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AI Comic Art and Copyright Protection. Is it Possible?

In February 2021, the U.S. Copyright Office made a landmark decision when they refused to recognize an AI-generated piece of work as being eligible for copyright protection. While this ruling has prevented many AI enthusiasts from trying to legitimize “art theft”, it hasn’t stopped them from attempting to register AI-generated works of art – like comic books – with the Copyright Office. This blog post will discuss the latest decision on the copyright registration of an AI-generated comic book and what this means for future works created by artificial intelligence.

Last year, one comic book creator tried to register their work with images that had been generated in the AI tool Midjourney. The comic was a mix of both human-authored text and images that were produced by an Artificial Intelligence (AI) algorithm. After months of waiting, the creator finally received a response from the U.S. Copyright Office regarding their application for copyright protection last week. The ruling was that while the text and arrangements of the comic would be protected under copyright law, the images that were generated by the AI software would not be eligible for such protections.

This is not necessarily surprising news since there are various legal requirements set in place by US law when it comes to claiming authorship of any kind of work – including those created by artificial intelligence algorithms. This includes criteria such as originality, creativity, and independence which are difficult to prove when it comes to computer-generated content; hence why most works created by computers are not eligible for copyright protection in America or abroad at present time.



The decision underscores how important it is for creators who use artificial intelligence algorithms as part of their creative process to understand current legislation surrounding intellectual property rights before registering their works with official bodies like the US Copyright Office – or risk having their application denied due to lacking sufficient evidence proving authorship or protectability under existing laws governing copyrights and patents in America.

The US Copyright Office’s recent decision on an AI-generated comic book highlights just how far we have yet to go before machines can truly begin creating works that can be considered original enough to qualify as intellectual property – and receive copyright protections accordingly – without human input or influence in some way shape or form. As technology continues advancing at lightning speed, however, it won’t be long before these issues become easier to address with more clarity as new legal precedents are established in this area over time. In any case, until then it’s important for creators who use artificial intelligence algorithms during their creative process to know what they’re getting themselves into when attempting to register any type of work with official bodies such as the US Copyright Office – lest they face potential rejection due to lacking sufficient evidence proving authorship or protectability according to American laws currently in effect today on copyrights and patents alike!

Massive Galaxies Found in the First ~750M Years After the Big Bang

Researchers have recently identified galaxies with stellar masses as high as ~ 1011 solar masses out to redshifts z ~ 6, approximately one billion years after the Big Bang. But what about even earlier times? A new survey has taken advantage of 1-5 μm coverage of the JWST early release observations to search for intrinsically red galaxies in the first ≈ 750 million years of cosmic history.

Blog Body: In the survey area, six massive galaxies (stellar mass > 1010 solar masses) at 7.4 ≤ z ≤ 9.1 were found, 500–700 Myr after the Big Bang, including one galaxy with a possible stellar mass of ~1011 s. This discovery is significant because it suggests that there was accelerated growth in massive galaxies during this era.

Six massive galaxy candidates were discovered by NASA and The European Space Agency’s James Webb Space Telescope.
via REUTERS

The most massive galaxy in this sample has been named COS-J1202A and is estimated to have a stellar mass of 1011 solar masses, making it potentially one of the most massive galaxies ever discovered at these redshifts. It is also located close to a quasar, suggesting that this could be evidence of a progenitor state, or an ancient version, of a contemporary massive galaxy near a supermassive black hole accreting matter and emitting large amounts of radiation.



These findings also suggest that some mechanism must be driving rapid growth during this period, which could provide further insight into our understanding of galaxy formation and evolution. Additionally, these results could help shed light on how supermassive black holes form and evolve over time along with their host galaxies.

The discovery of massive galaxies at such early stages in cosmic history provides an exciting opportunity for astrophysicists to gain an understanding of how galaxies form and evolve over time. With further research into these candidate massive galaxies and other newly discovered objects from JWST early release observations, we can gain insights into our universe’s earliest days and its continued evolution over time.

Want to Learn PHP? Here are Tips and Sources to Start

What is PHP? And why should I learn to use and where would I begin once I decide to use it? To start, PHP stands for ‘PHP: Hypertext Preprocessor’, and it is one of the most common server-side languages in programming today. The reason it is so popular is the fact that it is completely open sourced, which means anyone with access to the internet, is free to complete access to everything PHP has available to them. There are obvious reasons why a programmer should, and would, want to learn this language on that basis alone. Not only is it a programming skill you can use and implement free of cost, but there are a vast number of employers who incorporate this language on that basis alone.  With the ease that it can be embedded into HTML, it won’t be long before you start seeing professional web development come to life in front of your very eyes.

