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STORM by Stanford University: The AI Model for Academic and Research Purposes
Artificial intelligence is a swiftly evolving beast. From novel chatbots that come with the dust and are gone with the wind to behemoths like ChatGPT, AI is on the march. STORM by Stanford University is an innovative AI-powered research tool currently making waves in the global academic community and beyond.
Since early 2024, this open-source research project has helped many academics, students, and content creators craft articles from scratch. “Articles from scratch?” We hear you ask. Yes, in a nutshell, it can be used to create Wikipedia-style papers, complete with citations in a matter of minutes. Whether you’re interested in AI for schoolwork, or even AI for grad school level writing, STORM can help you on your path to a PhD.
Get set, because we’re headed for the eye of the storm to discover the origins of STORM, and the humans behind it. We’ll also go on to discuss its performance and steer you in the direction of the STORM website so you can try it out for yourself.
The nature of the STORM?
Short for “Synthesis of Topic Outlines through Retrieval and Multi-perspective Question Asking”, STORM Stanford AI research project is an AI tool that can create Wikipedia style entries faster than you can make a cup of coffee. Let’s be clear, STORM is not your average B- chatbot, it is an A+ gifted-class knowledge creator and research assistant that’s ready to back up its statements and provide citations galore.
While AI is often a faceless, authorless corporate beast, the team behind STORM are actually Stanford students and faculty. STORM is created by human members of Stanford’s OVAL team, namely: Yijia Shao, Yucheng Jiang, Theodore A. Kanell, Peter Xu, Omar Khattab, and Monica S. Lam.
LLMs (large language models) may be useful for a layman’s general research. But for academics and content creators, they tend to fall short in several areas. Accuracy is king in academia, and LLMs have well publicized limitations in veracity, as well as specificity, and understanding of complex academic topics. What’s more, LLMs are renowned for producing confident, yet incorrect answers that lack citations.
The final nail in the coffin for academic use of LLMs is plagiarism. Rapid generation of text comes with the risk that the LLM is simply replicating existing academic sources. While the majority of LLMs create content via retrieval-augmented generation (RAG), STORM takes content creation several steps further to craft accurate, organized answers. Now let’s find out more about the multi-agent conversations behind every STORM search.
The multi-agent STORMversation
At time of writing, STORM is powered by Bing Search and Azure OpenAI GPT-4o-mini. This recent upgrade featuring the latest technologies enables STORM to break down the barrier between the excess of accessible information out there, and what an individual is able to assimilate. The “knowledge curation agent” explored in STORM (remember, it is still a research project) aims to provide a solid foundation for knowledge discovery, making in-depth learning possible without the stress of laborious research.
Where many LLMs are a letdown, STORM is a success. This is in no small part thanks to STORM’s multi-perspective question asking. Multiple AI agents cooperate in an agentic system, where individual AI agents perform the tasks of content retrieval, multi-perspective question asking, and finally, synthesis of content. Similar in many ways to how a human team would collaborate to research and write an ambitious project, STORM approaches complex tasks from multiple angles to create comprehensive written content that can give human-created articles a run for their money.
Various processes
STORM provides users with the option of STORM AI autonomous or Co-STORM (Human-AI collaboration), as well as search engine choices. After inputting your topic to STORM, the platform generally takes a minute or two to generate your article. Once an article is completed, a “See BrainSTORMing Process” option appears above the summary of your article. This neat feature allows users to see the AI agents (editors) and the steps they have taken to contribute to the final article.
If you do try STORM, do the good folks at Stanford a favor and provide feedback using the handy feedback box on the web demo. This information, as well as your purpose for writing the article will be securely stored, and not combined with your Google account info.
Who can STORM help?
If you’re looking for an AI tool to assist your academic writing, or just AI for school in general, then STORM is certainly worth a try. Here are a few different user groups that may find STORM more useful than regular old LLMs.
* Academics and researchers can both benefit from using STORM, as it can create structured outlines on complex academic topics that can be used as educational resources. The verification and citation features of STORM are particularly attractive for this cohort.
