustrated by the same person and follow their submission guidelines. You may be required to submit the manuscript, dummy, finished spreads, and a link to your portfolio. Note that traditional publishing houses typically include proofreading, editing, graphic design, typesetting, printing, and distribution services in the contract. However, the acquisition process can take a long time. Self-publishing offers more control and faster results but requires you to cover all expenses and develop a marketing strategy. Always request a physical proof to evaluate the quality of paper, color accuracy, binding, and other considerations since proof samples may appear different on a computer screen. Ensure that the selling price covers all expenses incurred. Finalize the book’s design and layout. Hire a professional proofreader or editor – even if you have revised the manuscript multiple times – and request a proofreading sample to ensure that no errors were made when typesetting the manuscript. Note that the text placement in the final proof can differ significantly from the draft or dummy, affecting readability. Create a compelling cover and a brief description of the book’s content for the purposes of marketing. Ensure that you understand whether you will need to assign an ISBN – an international standard book number – to your book and how it will be distributed: these factors will affect your marketing and sales strategies. Before ordering prints, request a proof copy and examine each page to ensure that no errors were made during the printing process. Market the book to increase visibility and identify potential sales channels. Set a realistic print run budget and order samples to ensure that the quality and size are appropriate. Create a website as an author and illustrator to post your portfolio and allow customers to purchase the book. Contact local bookstores, libraries, and children’s events to schedule readings or workshops. Provide these organizations with a brief description of the book and its target audience. Ensure that all logistics, such as sample copies and equipment for workshops, are arranged in advance. Remember to keep all receipts and records of your expenses for tax deduction purposes. Note that publishing a book is a complex process that involves numerous financial and creative aspects, and a well-prepared dummy, proof copy, and marketing strategy will help you avoid costly mistakes.

Precision Without Compromise: The Stainless-Steel Ruler Measure once, cut once. This precision-machined stainless-steel ruler is the perfect tool for makers, machinists, engineers, and designers who demand absolute precision from their tools. Each ruler is CNC-milled from a solid bar of premium 304 stainless steel, and features a satin brushed surface that resists reflections and fingerprints. The markings are etched into the steel for a lifetime of readability, and will never fade, smudge, or wear off. The markings are accurate to within ±0.01" and the ruler features easy to read imperial and metric scales on opposing edges with fine 1/64" divisions and 0.5 mm increments. The precisely machined edges are absolutely flat and true, making the ruler a useful straightedge for scribing, marking, and trimming. The cork backing prevents slippage on any working surface, and a hole at the end of the ruler lets you store it out of the way when not in use. Corrosion resistant, durable, and surprisingly lightweight, this ruler is a perfect addition to any workshop. Features: 12" / 300 mm length Etched markings Cork non-slip backing Rust-resistant 304 stainless-steel construction

If you spend hours and hours tapping away on a keyboard, it really does become your co-worker. Here are 10 tips to finding and getting the most out of your mechanical keyboard. 1. Know thy switches: Linear switches (Reds), Tactile switches (Browns) and Clicky (Blues). Practice makes perfect so don't be afraid to try out some different switches! 2. Actuation force: This refers to how much pressure needs to be applied to register a key press. The lower the weight or pressure needed, the less fatgued your fingers will be after 8 hour of working. 3. Choose your size wisely: If you have a full size board, you're using that number pad for a reason, right? Tenkeyless and 75% boards are perfect if you want to save your desk space. If you're not using your number keys much, you could be doing your back a favor as well by having a more compact keyboard. 4. Know your office environment: Clicky switches can be quite the annoyance depending on where you work. Unless you're in your own office with soundproof walls, consider buying a keyboard that doesn't require a lot of clacking around. 5. Wrist rests are your friends: Ergonomics has been proven to improve comfort and reduce muscular strain so keep that in mind when buying your keyboard. 6. The shape and materials of your keycaps matter too: PBT keycaps tend to feel nicer and are less likely to get shiny, while ABS keycaps are slippery and cheap feeling. Low profile keycaps are the new high profile keycaps. If you're used to a laptop, they might feel nicer. Just remember that profile changes what your fingers feel. 7. Get split: They're really not that weird. Split keyboards let your shoulders rest more comfortably. It might take a couple weeks to get used to, but your back will thank you. 8. Hot swap sockets: They're the future. With hot swap boards, you can simply remove switches to replace them, instead of needing to rework the whole board. This means you can have more fun with switches and not worry about spending hundreds of dollars on a board you only like for a few weeks. 9. Clean it regularly: crumbs, dust, mystery gunk. Whatever you call them, whatever you think they are, they get trapped in your keyboard. I personally take off my keycaps every few months and clean the inside of the keycaps and your PCB. 10. Customize Thy Layout: Program your most used keys. Make custom macros. Remap your win key. Whatever it is, don't be afraid to do it! ## Final Tips Your ideal mechanical keyboard depends on how and for what you'll use it. It's easy to get sucked in by the online discourse about certain switches, brands, or PCBs, but it's best to just start with a budget-friendly 100% backlit keyboard, discover your preferences, and move from there. With a mechanical keyboard, you'll find more reasons to type than ever before!