Just like with learning anything new, one of the hardest things to determine is where to start. In most endeavors, it is that initial fear of thinking you are way over your head that will hold a person back. The platforms and/or products I list in the following summary, are programs I use personally. In no way am I advocating they are the best ones, they are just what I have found work the best for me and once I find a program that I like I tend to quit looking for better options, that being said, feel free to look around, and explore other possibilities.

To start we obviously need PHP itself to be downloaded onto your computer. Just go to download PHP and download it to your computer.

Now that you have PHP successfully installed, we need somewhere we can actually write the code. I use Visual Studio Code. Once it is downloaded and installed, it is as simple as saving a blank notepad document, but instead of saving it with a ‘.txt’ extension at the end of the file name, use a ‘.php’. Now when you right-click on that file and go to ‘Open With’, select Visual Studio Code, and it will open up to you a blank template to use. In order to write PHP code, it needs to be within PHP tags. The starting tag looks like ‘<?php’ (<? can also be used but is outdated and there are some occasions where it can cause some problems), and the end tag is ‘?>’. Anything in between these tags will be read as PHP code.

Now that we have PHP installed, and a place to write our code, the next thing we will need is software that will allow us to run the code so we can see our work come to life. I use Xampp. Once it is downloaded there are some slight modifications needed to make it run, but not that many. If you don’t alter any of the steps in the Xampp installation process, Xampp will be saved within your C:\ (Local Disk C:) file path on your computer. If we go there and click on Xampp, it will open many different options. Now it is the ‘htdocs’ folder where you will want to save all your projects of work. For example, go inside the htdocs folder and save an empty document called ‘hello-world.php’. Now find where Xampp is on your computer and run it. You will get a pop-up that looks as follows except you won’t have any messages displayed yet I am sure.



When you click on run next to Apache, you should see two numbers under ports that appear. Usually, these numbers will be 443 plus a second one. It is this second one that we are interested in, as you can see in my image I am using 801(Yours most likely will vary). Now open up a web browser and type in localhost:801/hello-world.php (insert your number for 801). When you hit enter you should be brought to a blank white page since we have not yet placed any code yet into the file.

Our next step is just a test to confirm whether or not, your browser is currently programmed to read PHP tags or not. So let’s open the hello-world.php file and in between the PHP tags that you have there already let’s right – echo ‘Hello World’; -. Now to get the code to show up in the browser it is as simple as saving the file so do that. Then go back to the browser and reload the page…

Now that we got PHP installed and a way to write the code, the next step is to actually learn how to use PHP. A book I received in college I find extremely helpful is PHP and MySQL Web Development. Don’t get intimidated by its length as it is very useful in explaining step by step the processes they use, and it builds from start to finish on the same example so you will slowly see a full functioning site come to life in front of your eyes. If a text book isn’t for you, and you want a quicker more brief way to learn, I would suggest using the PHP learning section with Codecademy. I find this site to be the best teaching tool for covering a vastly wide array of languages and different aspects of programming. I recommend completing as many courses as possible to strengthen your grasp.



In conclusion, I will add to make sure you are constantly searching out how to fix problems you encounter along the way. It makes no sense to waste time and frustrating on a problem when the solution is usually a simple internet search away. And finally, I will add, to make sure you are actually obtaining and learning the material as you go. It is very easy to skim through courses and make things work as they should by following step by step processes, but if you don’t retain the reasons on why the code works, you aren’t learning anywhere near the valuable information that you could be.

A Quantum Leap: How Scientists are Working to Harness Entanglement

Quantum physics has long been a source of fascination for scientists and researchers alike. Recently, a team of quantum physicists has made a nanoscopic breakthrough that could have colossal significance. Researchers at the University of Copenhagen and Ruhr University Bochum have solved a long-standing problem, allowing them to control two quantum light sources rather than one. This breakthrough enables them to create quantum mechanical entanglement, opening new doors for commercial applications.

Quantum entanglement is an effect in which two particles interact with each other and become linked together, even when separated by vast distances. This phenomenon was first theorized by Einstein in 1935 and has since been the focus of decades of research from scientists all over the world. The key to understanding this concept lies in understanding how particles interact with each other on the quantum level. In quantum mechanics, particles can exist in multiple states at once and can be “entangled” with one another—meaning that they are connected in such a way that changing one particle will instantly affect the other regardless of the distance between them.

