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Tennis Balls
Match ID: 0 Score: 1000.00 source: xkcd.com
qualifiers: 1000.00 xkcd
PhD Timeline
Match ID: 1 Score: 1000.00 source: xkcd.com
qualifiers: 1000.00 xkcd
Jupiter Core
Match ID: 2 Score: 1000.00 source: xkcd.com
qualifiers: 1000.00 xkcd
Chess Position
Match ID: 3 Score: 1000.00 source: xkcd.com
qualifiers: 1000.00 xkcd
Filter efficiency 99.606 (4 matches/1016 results)
********** FOOD **********
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HelloFresh Meal Kit Review (2025): Modern and Tasty, With Caveats
Tue, 29 Apr 2025 13:58:00 +0000
One of the oldest and biggest meal kits often feels the brightest and most modern. Little missteps hold some recipes back.
Match ID: 0 Score: 50.00 source: www.wired.com age: 1 day
qualifiers: 30.00 food, 20.00 recipes
Attenborough at 99: naturalist ‘goes further than before’ to speak out against industrial fishing in new film
Thu, 01 May 2025 06:00:17 GMT
The celebrated presenter warns of ‘modern day colonialism at sea’ as he highlights the destruction caused by overfishing and bottom trawling
When David Attenborough’s Blue Planet II documentary aired eight years ago, its impact was so strong it was credited with bringing about a revolution in the way people use plastics. Now film-makers are hoping he can do the same for other destructive environmental practices that the world’s best-known living naturalist describes as “draining the life from our oceans”.
The industrial fishing method of bottom trawling is the focus of a large part of Attenborough’s latest film, Ocean, which airs in cinemas from 8 May, the naturalist’s 99th birthday. In a remarkably no-holds-barred narrative, he says these vessels tear the seabed with such force “the trails of destruction can be seen from space”. He also condemns what he calls “modern day colonialism at sea”, where huge trawlers, operating off the coasts of countries reliant on fish for food and livelihoods, are blamed for dwindling local catches.
Continue reading...A melt-in-the-mouth dish of fried tenderised chicken in a mushroom and sweet wine sauce
The term escalope is borrowed from the old French escalope, meaning “shell or carapace”, which is likely to be borrowed from the old Norse skalpr (“sheath”) or Middle Dutch schelpe (“shell”). This explains the shape, and why the word evolved to describe a slice of meat that has been pounded until it’s the same slimness all over.
This week’s recipe is inspired by the restaurant Bocca Di Lupo in Soho, which a few months ago, after a night at the theatre with my parents, was one of the few places still open and more than welcoming to walk-ins at 10.30pm. Sitting on the high stools at the end of the long, marble bar, Dad chose ravioli filled with ricotta and spinach, while Mum and I had scaloppine di pollo al marsala e funghi (thin chicken escalope with mushrooms in a soft, slightly thickened marsala sauce). The meal and wine would have been superb in any circumstance, but the feeling of relief combined with the particular thick atmosphere that fills some restaurants at that point in the evening – charged with work and pleasure but starting to wind down – made this a particularly enjoyable meal.
Continue reading...In Long Beach, city with the largest diaspora of Cambodians in the US, people dance, eat and reflect on the 1975 killings
“Sousdey chnam thmey!” a rider shouted in Khmer into a megaphone while sitting atop a float swaddled in US and Cambodian flags. “Happy new year!” parade-goers yelled back from the street.
Thousands of Cambodian Americans gathered to celebrate the Khmer New Year in Long Beach’s Cambodia Town district – the heart of the largest diaspora of Cambodians in the United States.
Continue reading...  | submitted by /u/chrisdh79 [link] [comments] |
The first few months have seen record-breaking use of executive powers – here are some of the outlying trends
When reading a chart, an outlier is often the first thing you notice. The first 100 days of Donald Trump’s second term has been full of them: immigration arrests spiking. Markets falling. Emission trends reversing. Hundreds of day one pardons to insurrectionists. Record-breaking use of executive powers.
Continue reading...From a gluten-free mead to an award-winning white wine, these are the best premixed drinks to crack open
• The best low- and no-alcohol beers, wines and spirits
There is so much to love about a drink in a tin. Cans can be quickly and easily chilled, with their contents staying fresh; they’re widely recyclable, compact, lightweight and portable; there’s no fear of cans smashing into smithereens; you don’t require any gadgets to open them – and they vastly improve any journey or gathering.
If you’re heading to the park for alfresco socialising, no longer are your beverage options limited to just a four-pack of lager or a can of Diet Coke. From craft beers and wine to G&Ts, cocktails and an array of soft drinks, choice isn’t an issue.