The battle lines in the discussion around generative AI and knowledge work are drawn between the proponents who see the coming of the age where analysts, writers, and programmers will be replaced en masse and the skeptics who see the technology as a glorified autocomplete. Both are correct in broad strokes but miss the nuance that generative AI will disrupt the world of knowledge work not by replacing specific professions but by commoditizing the means of production. In other words, the basic cognizance tasks will become cheaper and easier, while the more nebulous skills will be in higher demand. To begin with, it is worth speculating on what exactly generative AI can do. It can write emails, summarize documents, write boilerplate code, and generate copy for most products. In short, it can do most of the tasks that a person would do in an entry-level position. According to the researchers at MIT, people who used the AI to complete their writing tasks were able to finish them around 40% faster and of a better quality. Similarly, GitHub’s statistics show that developers using Copilot write code much faster than those who do not. Therefore, there is no doubt that using generative AI makes the process of completing a task much quicker and cheaper. With that said, the commoditization of the means of production will affect the value of the activities performed around it. It implies that the first draft is no longer the end of the process but its beginning. Someone will always have to take the paper that the AI has generated, decide whether it is accurate enough, and edit it into quality content. Additionally, someone will have to make the rules that the AI will follow and judge whether the output is suitable for the purpose. Currently, it is not a problem because most of that work is usually done by junior specialists or those in unrelated fields. If generative AI becomes ubiquitous at the workplace, there will be a scramble for senior staff to do the work of entry-level employees A lot of people argue that the spread of such technologies will lead to a point where even the most nebulous skills will be taken over by AI. One has to admit that the argument is not without its basis. As the technology advances, there is a realistic scenario where it can become sophisticated enough to handle tasks that require judgment and discretion. However, it is also logical to presume that the introduction of generative AI into the workplace will affect the nature of work itself. The most likely outcome is that the means of production will be shifted to the individual, similar to how spreadsheets affected accountants. There is no question that spreadsheets did not replace accountants but changed the nature of their work, which in turn increased the demand for people who could operate spreadsheets. Therefore, the best course of action for both employees and employers is to prepare for the change. For workers, that most likely means learning to develop and maintain judgment and discretion. For employers, it indicates a need to change the structure of the workplace and the employee training programs. All in all, generative AI will be a lever that can either destroy the workplace or improve it at an unprecedented scale.

Digital privacy laws can make personal information safer, but as data is shared between applications, advertisers, brokers, and governments, these protections might not always be clear, easily enforced, or easy to exercise. Recent legislation like the European Union’s General Data Protection Regulation and California’s privacy laws provide a degree of access and control over personal information, but depending on where a person lives and works, protections can be inconsistent, broad, or entirely absent. Users of technology might face different rules from one service to the next and encounter varying levels of access to — or ability to remove — one’s information. Even when permission is necessary to use or share data, complicated language in privacy notices could make it hard to compare how information might be treated across companies, and a person might not have a practical alternative to agreeing if a service is needed to do one’s work or education. Meanwhile, law enforcement must navigate complicated technical issues and inconsistent rules when enforcing privacy laws, and the penalties for misusing information might well be easier for larger organizations to absorb than smaller ones. And with new technologies, there are growing concerns about how much inference made by artificial intelligence on data that seem innocuous in one context might become when combined with other data or presented out of context, and how much data aggregation occurs without people knowing which companies possess which information, beyond the protections offered by privacy laws. That is not to minimize the effect such laws have in providing access to information, limiting what companies can collect by design, and imposing penalties when rules are deliberately circumvented. But when it comes to personal information, legal rights to access and control are not the same as being able to exercise them, particularly when it comes to technology that offers little or no option but to share information freely in exchange for services. The growing focus of privacy laws is likely to turn to placing more responsibility on organizations to limit collections, protect what is necessary, and justify how information is used, rather than asking individuals to make choices about something as fundamental as location data, purchasing habits, or web browsing. For digital privacy laws, there is likely to be a long period of adjustment as laws clarify, companies adapt, and the rules around sharing information change dramatically, but the right to legal privacy is likely to remain a fundamental limitation on how much information technology companies can collect.