Part of the team behind the invention. From left:: Peter Lodahl, Anders Sørensen, Vasiliki Angelopoulou, Ying Wang, Alexey Tiranov, Cornelis van Diepen. Credit: Ola J. Joensen, NBI

The implications of this breakthrough could be tremendous. For example, it could enable researchers to develop more powerful computers that use less energy than those existing today. It could also open the door to advances in cryptography or make possible revolutionary medical treatments like MRI scans without radiation exposure or surgery without incisions. Additionally, because entangled particles share information instantaneously across vast distances, this technology might eventually be used for communication purposes such as data transfer or point-to-point communication systems beyond our current capabilities.

In the future, further advances in this field may lead to even more exciting possibilities like teleportation or time travel. It’s clear that quantum mechanics continues to hold great promise as scientists strive to unlock its mysteries and put its principles into practice through practical applications. As we continue to gain greater insight into how we can use quantum entanglement commercially—and explore even deeper realms of quantum science—it’s certain there will be many more ground-breaking discoveries ahead!

Illustration of two a chip comprising two entangled quantum light sources. Credit: Peter Lodahl

This recent breakthrough from Copenhagen and Bochum is yet another example of how far we have come in understanding and utilizing quantum mechanics for commercial applications. Though we still have much more work ahead before these theories can be fully realized, it’s no doubt an exciting time for physicists worldwide who are exploring the vast potential of this technology.. With each step forward comes a greater understanding of what’s possible with entanglement on both microscopic and macroscopic levels – opening up possibilities for everything from faster computers to revolutionary medical treatments! We look forward to seeing what else these amazing minds come up with next!

Oppo Find N2 Flip – A Serious Contender in the Foldable Phone Space

Samsung may have been the first company to launch a foldable phone, but it won’t be the last. Oppo is throwing its hat into the ring with the Find N2 Flip, a vertical folding flip-phone that aims to compete with Samsung’s Z Flip. In this blog post, we’ll take an in-depth look at the features of the Oppo Find N2 Flip, how it compares to Samsung’s offering, and what sets it apart from other foldable phones on the market.

The Oppo Find N2 Flip has a 6.8-inch AMOLED display with a resolution of 2272×1080. It also has an impressive 92.1% screen-to-body ratio and support for HDR10+. The display also comes equipped with Eye Protection Mode and 5G Power Saving Mode for improved performance when streaming video or gaming online. The device itself is made from durable aluminum alloy and measures just 14mm thick when folded up. This makes it one of the slimmest foldable phones on the market today.

The Find N2 Flip comes with three rear cameras: a 48MP main shooter, 8MP ultra-wide lens with autofocus, and 2MP macro lens for closeup shots. On the front of the device is a 16MP pop-up camera for selfies or video calls. All of these cameras are powered by OPPO’s AI Scene Recognition system which helps users take great photos in any lighting condition or environment without having to adjust settings manually each time they take a shot.



The Find N2 Flip is powered by Qualcomm’s Snapdragon 865 processor and 8GB RAM which provide more than enough power for even demanding apps or games. It also packs a 4500mAh battery which can charge quickly via USB-C port at up to 65W speed or wirelessly at 15W speeds. This means you can get your battery topped up quickly if you need to make sure you have enough juice for your day ahead or if your battery starts running low during heavy usage sessions like gaming or streaming movies/TV shows online.

All in all, the Oppo Find N2 Flip looks like an exciting new addition to the foldable phone space – one that could potentially give Samsung‘s Z Flip some serious competition when it launches later this year in Europe and elsewhere outside of China (where it launched earlier this year). With its slim design, impressive camera performance, powerful processor, and long battery life, there’s no doubt that those looking for an alternative to Samsung’s foldable will find plenty to love about this device when it finally launches worldwide later this year!

Jaina Rodriguez Grey’s Critique From Wired of ‘Hogwarts Legacy’, Was it Wrong?

Wired writer Jaina Rodriguez Grey recently wrote a piece on Hogwarts Legacy, the upcoming single-player game that has been five years in the making. With an estimated budget of $150 million and already broken records on Twitch for being the most-watched single-player game, Hogwarts Legacy is highly anticipated. Yet, Grey’s article takes an unexpected turn as she focuses on her personal grievances with J.K Rowling rather than discussing the merits of the game itself. Let’s take a closer look at this critique and what it says about the gaming industry.