Continue reading...For years, artificial dyes have been linked to health issues and even ADHD in children, but the US is only now looking at banning them
One of my favourite memories as a child growing up in Miami was going to the local fair and having bright-blue cotton candy – candy floss, as you’d call it in Britain. My siblings and I would stick out our tongues to compare how blue they were. Sometimes as blue as the milk in our Lucky Charms cereal bowls, where the marshmallows shaped like blue moons, horseshoes and rainbows coloured anything that got in contact with them. Candy corn was a staple on Halloween, and corn syrup jugs were ubiquitous at Thanksgiving to bake pumpkin and pecan pies. These were rare treats – we were an immigrant family who largely ate traditional Indian food – and for that caution, I’m grateful.
We now know how artificial food colourings affect the cognitive, behavioural, metabolic and nutritional development of children, and how they are linked to attention deficit hyperactivity disorder (ADHD). This includes my favourite brilliant blue dye. A 2024 scientific review of the evidence titled Synthetic Colors in Food: A Warning for Children’s Health refers to the possible toxicity levels of these additives, and suggests substituting dyes from completely natural sources instead.
Continue reading...We would like to hear the story behind a cooking utensil passed down through generations of your family
As Bee Wilson writes in her Guardian long read, people can invest objects in their kitchens with strong meanings or emotions:
Many people told me that they could still feel the presence of a lost parent or partner in their china cupboard. I met someone who said that the one object belonging to his mother that he and his siblings all wanted when they cleared her house was a glass salad-dressing maker. His mother never rinsed out the garlic at the bottom, just adding fresh garlic before pouring in the oil and vinegar, meaning that this vessel carried the garlicky essence of decades of shared meals.
Continue reading...From scrumptious and slurpable to ghastly and gluey: our Rome correspondent tastes and rates UK supermarket spaghetti
• The best kitchen knives for every job – chosen by chefs
I’m looking for four things in pasta. First, its ability to hold up during cooking: good pasta retains structure and form, which helps it retain flavour and digestibility, which are the second and third things I look for. If the opposite is true and the pasta is not muscular, there is a good chance it will be flabby one minute and pudding-like the next, which adversely affects flavour, digestibility and – the fourth thing I look for – its ability to hold sauce. This fourth aspect is interesting, because, while a more rustic-looking, fine sandpaper-like texture is the visibly good sauce-catcher, some apparently smoother surfaces are surprisingly good with sauce, which is why trying out different brands can be really worthwhile.
To test, I looked at the spaghetti raw, for its colour and texture, then I cooked it according to the rule of thumb of a litre of water salted with 10g of salt for every 100g of pasta. I always bring the water to a boil, then add salt, then stir, before adding the pasta and letting it come to a boil again before starting the timer.
Continue reading...They are everywhere – and they may be messing with your body more than you realise. They’re linked to obesity, gut issues, even chronic disease. But how exactly are UPFs making us sick?
Neelam Tailor speaks to the food philosopher and former industry insider Prof Barry Smith, who breaks down what UPFs do inside your body, how food companies keep us hooked, and how you can reduce how much UPF you eat
Continue reading...A weekly email from Yotam Ottolenghi, Meera Sodha, Felicity Cloake and Rachel Roddy, featuring the latest recipes and seasonal eating ideas
Each week we’ll send you an exclusive newsletter from our star food writers. We’ll also send you the latest recipes from Yotam Ottolenghi, Nigel Slater, Meera Sodha and all our star cooks, stand-out food features and seasonal eating inspiration, plus restaurant reviews from Grace Dent and Jay Rayner.
Sign up below to start receiving the best of our culinary journalism in one mouth-watering weekly email.
Continue reading...What happens when western billionaires try to ‘fix’ hunger in developing countries? Neelam Tailor investigates how philanthropic efforts by the Gates Foundation, the Rockefeller Foundation and the organisation they set up to revolutionise African farming, the Alliance for a Green Revolution in Africa (Agra), may have made matters worse for the small-scale farmers who produce 70% of the continent's food.
From seed laws that criminalise traditional practices to corporate partnerships with agribusiness giants such as Monsanto and Syngenta, we explore how a well-funded green revolution has led to rising debt, loss of biodiversity and deepening food insecurity across the continent
Continue reading...Plastics are everywhere, but their smallest fragments – nanoplastics – are making their way into the deepest parts of our bodies, including our brains and breast milk.
Scientists have now captured the first visual evidence of these particles inside human cells, raising urgent questions about their impact on our health. From the food we eat to the air we breathe, how are nanoplastics infiltrating our systems?
Neelam Tailor looks into the invisible invasion happening inside us all
Continue reading...Style, with substance: what’s really trending this week, a roundup of the best fashion journalism and your wardrobe dilemmas solved, direct to your inbox every Thursday
Style, with substance: what’s really trending this week, a roundup of the best fashion journalism and your wardrobe dilemmas solved, delivered straight to your inbox every Thursday
Explore all our newsletters: whether you love film, football, fashion or food, we’ve got something for you
Continue reading... |
Imagine a world in which you can do transactions and many other things without having to give your personal information. A world in which you don’t need to rely on banks or governments anymore. Sounds amazing, right? That’s exactly what blockchain technology allows us to do.