How to Publish a Picture Book Guide ## 1. Perfect Your Manuscript A picture book is usually 500 words or less and 32 pages long. Write a concise script, read it aloud to catch inflection and rhythm, and test it with children. Remember that the illustrations tell part of the story, so don’t describe elements that will be seen in the artwork. ## 2. Create a Storyboard and Dummy Draw thumbnail sketches of each 32-page spread (usually 12-14 pages, plus front and end matter), then create a dummy to see how the story flows from one page to the next. Allow space for the gutter (where pages are folded) so important elements aren’t lost in the middle of a spread. ## 3. Choose Your Publishing Route Traditional publishing: Most picture book authors and illustrators begin the process by preparing a polished manuscript and sample illustrations (about two or three spreads) and a dummy (see above). Query literary agents and publishers that buy picture books, following their guidelines for submissions, and be prepared for a lengthy and possibly discouraging process. The Society of Children’s Book Writers and Illustrators (SCBWI) offers valuable resources for finding markets for your stories. Self-publishing: If you want more control and a greater profit per copy sold, self-publishing offers those benefits, but requires more time and money. For this option, see How to Self-publish a Picture Book. ## 4. Prepare Your Finished Artwork (for Self-publishers) If you are self-publishing, prepare your image files at 300 dpi resolution and in CMYK color mode or the printer’s preferred color space. The files should have a 0.125 bleed, and be in a standard trim size such as 8.5 x 8.5 or 8 x 10. Text and graphics should be at least 0.5 inches away from the edge of the page. ## 5. Tend to the Details Hiring an experienced children’s book editor can make a huge difference. Trade chapters with other writers or hire a professional editor to give you notes on your manuscript. Choose fonts that are engaging, large enough to read, and have sufficient contrast. Buy your ISBN through Bowker so that your book will appear in bibliographic databases as your publication. Register your copyright with the U.S Copyright Office. ## 6. Choose a Printing Option Online printers such as Amazon Kindle Direct Publishing and IngramSpark offer print-on-demand (POD) services for books. These are convenient options that don’t require large minimum orders or initial inventory. For larger print runs and higher quality (especially hardcover books), consider offset printing, in which the printing plates are assembled into a press and print copies one at a time. Always order a proof or sample copy to make sure the colors are rendered correctly. ## 7. Promote, Sell, and Distribute Your Book Create a website or blog and build an email list for launching your books. Market to school and public libraries as well as independent bookstores. Set up author visits and school talks, and provide printable activities and reading guides for teachers and parents. Build buzz by offering advance copies to influential reviewers and running a reward crowdfunding campaign to help defray expenses. Contact other parents and book lovers on social media to generate prelaunch interest and sales. ## 8. Continue to Write Building a catalog is a great way to build a better platform, and most self-published authors do this anyway. It’s also smart to listen to your audience and respond to their desires. Either way, your picture book career – with its characters, colors, and clever stories – will be on a steady upward trajectory.