At first glance, Grey’s article reads like any other critique of a video game. She begins by discussing the game’s development timeline and budget before delving into its success on Twitch. But then she transitions to her own personal opinion on Rowling and how she believes that the author is “transphobic.” This is something that many gamers have grappled with since Rowling revealed her views in 2020 – should we separate art from the artist? In this case, however, Grey does not address this question directly; instead, she goes off-topic and rants about Rowling for over half of her article.

What makes this critique so interesting is that it reveals something deeper about our relationship with video games. In some ways, we expect them to be perfect; they must meet certain standards of narrative complexity or visual quality before they can be deemed worthy of playing. And yet, when faced with criticisms such as those levied against Rowling or certain developers who may have previously expressed problematic views, we often shy away from addressing these issues head-on out of fear that our favorite games may be tarnished in some way. This type of avoidance only serves to perpetuate existing power structures in gaming culture where some voices are privileged over others.



Jaina Rodriguez Grey’s article does raise important questions about our relationship with video games and their creators; it reminds us that we should not simply turn a blind eye to problematic views just because we are invested in certain titles or franchises. While there may be no easy answers here — especially when considering whether or not one should separate art from the artist — it is clear that we need to have more thoughtful conversations about these topics if we are ever going to move forward in gaming culture and ensure that everyone can feel welcome and respected within it. Ultimately, only through honest dialogue can we make sure that everyone has a chance to enjoy video games without fear of judgment or discrimination based on their identity or beliefs.

How Investors Can Profit from the AI Boom

The world of artificial intelligence (AI) is experiencing a surge of development, and it looks like 2023 may be the year when AI goes mainstream. Generative Artificial Intelligence (AI) uses machine learning to create new content and has wide ranging implications for investors. In this blog post, we’ll explore how investors can benefit from the AI boom.

One way investors can benefit from the AI boom is by investing in companies that are working on various aspects of generative AI technology. For example, OpenAI is a company that focuses on developing intelligent agents that can interact with humans in a natural way. If successful, OpenAI could revolutionize how machines interact with humans. By investing in OpenAI or other companies focused on generative AI technology, investors can potentially cash in on their success if they become profitable companies.

Another way investors can benefit from the AI boom is by investing in related technologies such as cloud computing or big data storage solutions. These technologies are essential for powering and storing the large amounts of data needed to train generative AI models. Companies such as Amazon Web Services, Microsoft Azure, and Google Cloud Platform are leading players in these markets, and they provide services needed by many businesses that are looking to harness the power of generative AI technology. By investing in these related technologies, investors can indirectly benefit from the growth of generative AI without taking too much risk.

Finally, there are also some more unconventional opportunities for investors to benefit from the rise of generative AI technology. For example, some venture capitalists have started investing heavily into startups that use generative models to create new products or services such as art or music generated entirely by computer algorithms. Investing in these startups could provide an interesting return-on-investment if they become successful businesses.

Generative Artificial Intelligence (AI) is a rapidly growing field with wide ranging implications for investors looking to capitalize on its growth potential. Investors have several options available including investing directly into companies focused on developing this technology, investing into related technologies such as cloud computing and big data storage solutions, or exploring more unconventional investments such as startups using generative models to create new products or services. By keeping abreast of industry developments and looking out for investment opportunities which align with their goals and risk appetite, investors can potentially benefit from this exciting wave of disruption brought about by the emergence of Generative AI Technology over the next few years!

The Thrill of the ‘Squid Game’ VR Experience

Are you ready to jump into a virtual world that pits you and your friends against each other in an intense battle? Netflix and Sandbox VR have teamed up to bring you the ultimate “Squid Game” experience. Get ready for a fully immersive virtual reality experience complete with pulse-pounding challenges inspired by the popular Netflix show. It’s set to open in late 2023, so start planning your squad now!

Virtual reality has come a long way from its beginnings as a gimmicky technology used in video games and arcades. Now, it’s being used for all sorts of applications, from training surgeons to teaching kids about science. But one of its most exciting uses is entertainment – specifically, location-based virtual reality experiences like this “Squid Game” experience.

In this case, players are put into multiple locations within the world of “Squid Game” where they’ll compete against each other in various challenges. Each challenge is designed to be both thrilling and mentally stimulating – can you outwit your opponents and be the last one standing? The stakes are high and the competition is fierce, so team up with your friends and get ready for some serious fun!