It’s like your computer’s hard drive. blockchain is a technology that lets you store data in digital blocks, which are connected together like links in a chain.
Blockchain technology was originally invented in 1991 by two mathematicians, Stuart Haber and W. Scot Stornetta. They first proposed the system to ensure that timestamps could not be tampered with.
A few years later, in 1998, software developer Nick Szabo proposed using a similar kind of technology to secure a digital payments system he called “Bit Gold.” However, this innovation was not adopted until Satoshi Nakamoto claimed to have invented the first Blockchain and Bitcoin.
A blockchain is a distributed database shared between the nodes of a computer network. It saves information in digital format. Many people first heard of blockchain technology when they started to look up information about bitcoin.
Blockchain is used in cryptocurrency systems to ensure secure, decentralized records of transactions.
Blockchain allowed people to guarantee the fidelity and security of a record of data without the need for a third party to ensure accuracy.
To understand how a blockchain works, Consider these basic steps:
Let’s get to know more about the blockchain.
Blockchain records digital information and distributes it across the network without changing it. The information is distributed among many users and stored in an immutable, permanent ledger that can't be changed or destroyed. That's why blockchain is also called "Distributed Ledger Technology" or DLT.
Here’s how it works:
And that’s the beauty of it! The process may seem complicated, but it’s done in minutes with modern technology. And because technology is advancing rapidly, I expect things to move even more quickly than ever.
Even though blockchain is integral to cryptocurrency, it has other applications. For example, blockchain can be used for storing reliable data about transactions. Many people confuse blockchain with cryptocurrencies like bitcoin and ethereum.
Blockchain already being adopted by some big-name companies, such as Walmart, AIG, Siemens, Pfizer, and Unilever. For example, IBM's Food Trust uses blockchain to track food's journey before reaching its final destination.
Although some of you may consider this practice excessive, food suppliers and manufacturers adhere to the policy of tracing their products because bacteria such as E. coli and Salmonella have been found in packaged foods. In addition, there have been isolated cases where dangerous allergens such as peanuts have accidentally been introduced into certain products.
Tracing and identifying the sources of an outbreak is a challenging task that can take months or years. Thanks to the Blockchain, however, companies now know exactly where their food has been—so they can trace its location and prevent future outbreaks.
Blockchain technology allows systems to react much faster in the event of a hazard. It also has many other uses in the modern world.
Blockchain technology is safe, even if it’s public. People can access the technology using an internet connection.
Have you ever been in a situation where you had all your data stored at one place and that one secure place got compromised? Wouldn't it be great if there was a way to prevent your data from leaking out even when the security of your storage systems is compromised?
Blockchain technology provides a way of avoiding this situation by using multiple computers at different locations to store information about transactions. If one computer experiences problems with a transaction, it will not affect the other nodes.
Instead, other nodes will use the correct information to cross-reference your incorrect node. This is called “Decentralization,” meaning all the information is stored in multiple places.
Blockchain guarantees your data's authenticity—not just its accuracy, but also its irreversibility. It can also be used to store data that are difficult to register, like legal contracts, state identifications, or a company's product inventory.
Blockchain has many advantages and disadvantages.
I’ll answer the most frequently asked questions about blockchain in this section.
Blockchain is not a cryptocurrency but a technology that makes cryptocurrencies possible. It's a digital ledger that records every transaction seamlessly.
Yes, blockchain can be theoretically hacked, but it is a complicated task to be achieved. A network of users constantly reviews it, which makes hacking the blockchain difficult.
Coinbase Global is currently the biggest blockchain company in the world. The company runs a commendable infrastructure, services, and technology for the digital currency economy.
Blockchain is a decentralized technology. It’s a chain of distributed ledgers connected with nodes. Each node can be any electronic device. Thus, one owns blockhain.
Bitcoin is a cryptocurrency, which is powered by Blockchain technology while Blockchain is a distributed ledger of cryptocurrency
Generally a database is a collection of data which can be stored and organized using a database management system. The people who have access to the database can view or edit the information stored there. The client-server network architecture is used to implement databases. whereas a blockchain is a growing list of records, called blocks, stored in a distributed system. Each block contains a cryptographic hash of the previous block, timestamp and transaction information. Modification of data is not allowed due to the design of the blockchain. The technology allows decentralized control and eliminates risks of data modification by other parties.