As legislators around the world applaud new privacy laws, researchers and advocates say the laws are proving ineffective against the sheer scale of modern data collection. Europe's General Data Protection Regulation, California's Consumer Privacy Act and a host of other laws have given consumers new rights in relation to their data. But researchers say that, in reality, those protections are often ineffective. A big part of the problem, many say, is that current privacy laws are based on the idea that people give consent when they share personal information. Consumers do not always know what they are consenting to, since few people read terms and conditions, and those that do get overwhelmed trying to understand them. An oft-cited study that found people spend weeks just reading everything they need to to in order to understand a single transaction. Meanwhile, "consent" options tend to be presented in a way that convinces users to accept rather than think critically. Another issue is enforcement. With thousands of companies falling under their jurisdiction, regulators don't have enough resources to thoroughly investigate each violation. Even when they do find someone guilty, the financial penalty is often miniscule compared to the profits being made by that company's data mining practices. This has resulted in companies such as Google treating regulatory fines as a normal part of business. At the same time, the global nature of the internet undermines attempts by governments to assert control. Since communications between consumers and businesses take place within milliseconds on giant servers, authorities in one country do not have control over information moving into and out of their country. Disputes over the transfer of data between Europe and the US have already resulted in the mutual cancellation of data sharing agreements by both governments. Technological advances in data analysis and storage are making privacy even harder to manage. By combining multiple databases, companies can recreate a data profile of an individual even if their information on that person has been deleted. In addition, data privacy laws tend to only apply to explicitly collected information, not data that can be inferred from other information. Predictive algorithms are being used to make guesses about all sorts of information about consumers, from health to wealth. Laws governing consumer data do not apply to the data brokerage industry or to other information held by companies. These industries hold massive amounts of information on individuals, much of it potentially valuable to law enforcement. While authorities now obtain warrant to access private databases, they can also simply buy the information from corporations for a price. Many privacy advocates say that a better approach would be to restrict companies from collecting data in the first place, particularly in areas relevant to identity. They propose stricter data minimization laws that prevent companies from engaging in any data practices irrelevant to the services they provide. This includes the outright banning of data sales by tech giants such as Google in the case of sensitive information such as location data. Industry proponents, however, say such restrictions would hamper innovation and place an unfair burden on smaller companies that do not have the resources to deal with complex regulations. As artificial intelligence grows more sophisticated, requiring more and more information for training, the debate is expected to heat up. For now, authorities urge consumers to protect their own data, an impossible task for most ordinary internet users.

The most practical solution to the dilemma is what is called the "Percent for Art" policy, in which a fraction (usually between 0.5-1%) of large public-works projects is set aside for the incorporation of art. It allows art to be integrated into the landscape without taking away from necessary construction. A boring highway underpass can be made into a sculpture. Stormwater retention basins can be turned into public parks. Murals at bus stops can replace graffiti and provide a community aesthetic that cuts down on clean-up costs. In addition, the art itself can bring new life, energy, and people to an area, increasing the value of businesses and allowing the renewal of the surrounding city. Most importantly, the integration of art into infrastructure builds a sense of place, safety, and pride in the community that would otherwise be sorely lacking. While large-scale projects are necessary to provide the framework for any society, they do little to enrich the experience of everyday life or build a sense of community. Making art a part of the infrastructure allows it to be more than an afterthought or a novelty, and can generate the same positive effects that large-scale projects do, without sacrificing the city's physical needs to its aesthetic ones.

If you have to choose between funding art or fixing up water treatment plants, bridges, and emergency services, you pick the latter. Residents should get the basic necessities first and foremost. That does not mean art isn't important, but it should be held off of until the essentials are taken care of. Art does not come cheap, but according to a study and community experience, art can bring a community together, create a positive image, attract people to your area, and give local artists a nice source of income. The best way to fund art is to put it aside one to two percent in big projects like roads, bridges, and transit systems. This allows art to be put into an area without having to fight a bigger budget for something more necessary. New buildings, roads, and transit systems could also be slightly nicer to look at for a small price. The art funded should also be transparent and allow the community to vote on what is and is not approved. People are more likely to support art that brings value and history to a place, and knows that if they don't approve a bill, their voice is being heard. Having the essentials taken care of is crucial for any area. To sum it all up, fund the essentials, fund small percentages for bigger projects, allow outside funding, and have transparency. Art is important, but not when the water won't work.