Sandbox VR is no stranger to creating exciting virtual reality experiences. They’ve created a number of other popular experiences such as “Star Trek: Discovery Away Mission” and “Deadwood Mansion Escape Room” that are incredibly popular among fans of the respective franchises. By teaming up with Netflix on this project, Sandbox VR will be able to combine its expertise in creating immersive virtual reality experiences with Netflix’s knack for creating captivating stories. It’s sure to be an amazing experience for anyone who loves virtual reality and wants to take their gaming experience to the next level!



Are you ready for battle? The Sandbox VR x Squid Game virtual reality experience is set to open in late 2023, so start planning your squad now! This thrilling adventure will pit you against your friends in pulse-pounding challenges inspired by the popular Netflix show—it’s sure to be an unforgettable time. Whether you’re a fan of virtual reality or just looking for something new and exciting, make sure you check out this immersive experience when it opens up! It’ll be a fantastic addition to any night out or weekend adventure.

What You Need To Know About China’s Android Phones

Are you in the market for a new Android phone? If so, you may want to think twice before buying one in China. Recent research has revealed that Chinese Android phones come with preinstalled apps that transmit private information without the user’s knowledge or consent. This can pose a serious tracking risk not just for mobile users in China, but even when they travel abroad. Let’s take a closer look at what this means for Android phone users.

In their paper “Android OS Privacy Under the Loupe – A Tale from the East,” researchers Haoyu Liu (University of Edinburgh), Douglas Leith (Trinity College Dublin), and Paul Patras (University of Edinburgh) analyzed the system apps installed on the mobile handsets of three popular smartphone vendors in China. They found that these phones were sending private data to third-party domains without user consent or notice, including sensitive information such as IMEI numbers and GPS coordinates. In some cases, they also discovered that phones were sending data to servers located outside of China, which could be subject to different privacy laws than those inside the country.

These findings demonstrate the importance of being aware of what kind of data your phone is collecting and who it is sending it to. It is essential to make sure that your phone—no matter where it was made—is not compromising your privacy and security by transmitting sensitive personal information without permission or warning. Fortunately, there are ways to prevent this from happening on an Android device.



The good news is that there are several steps you can take to protect yourself from privacy leaks when using an Android phone. For starters, make sure that all your applications have been downloaded from official sources like Google Play Store or other official app stores rather than third-party sites—which may contain malicious apps designed to collect your data without your consent or knowledge. Once you’ve done this, review each app’s permissions before installing it and only grant access if you feel comfortable with its requests for access to personal information such as location data or contact lists. Additionally, regularly check which apps have access to certain features on your phone and revoke unnecessary ones whenever possible. Finally, use a reliable VPN service when accessing public Wi-Fi networks so that all your traffic is encrypted and secure against potential attacks.

China’s Android phones come with preinstalled apps that transmit private information without user consent or knowledge—even when users travel abroad—posing serious tracking risks for customers worldwide. Fortunately, there are ways to protect yourself from privacy leaks on an Android phone by only downloading apps from official sources, reviewing permissions before granting access, regularly checking which apps have access to certain features on your device, and using a reliable VPN service when accessing public Wi-Fi networks so all traffic is encrypted and secure against potential attacks. By following these steps, you can ensure that all your personal data remains safe and secure while using an Android device no matter where it was made!

NASA Spots Strange Solar Vortex near Sun’s North Pole

NASA scientists have spotted a strange solar vortex near the Sun’s northern pole. The vortex appears to be part of a huge filament of solar plasma that broke away from the Sun’s surface and is now circling the north pole like a tornado. Unfortunately, scientists have no idea what caused the vortex.

Attention was first brought to the strange solar vortex when Dr. Tamitha Skov posted on Twitter, sharing images taken by NASA’s Solar Dynamic Observatory. While it is exciting, the cause of the vortex does have many scratching their heads in bewilderment.

The sun follows an 11-year solar cycle, and according to McIntosh, this vortex has appeared at the 55-degree latitude mark once every single cycle we have observed. So while this particular event isn’t unique, it is certainly unusual and worth paying attention to. McIntosh and his team are currently working on a paper that will be published in The Astrophysical Journal which takes a closer look at this event.

As for what caused the solar plasma to break away from the Sun’s surface and form a vortex, that is still a mystery. Scientists have several theories but nothing has been confirmed. It is possible that the filament became unstable and broke away due to changes in the Sun’s magnetic field. Alternatively, it could be due to interactions with another object in space such as a comet or asteroid.



This is a fascinating event that scientists are still trying to wrap their heads around. It is possible that the filament became unstable and broke away due to changes in the Sun’s magnetic field or interactions with another object in space such as a comet or asteroid. Regardless of the cause, it is an exciting event to observe!