Blockchain has a wide spectrum of applications and, over the next 5-10 years, we will likely see it being integrated into all sorts of industries. From finance to healthcare, blockchain could revolutionize the way we store and share data. Although there is some hesitation to adopt blockchain systems right now, that won't be the case in 2022-2023 (and even less so in 2026). Once people become more comfortable with the technology and understand how it can work for them, owners, CEOs and entrepreneurs alike will be quick to leverage blockchain technology for their own gain. Hope you like this article if you have any question let me know in the comments section
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The deal with Javier Milei shows how America-first dealmaking is bending global finance to serve authoritarian and extractive ends
It is famed for hard-nosed bargaining with crisis-hit countries, so why did the International Monetary Fund throw a $20bn lifeline to the serial defaulter Argentina – despite alarm on its board? The answer is that the country’s rightwing leader, Javier Milei, is Donald Trump’s “favourite president”. Amid unease over handing a third of the IMF’s global lending to its largest debtor, the deal passed with $12bn upfront. The IMF has long been intellectually compromised – promoting stability while enforcing neoliberal orthodoxy. Under Mr Trump, it is ethically compromised too.
Mr Milei’s bailout marks the second Trump-era rescue for Argentina. In 2018, the fund handed Buenos Aires a record $57bn – but cut it off when its then president, Mauricio Macri, a Trump family friend, was not re-elected. That deal now looks nakedly political. With the US holding an effective board veto, the fund’s independence was always fragile. It’s now completely subordinated. A US takeover of the IMF threatens deeper instability than any Argentinian default.
Do you have an opinion on the issues raised in this article? If you would like to submit a response of up to 300 words by email to be considered for publication in our letters section, please click here.
Continue reading...Justice Democrats, the group that helped elect the Squad, is backing a primary against AIPAC-backed incumbent Rep. Shri Thanedar.
The post Down Two Squad Members, Progressives Come for an AIPAC Democrat appeared first on The Intercept.
Reporters Matt Sledge and Jessica Washington discuss Trump’s growing crypto empire as he deregulates the industry.
The post Trump’s Very Stable Genius Coin appeared first on The Intercept.
Long story of a $250 million cryptocurrency theft that, in a complicated chain events, resulted in a pretty brutal kidnapping.
Instead of tackling crashing markets, Congress is pushing a crypto sector that the Trump family is financially involved in.
The post Congress’s Biggest Financial Priority Is “Stablecoin.” What the Hell Is That? appeared first on The Intercept.
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Imagine a world in which you can do transactions and many other things without having to give your personal information. A world in which you don’t need to rely on banks or governments anymore. Sounds amazing, right? That’s exactly what blockchain technology allows us to do.
It’s like your computer’s hard drive. blockchain is a technology that lets you store data in digital blocks, which are connected together like links in a chain.
Blockchain technology was originally invented in 1991 by two mathematicians, Stuart Haber and W. Scot Stornetta. They first proposed the system to ensure that timestamps could not be tampered with.
A few years later, in 1998, software developer Nick Szabo proposed using a similar kind of technology to secure a digital payments system he called “Bit Gold.” However, this innovation was not adopted until Satoshi Nakamoto claimed to have invented the first Blockchain and Bitcoin.
A blockchain is a distributed database shared between the nodes of a computer network. It saves information in digital format. Many people first heard of blockchain technology when they started to look up information about bitcoin.
Blockchain is used in cryptocurrency systems to ensure secure, decentralized records of transactions.
Blockchain allowed people to guarantee the fidelity and security of a record of data without the need for a third party to ensure accuracy.
To understand how a blockchain works, Consider these basic steps:
Let’s get to know more about the blockchain.
Blockchain records digital information and distributes it across the network without changing it. The information is distributed among many users and stored in an immutable, permanent ledger that can't be changed or destroyed. That's why blockchain is also called "Distributed Ledger Technology" or DLT.
Here’s how it works:
And that’s the beauty of it! The process may seem complicated, but it’s done in minutes with modern technology. And because technology is advancing rapidly, I expect things to move even more quickly than ever.
Even though blockchain is integral to cryptocurrency, it has other applications. For example, blockchain can be used for storing reliable data about transactions. Many people confuse blockchain with cryptocurrencies like bitcoin and ethereum.
Blockchain already being adopted by some big-name companies, such as Walmart, AIG, Siemens, Pfizer, and Unilever. For example, IBM's Food Trust uses blockchain to track food's journey before reaching its final destination.
Although some of you may consider this practice excessive, food suppliers and manufacturers adhere to the policy of tracing their products because bacteria such as E. coli and Salmonella have been found in packaged foods. In addition, there have been isolated cases where dangerous allergens such as peanuts have accidentally been introduced into certain products.
Tracing and identifying the sources of an outbreak is a challenging task that can take months or years. Thanks to the Blockchain, however, companies now know exactly where their food has been—so they can trace its location and prevent future outbreaks.
Blockchain technology allows systems to react much faster in the event of a hazard. It also has many other uses in the modern world.