[Your Phone Number] | [Your Email Address] [Your Portfolio/Vimeo Link] | [Your Location] [Date] [Hiring Manager's Name or Search Committee] [Production Company / Project Name] [Company Address / "Remote"] Dear [Hiring Manager's Name or "Documentary Production Team"], I am reaching out about the freelance Documentary Editor opportunity for [Project Title or "your upcoming documentary feature"], and thought I'd share my resume with you. As someone with a background in documentary work, I would love to contribute my narrative flair and editing chops to your team's exciting work in this space. For the last [Number] years, I've been working as a documentary editor, and I cut hundreds of hours of verite footage and hours of interviews into tight three-act features and docuseries for a living. I like to think of myself as the person who takes the "rough draft" of a documentary film and shapes it into the finished product. To me, the documentary film editor is the person who understands how to balance the emotional impact and integrity of the subject matter with the formal elements of story structure, pacing, and filmmaking grammar while telling the story of real people with honesty and sensitivity. Most recently, I was the lead editor for [Title of a Recent Project], a [feature/short] documentary about [brief description, e.g., "the environmental impact of plastic"]. I was responsible for editing the film's first assembly from over [150] hours of unedited footage, designing the temp track, and working with the director to realize the film's dramatic structure. It's since [seen at XYZ Film Festival / distributed by ABC / received critical acclaim]. I'm a quick study when it comes to new software, and I have a deep knowledge of documentary form and the editorial needs of the form, but I think my most valuable skill as a documentary editor is my ability to work closely with others. Documentary filmmaking is ultimately a collaborative medium, and I have developed a reputation as an approachable, flexible, and easy to work with editor who is always looking for ways to improve the film. I have no ego when it comes to my own work, and I'm always open to notes from directors and producers. I hope you will consider me for this freelance position. If you think I might be a good fit for this project, I'd love to see your assembly, or hear more about your general vision for [Project Title]. Thanks so much for your time and consideration, and I hope we can work together soon. Warm regards, [Your Name] [Link to Showreel / Website]

A good mechanical keyboard is good, but with a plethora of switches, layouts and keycaps to choose from, it's easy to get lost in the process. Here are some tips to help you get what you want. Think about how you type. Do you write a lot, or just send out some quick emails every once in a while? Are you a typist or a gamer? What you do the most will decide the features you need to put more attention into later. Try out switches. Linear switches are smooth, tactile switches have a bump to them, and clicky switches click. A switch tester is a useful tool in deciding which switches to choose. Don't go for switches with a louder click unless you're prepared for the sound. While it can be satisfying to hear your keyboard type, it can also be disturbing if someone is trying to talk to you or you're trying to record something. Think about the layout. A full size keyboard has a number pad, while the tenkeyless is more compact. There are other sizes as well, and some are made specifically for gamers. Whatever you choose, make sure you're not sacrificing your mouse space or keys you'll need. The shape of the keycaps can change the comfort as well. Different keycaps aren't only taller or shorter, they can be squashed in too. If the keycaps on a keyboard feel weird on your fingers, it's most likely the keycaps' fault and not the switches'. Go for a comfortable height. Some keyboards are very sloped. While that may help your posture, it's probably best to only use those kinds if you need to type for long periods of time. Your wrists could also be killing you from constantly hunching over. A flatter keyboard usually helps with that, so make sure to test the feel of the keyboard. Also, don't forget to take breaks! Check the stabilizers. Stabilizers make big keys (Enter, Space, etc.) smooth by adding a second stem parallel to the switch stem. If the stabilizers are done poorly, the bigger keys may ratttle or feel wobbly, ruining the feel of the keyboard. Get a hot-swappable keyboard. Hot-swappable keyboards give you the chance to change up your switches whenever you want. This is a great way to see if you like new switches without spending too much money. However, keep in mind that you don't really need this. Think about what you want. Do you want multimedia keys or a detachable cable? Do you want it to be wireless or plug into your computer? The things you do with your keyboard is what decides if it's the right fit for you. Set a budget, and maybe add a little extra for a nice keycap or switch set. It's good to keep upgrading your keyboard, but you don't always need the latest and greatest stuff to type comfortably. Always prioritize comfort, and then add in the things you want to make your keyboard more enjoyable. There is no perfect keyboard for everyone. If you can, sample a few different ones and see how they feel after typing for a little bit, then go with what's comfortable.

I am writing to you to apply for the position of freelance documentary editor. Over the past eight years, I have been working in the documentary field, editing content for traditional broadcasters and online sources. I have developed my skills in documentary editing and storytelling to be able to work with different types of content and genres. I started my documentary editing career as an assistant editor on a feature-length documentary about coastal climate communities. We spent more than 200 hours editing material, and I managed to help the director to assemble the film’s first cut, which eventually raised additional funds for post-production. Since then, I have edited various documentary projects, from online 8-minute videos to a 90-minute feature film premiered in the local film festival. I have strong technical skills in documentary editing software such as Adobe Premiere Pro and DaVinci Resolve. I also have some experience working in Avid Media Composer. Being a skilled editor also means being able to do amateur color correction, sound design, and motion graphics to deliver a finished product. I usually manage to find the right balance between the technical perfection of the editing and its artistic flaws, leaving the material as authentic as possible while telling a compelling story. If the task requires me to work with archival footage, I can organize media libraries, collect necessary materials, and follow all legal and technical standards for different types of footage and frame rates. I believe that documentary editing is a collaborative craft, which means that I am always looking for the best possible way to serve the director’s vision. In my experience, every director has a unique approach to editing, so I always try to understand their workflow and contribute to the project accordingly. I offer linear review cuts to my directors and am open to their feedback, revisions, and suggestions. My colleagues in documentary filmmaking have mentioned that they can always count on me to deliver the cut on time and within the budget while helping to find the main issues in the cut. When I recently edited a short documentary for a nonprofit organization, the initial rough cut was full of unnecessary repetitions and showcased characters that were totally uninvolved with the main subject. However, by rewatching the raw footage, I managed to identify a particular morning workflow that could serve as a strong narrative spine for the film. In the end, the film was shortlisted in two documentary film festivals and helped the nonprofit organization to raise significantly more donations than planned. Since most of my editing experience has been freelance, I can work remotely and am constantly looking for new collaborators. I have a reliable editing station and can work with different types of documentary projects, ranging from rough assembly cuts to full-scale post-production. I am also familiar with all the technical and legal details of documentary editing and can work with different file management systems. Please consider my application for the position of a freelance documentary editor. I am happy to discuss the specifics of the task and share my work samples and references from satisfied clients. Best regards, [Your Name] [Phone Number] | [Email Address] [Portfolio Link]

What attracts me to human-computer interaction is that, on the one hand, it is a highly technical field that involves solving problems related to the latest technological advances. However, even the most well-thought and efficient technology can fail if it is not intuitive enough and does not consider the audience’s needs closely enough. I am interested in the decision-making process that goes into designing such experiences and interactions. Moreover, I want to see how the professional evaluates the working hypothesis and addresses such factors as accessibility, privacy, and simplicity in a balanced manner. I aim to investigate the strategies and approaches that lead to the production of such hypotheses and research the process of transforming them into working prototypes. I am particularly interested in the topic of accessibility. The experience of my grandfather taught me that for some people, the convenience of technology is not inherent to the way they perceive the world. Therefore, even well-thought innovations, in my opinion, should be constantly tested by persons with diverse sets of skills to avoid the creation of barriers for any particular group. I want to improve my ability to interact with representatives of different populations and consider their needs during the development process. I also hope to hone my critical thinking and problem-solving skills and be able to apply them not only within the academic environment but in real-life settings as well. Human-computer interaction attracts me with its creative aspect. To improve the user experience and interface, one has to hypothesize, experiment, prototype, and test. I am interested in this iterative process and how critical thinking plays into it. As someone who is not afraid of making mistakes and learning from them, I find this to be an exciting challenge and a valuable direction to explore. I aim to study human-computer interaction to be a part of creating inclusive and accessible technologies. Working in this sphere, I hope to contribute to different projects, from healthcare-related issues to educational ones or even something not thought of yet. To me, success in this field would be building products and experiences that are intuitive and helpful without requiring additional explanation. I hope to achieve the satisfaction of enabling my grandpa to accomplish his tasks on his own without assistance and help him feel confident about using modern technologies.