Blockchain technology is safe, even if it’s public. People can access the technology using an internet connection.
Have you ever been in a situation where you had all your data stored at one place and that one secure place got compromised? Wouldn't it be great if there was a way to prevent your data from leaking out even when the security of your storage systems is compromised?
Blockchain technology provides a way of avoiding this situation by using multiple computers at different locations to store information about transactions. If one computer experiences problems with a transaction, it will not affect the other nodes.
Instead, other nodes will use the correct information to cross-reference your incorrect node. This is called “Decentralization,” meaning all the information is stored in multiple places.
Blockchain guarantees your data's authenticity—not just its accuracy, but also its irreversibility. It can also be used to store data that are difficult to register, like legal contracts, state identifications, or a company's product inventory.
Blockchain has many advantages and disadvantages.
I’ll answer the most frequently asked questions about blockchain in this section.
Blockchain is not a cryptocurrency but a technology that makes cryptocurrencies possible. It's a digital ledger that records every transaction seamlessly.
Yes, blockchain can be theoretically hacked, but it is a complicated task to be achieved. A network of users constantly reviews it, which makes hacking the blockchain difficult.
Coinbase Global is currently the biggest blockchain company in the world. The company runs a commendable infrastructure, services, and technology for the digital currency economy.
Blockchain is a decentralized technology. It’s a chain of distributed ledgers connected with nodes. Each node can be any electronic device. Thus, one owns blockhain.
Bitcoin is a cryptocurrency, which is powered by Blockchain technology while Blockchain is a distributed ledger of cryptocurrency
Generally a database is a collection of data which can be stored and organized using a database management system. The people who have access to the database can view or edit the information stored there. The client-server network architecture is used to implement databases. whereas a blockchain is a growing list of records, called blocks, stored in a distributed system. Each block contains a cryptographic hash of the previous block, timestamp and transaction information. Modification of data is not allowed due to the design of the blockchain. The technology allows decentralized control and eliminates risks of data modification by other parties.
Blockchain has a wide spectrum of applications and, over the next 5-10 years, we will likely see it being integrated into all sorts of industries. From finance to healthcare, blockchain could revolutionize the way we store and share data. Although there is some hesitation to adopt blockchain systems right now, that won't be the case in 2022-2023 (and even less so in 2026). Once people become more comfortable with the technology and understand how it can work for them, owners, CEOs and entrepreneurs alike will be quick to leverage blockchain technology for their own gain. Hope you like this article if you have any question let me know in the comments section
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Non-fungible tokens (NFTs) are the most popular digital assets today, capturing the attention of cryptocurrency investors, whales and people from around the world. People find it amazing that some users spend thousands or millions of dollars on a single NFT-based image of a monkey or other token, but you can simply take a screenshot for free. So here we share some freuently asked question about NFTs.
NFT stands for non-fungible token, which is a cryptographic token on a blockchain with unique identification codes that distinguish it from other tokens. NFTs are unique and not interchangeable, which means no two NFTs are the same. NFTs can be a unique artwork, GIF, Images, videos, Audio album. in-game items, collectibles etc.
A blockchain is a distributed digital ledger that allows for the secure storage of data. By recording any kind of information—such as bank account transactions, the ownership of Non-Fungible Tokens (NFTs), or Decentralized Finance (DeFi) smart contracts—in one place, and distributing it to many different computers, blockchains ensure that data can’t be manipulated without everyone in the system being aware.
The value of an NFT comes from its ability to be traded freely and securely on the blockchain, which is not possible with other current digital ownership solutionsThe NFT points to its location on the blockchain, but doesn’t necessarily contain the digital property. For example, if you replace one bitcoin with another, you will still have the same thing. If you buy a non-fungible item, such as a movie ticket, it is impossible to replace it with any other movie ticket because each ticket is unique to a specific time and place.
One of the unique characteristics of non-fungible tokens (NFTs) is that they can be tokenised to create a digital certificate of ownership that can be bought, sold and traded on the blockchain.
As with crypto-currency, records of who owns what are stored on a ledger that is maintained by thousands of computers around the world. These records can’t be forged because the whole system operates on an open-source network.
NFTs also contain smart contracts—small computer programs that run on the blockchain—that give the artist, for example, a cut of any future sale of the token.
Non-fungible tokens (NFTs) aren't cryptocurrencies, but they do use blockchain technology. Many NFTs are based on Ethereum, where the blockchain serves as a ledger for all the transactions related to said NFT and the properties it represents.5) How to make an NFT?
Anyone can create an NFT. All you need is a digital wallet, some ethereum tokens and a connection to an NFT marketplace where you’ll be able to upload and sell your creations
When you purchase a stock in NFT, that purchase is recorded on the blockchain—the bitcoin ledger of transactions—and that entry acts as your proof of ownership.