BRUSSELS — When the EU first enforced the Global Data Protection Regulation (GDPR) in 2018, it was seen as a victory for privacy rights; a measure that would finally put an end to Big Tech’s ability to vacuum up any trace of personal information they come across on their digital platforms. Six years later, as similar regulations are drafted in California and New Delhi, digital rights advocates are growing increasingly concerned that these measures go only skin-deep. While laws like the GDPR and California’s own CCPA have outlawed certain forms of data collection on private citizens, technology companies have since adapted by utilizing new methods of gathering personal information not covered by current legislation. The greatest flaw in the design of privacy laws is its dependence on the now antiquated system of “notice and consent.” Experts say that forcing users to accept a site’s terms of service via an obtrusive pop-up window has led to “consent fatigue,” with many simply giving permission for data collection in order to save time A recent study conducted by the University of Oxford found that over 80% of web surfers grant permission for tracking simply to avoid spending more time on a page. Many critics of the GDPR say that by requiring consent, governments have created a situation in which users are given “informed” choices, but in reality are making decisions based on what they think, rather than what they know. In its current form, U.S. privacy laws are written in such a way that protects citizens from having their personally identifiable information (PII) extracted without their knowledge This means that information like social security numbers or email addresses cannot be collected by third-party data brokers without the express permission of the consumer. Yet what data brokers and technology firms realize is that they do not need PII to identify you. By collecting seemingly innocuous information like how long you keep your phone charged for or where you go on an average day, they can combine this information into a profile that can identify you with a 99% degree of accuracy. With the rise of AI, this problem has only grown more pressing. AI programs are trained using information extracted from billions of pages of online content. To date, few privacy laws make distinguishing between extracting information for a specific purpose like medical research or advertising revenue; both are permanently etched in the neural network of the AI software There is also the issue of enforcement. When it comes to data privacy laws, national authorities tasked with ensuring corporations follow the rules are often outgunned by the sheer legal might of multinational conglomerates who can afford to hire any number of attorneys to stall investigations. Even when companies do get fined, the amount is often minuscule when seen in the context of corporate profits. "We are using 20th-century concepts to grapple with 21st-century issues." Says data privacy expert Elena Vance of the Open Tech Institute. "The GDPR may stop companies that outright sell your information, but not ones who use indirect means of identifying you." As legislators in countries around the world begin to draft proposed privacy laws, Vance and her colleagues believe that the best course of action is to move away from a system based on notice and consent and towards legislation that prohibits any and all data collection practices by business altogether.

The rise of generative artificial intelligence has once again raised the specter of techno-apocalypse; that humanity's soon to be obsolete. From legal analysis and computer programming to medical diagnosis and creative writing, doomsayers predict that large language models will swallow up white collar jobs whole. However, viewed through the lens of economic and technological history, this is an irrational claim. Generative AI will not devalue knowledge work, but instead raise its quality and increase its availability, creating room for higher level thought and human specific skills to shine. History has shown that automation does not destroy the need for labor, but instead changes its nature. When the spreadsheet was first introduced in the 1970s, it did not destroy the need for accountants, it only changed it. Previously, an accountant was primarily a human calculator, doing the menial work of arithmetic from the comfort of their office. However, with the introduction of the spreadsheet, that changed. The need for accountants did not decrease, since they now had more time to do the parts of their job that required human thought. Generative AI will have the same effect on knowledge workers that the spreadsheet did on accountants. It will remove the menial busywork, and let them focus on the more human parts of their job. Generative AI makes performing at an expert level much faster and easier, democratizing the use of high level skills. Previously, to get good results from an employee, a manager would have to pay someone with years of training and a high salary. Generative AI can act as a researcher assistant, junior employee, and expert coder, all without the high salary. Knowledge workers who use generative AI can create much better results than they could previously, and regular employees can use AI to create results on par with experts in the field. Finally, generative AI does not remove the need for uniquely human skills, it makes other skills less valuable. There are many skills that are useful to an employee, but generative AI can perform many of them faster and with better results. For example, a junior level employee at a tech firm or a junior graphic designer at an ad agency could use generative AI to create high quality code or design assets. However, few of these same employees would be able to effectively lead a project, manage a client, or react appropriately to complex ethical situations. That is a task for uniquely human skills. Once generative AI saturates the market, the value of human specific skills will only increase. The idea that generative AI will make knowledge workers obsolete, is wrong, both economically and philosophically. Generative AI can be seen as an evolution of the spreadsheet, that will change the nature of work rather than destroy it. It will allow knowledge workers to focus on the more human parts of their job, which cannot be performed by machines. And by making expert level skills much more accessible, generative AI will create a boom of new ideas and products never before possible.