The value of an NFT varies a lot based on the digital asset up for grabs. People use NFTs to trade and sell digital art, so when creating an NFT, you should consider the popularity of your digital artwork along with historical statistics.
In the year 2021, a digital artist called Pak created an artwork called The Merge. It was sold on the Nifty Gateway NFT market for $91.8 million.
Non-fungible tokens can be used in investment opportunities. One can purchase an NFT and resell it at a profit. Certain NFT marketplaces let sellers of NFTs keep a percentage of the profits from sales of the assets they create.
Many people want to buy NFTs because it lets them support the arts and own something cool from their favorite musicians, brands, and celebrities. NFTs also give artists an opportunity to program in continual royalties if someone buys their work. Galleries see this as a way to reach new buyers interested in art.
There are many places to buy digital assets, like opensea and their policies vary. On top shot, for instance, you sign up for a waitlist that can be thousands of people long. When a digital asset goes on sale, you are occasionally chosen to purchase it.
To mint an NFT token, you must pay some amount of gas fee to process the transaction on the Etherum blockchain, but you can mint your NFT on a different blockchain called Polygon to avoid paying gas fees. This option is available on OpenSea and this simply denotes that your NFT will only be able to trade using Polygon's blockchain and not Etherum's blockchain. Mintable allows you to mint NFTs for free without paying any gas fees.
The answer is no. Non-Fungible Tokens are minted on the blockchain using cryptocurrencies such as Etherum, Solana, Polygon, and so on. Once a Non-Fungible Token is minted, the transaction is recorded on the blockchain and the contract or license is awarded to whoever has that Non-Fungible Token in their wallet.
You can sell your work and creations by attaching a license to it on the blockchain, where its ownership can be transferred. This lets you get exposure without losing full ownership of your work. Some of the most successful projects include Cryptopunks, Bored Ape Yatch Club NFTs, SandBox, World of Women and so on. These NFT projects have gained popularity globally and are owned by celebrities and other successful entrepreneurs. Owning one of these NFTs gives you an automatic ticket to exclusive business meetings and life-changing connections.
That’s a wrap. Hope you guys found this article enlightening. I just answer some question with my limited knowledge about NFTs. If you have any questions or suggestions, feel free to drop them in the comment section below. Also I have a question for you, Is bitcoin an NFTs? let me know in The comment section below
In the rapidly advancing landscape of AI technology and innovation, LimeWire emerges as a unique platform in the realm of generative AI tools. This platform not only stands out from the multitude of existing AI tools but also brings a fresh approach to content generation. LimeWire not only empowers users to create AI content but also provides creators with creative ways to share and monetize their creations.
As we explore LimeWire, our aim is to uncover its features, benefits for creators, and the exciting possibilities it offers for AI content generation. This platform presents an opportunity for users to harness the power of AI in image creation, all while enjoying the advantages of a free and accessible service.
Let's unravel the distinctive features that set LimeWire apart in the dynamic landscape of AI-powered tools, understanding how creators can leverage its capabilities to craft unique and engaging AI-generated images.
This revamped LimeWire invites users to register and unleash their creativity by crafting original AI content, which can then be shared and showcased on the LimeWire Studio. Notably, even acclaimed artists and musicians, such as Deadmau5, Soulja Boy, and Sean Kingston, have embraced this platform to publish their content in the form of NFT music, videos, and images.
Beyond providing a space for content creation and sharing, LimeWire introduces monetization models to empower users to earn revenue from their creations. This includes avenues such as earning ad revenue and participating in the burgeoning market of Non-Fungible Tokens (NFTs). As we delve further, we'll explore these monetization strategies in more detail to provide a comprehensive understanding of LimeWire's innovative approach to content creation and distribution.
LimeWire Studio welcomes content creators into its fold, providing a space to craft personalized AI-focused content for sharing with fans and followers. Within this creative hub, every piece of content generated becomes not just a creation but a unique asset—ownable and tradable. Fans have the opportunity to subscribe to creators' pages, immersing themselves in the creative journey and gaining ownership of digital collectibles that hold tradeable value within the LimeWire community. Notably, creators earn a 2.5% royalty each time their content is traded, adding a rewarding element to the creative process.
The platform's flexibility is evident in its content publication options. Creators can choose to share their work freely with the public or opt for a premium subscription model, granting exclusive access to specialized content for subscribers.
As of the present moment, LimeWire focuses on AI Image Generation, offering a spectrum of creative possibilities to its user base. The platform, however, has ambitious plans on the horizon, aiming to broaden its offerings by introducing AI music and video generation tools in the near future. This strategic expansion promises creators even more avenues for expression and engagement with their audience, positioning LimeWire Studio as a dynamic and evolving platform within the realm of AI-powered content creation.
The LimeWire AI image generation tool presents a versatile platform for both the creation and editing of images. Supporting advanced models such as Stable Diffusion 2.1, Stable Diffusion XL, and DALL-E 2, LimeWire offers a sophisticated toolkit for users to delve into the realm of generative AI art.
Much like other tools in the generative AI landscape, LimeWire provides a range of options catering to various levels of complexity in image creation. Users can initiate the creative process with prompts as simple as a few words or opt for more intricate instructions, tailoring the output to their artistic vision.
What sets LimeWire apart is its seamless integration of different AI models and design styles. Users have the flexibility to effortlessly switch between various AI models, exploring diverse design styles such as cinematic, digital art, pixel art, anime, analog film, and more. Each style imparts a distinctive visual identity to the generated AI art, enabling users to explore a broad spectrum of creative possibilities.
The platform also offers additional features, including samplers, allowing users to fine-tune the quality and detail levels of their creations. Customization options and prompt guidance further enhance the user experience, providing a user-friendly interface for both novice and experienced creators.
Excitingly, LimeWire is actively developing its proprietary AI model, signaling ongoing innovation and enhancements to its image generation capabilities. This upcoming addition holds the promise of further expanding the creative horizons for LimeWire users, making it an evolving and dynamic platform within the landscape of AI-driven art and image creation.
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Upon completing your creative endeavor on LimeWire, the platform allows you the option to publish your content. An intriguing feature follows this step: LimeWire automates the process of minting your creation as a Non-Fungible Token (NFT), utilizing either the Polygon or Algorand blockchain. This transformative step imbues your artwork with a unique digital signature, securing its authenticity and ownership in the decentralized realm.
Creators on LimeWire hold the power to decide the accessibility of their NFT creations. By opting for a public release, the content becomes discoverable by anyone, fostering a space for engagement and interaction. Furthermore, this choice opens the avenue for enthusiasts to trade the NFTs, adding a layer of community involvement to the artistic journey.
Alternatively, LimeWire acknowledges the importance of exclusivity. Creators can choose to share their posts exclusively with their premium subscribers. In doing so, the content remains a special offering solely for dedicated fans, creating an intimate and personalized experience within the LimeWire community. This flexibility in sharing options emphasizes LimeWire's commitment to empowering creators with choices in how they connect with their audience and distribute their digital creations.
After creating your content, you can choose to publish the content. It will automatically mint your creation as an NFT on the Polygon or Algorand blockchain. You can also choose whether to make it public or subscriber-only.
If you make it public, anyone can discover your content and even trade the NFTs. If you choose to share the post only with your premium subscribers, it will be exclusive only to your fans.
Additionally, you can earn ad revenue from your content creations as well.
When you publish content on LimeWire, you will receive 70% of all ad revenue from other users who view your images, music, and videos on the platform.
This revenue model will be much more beneficial to designers. You can experiment with the AI image and content generation tools and share your creations while earning a small income on the side.
The revenue you earn from your creations will come in the form of LMWR tokens, LimeWire’s own cryptocurrency.
Your earnings will be paid every month in LMWR, which you can then trade on many popular crypto exchange platforms like Kraken, ByBit, and UniSwap.
You can also use your LMWR tokens to pay for prompts when using LimeWire generative AI tools.
You can sign up to LimeWire to use its AI tools for free. You will receive 10 credits to use and generate up to 20 AI images per day. You will also receive 50% of the ad revenue share. However, you will get more benefits with premium plans.
For $9.99 per month, you will get 1,000 credits per month, up to 2 ,000 image generations, early access to new AI models, and 50% ad revenue share
For $29 per month, you will get 3750 credits per month, up to 7500 image generations, early access to new AI models, and 60% ad revenue share
For $49 per month, you will get 5,000 credits per month, up to 10,000 image generations, early access to new AI models, and 70% ad revenue share
For $99 per month, you will get 11,250 credits per month, up to 2 2,500 image generations, early access to new AI models, and 70% ad revenue share
With all premium plans, you will receive a Pro profile badge, full creation history, faster image generation, and no ads.
Sign Up Now To Get Free Credits
In conclusion, LimeWire emerges as a democratizing force in the creative landscape, providing an inclusive platform where anyone can unleash their artistic potential and effortlessly share their work. With the integration of AI, LimeWire eliminates traditional barriers, empowering designers, musicians, and artists to publish their creations and earn revenue with just a few clicks.
The ongoing commitment of LimeWire to innovation is evident in its plans to enhance generative AI tools with new features and models. The upcoming expansion to include music and video generation tools holds the promise of unlocking even more possibilities for creators. It sparks anticipation about the diverse and innovative ways in which artists will leverage these tools to produce and publish their own unique creations.
For those eager to explore, LimeWire's AI tools are readily accessible for free, providing an opportunity to experiment and delve into the world of generative art. As LimeWire continues to evolve, creators are encouraged to stay tuned for the launch of its forthcoming AI music and video generation tools, promising a future brimming with creative potential and endless artistic exploration
This fantasia on the life of Lambert Simnel, who finds himself a claimant to the English throne, is a romp through late-medieval identity and historical uncertainty
One day in 1484, strange men arrive at the Oxfordshire farm where 10-year-old John Collan lives. They’ve come to carry him away to a new life, for he is not, after all, the farmer’s son; in fact, he’s Edward Plantagenet, Earl of Warwick, spirited away in infancy to keep him safe ahead of the day he might return to claim the throne of England. That day is now in sight. He can’t call himself John any more, but he can’t yet be announced as Edward, Earl of Warwick. In the meantime he’ll be given a third name: Lambert Simnel.
Over the course of this fantastically accomplished novel, the many-named boy will travel from Oxford to Burgundy then Ireland, and at last into the paranoid and double-crossing heart of Henry VII’s court. The tail end of the Wars of the Roses – with Richard III’s crown snatched from the mud of Bosworth by Henry Tudor – is a foment of plot and counter-plot, and our hero spends his adolescence being passed around scheming factions who go so far as to hold a coronation for him. What a painful life this is for a boy “so grateful for any amount of love” as he falls in and out of favour, uncertain of his own parentage, gaining and losing relatives as their interest turns to other plots and other pretenders.
Continue reading...A renovated lighthouse on the Bay of Biscay is the perfect base for exploring Asturias’s maritime delights
I have always longed to be a lighthouse keeper and now, at last, I am one. If only for the weekend. Look at my chunky-knit jumper! Feel the waterproof weave of my Donegal tweed cap! Truth be told, I am way too toasty in this quasi-nautical ensemble, having hoped and dressed for ominous fog, murderous gales and oceanic rainstorms. Instead, it is bright, calm and warm on an early spring afternoon in the famously pretty fishing village of Cudillero in Asturias, where the Costa Verde of northern Spain drops away into the deep blue Bay of Biscay.
Built in 1858, the local lighthouse – the Faro de Cudillero – stands on a shelf of rock just beyond the harbour, a short walk up stone steps and along a narrow cliff side service path. Its hexagonal beacon tower has been remodelled a few times over the years. The signal lamp inside was first fuelled by olive oil, then paraffin and petrol, before being electrified and eventually automated. With no further need for a human operator, its sturdy keeper’s cottage was left derelict decades ago. It’s sad to contemplate that absence, and the general obsolescence of the role itself. But if I can’t man the light, I can at least occupy the lighthouse.
Continue reading...Why did an unloved two-seater become both an art project and a tourist attraction? Photographer Alex Elton-Wall explains all
A sofa was dumped in the middle of Lydbrook, a village in Gloucestershire, and every time Alex Elton-Wall walked past it he found himself smiling. While he’s clear he doesn’t condone fly-tipping, the cream-coloured two-seater looked “really funny,” he says, perched on a patch of waste ground, next to a road, the woods as a scenic backdrop. As an amateur photographer, he spotted an opportunity.
At the start of April, a few weeks after the sofa first appeared, the 49-year-old office worker posted a message in the village Facebook group asking for people to come and pose on the sofa so he could take their portraits. That day, he says, “I ended up taking pictures from 10 in the morning until eight o’clock that night. People were just having so much fun, and it was so bizarre what we were doing.”
Continue reading...After deploying AI tools in Israel and on the U.S. border, American tech companies are now powering domestic repression.
The post U.S. Companies Honed Their Surveillance Tech in Israel. Now It’s Coming Home. appeared first on The Intercept.
After the Trump administration cut funding to demining efforts, unexploded ordnance from the Vietnam War killed four people in February alone.
The post The Vietnam War Is Still Killing People, 50 Years Later appeared first on The Intercept.
Narendra Modi must weigh a response that balances domestic fury with strategic restraint
India’s furious response to the terrorist massacre of 26 men in a popular travel destination is being shaped by public rage at the deadliest civilian attack in Kashmir in a quarter-century.
The brutality of the assault in one of Muslim-majority Kashmir’s marquee tourist spots – and its national resonance – leaves Prime Minister Narendra Modi needing to signal strength, but without triggering uncontrolled escalation between nuclear-armed India and Pakistan, analysts say.
Continue reading...From biking adventures to city breaks, get inspiration for your next break – whether in the UK or further afield – with twice-weekly emails from the Guardian’s travel editors. You’ll also receive handpicked offers from Guardian Holidays.
From biking adventures to city breaks, get inspiration for your next break – whether in the UK or further afield – with twice-weekly emails from the Guardian’s travel editors.
You’ll also receive handpicked offers from Guardian Holidays.
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