* Students today may lack the time to conduct their own research. With STORM, students of all levels can quickly get well-organized notes and summaries in easy to understand Wikipedia style articles, likely a form that they are already familiar with.
* Content creators with deadlines to meet or day jobs to attend to can rapidly research and organize data on STORM. Verified, fact-based outlines that offer multiple perspectives can be quickly crafted, and updated by users as topics evolve.
A STORM in a teacup?
As with all AI platforms, STORM is not without its limitations. If you’ve read this far, chances are you’re not plotting to misuse STORM to graduate from school or college. But just in case you were wondering, STORM is not (yet) an AI writing tool that can knock out a 10,000 word college-level dissertation for you. Try out STORM and you will quickly discover that the “research preview” excels in generating Wikipedia-style articles.
Similar to Wikipedia, STORM is very good at providing a comprehensive outline of a topic. The Wikipedia-esque sections are useful as foundations to build out from, but may lack specific or detailed information that some users require. This is presumably an aspect of the platform that will be improved, time will tell.
Another issue that may deter or, indeed, attract some users is STORM’s limited safety measures. The potential to generate offensive content is certainly present on STORM, and on behalf of the Stanford Open Virtual Assistant Lab team, we remind you to follow STORM’s guidelines. As with other AI content generators, mistakes are still a likelihood, so double check your info before going to print!
Become a rider on the STORM?
We trust that you have enjoyed learning about STORM today. Whatever field you work or study in, we believe that STORM is definitely worth a try. If you’re keen to join the STORMversation, simply head over to the STORM homepage. Here you’ll be able to login via your Google account, and experience the research-tool that academics from Glasgow to Gaborone are talking about.
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Google Password Manager vs. the Competition
With countless accounts, applications, and services that require login credentials, having strong, unique passwords is essential. However, it can sometimes feel overwhelming to remember and keep track of these details.
For many, password managers provide a simple and secure solution to this challenge. Google Password Manager, integrated into Chrome and Android, is a popular choice for those within Google’s ecosystem. Yet, with increasing concerns about data privacy and security, it's worth investigating whether Google Password Manager truly stands up to its competition.
In this article, we compare Google Password Manager with three leading alternatives—LastPass, Bitwarden, and 1Password. From security measures and encryption standards to ease of use and cross-platform compatibility, we’ll help you find the best password management solution for your needs.
Key Features of Google Password Manager
Google Password Manager offers a suite of essential features designed to simplify your online life. At its core, it securely stores your passwords, eliminating the need to remember complex combinations. The autofill function seamlessly fills in login credentials, saving you time and effort.
The built-in password generator creates strong, unique passwords, ensuring optimal security. For added convenience, Google Password Manager integrates seamlessly with your Google account, allowing you to access your passwords across various devices.
While Google Password Manager provides a solid foundation for password management, it does lack some advanced features found in competing solutions. For instance, it doesn't offer secure file storage, a feature that allows you to store sensitive documents alongside your passwords. It also has no emergency or shared account access, which can be important for those managing complex needs.
These limitations may leave you questioning, is Google Password Manager safe and robust enough to rely on as a primary password manager? While it offers core functionality with reliable security measures, if you’re looking for more comprehensive features you may want to explore alternatives.
Comparing Key Features Across Competitors
While Google Password Manager is convenient, LastPass, Bitwarden, and 1Password each offer additional features that may better suit certain needs. Here’s a closer look at how these alternatives stack up.
LastPass is known for its advanced security features and versatility. With its zero-knowledge encryption, only you can access your data. Also, LastPass includes features for shared passwords and secure notes, which store sensitive information beyond login credentials. These features are especially useful if you need to share specific accounts securely or keep detailed notes alongside your passwords.
Bitwarden emphasizes transparency and affordability. As an open-source tool, Bitwarden’s code is available for public scrutiny, adding a layer of trustworthiness. Bitwarden also offers strong encryption and secure storage options, along with a user-only access model similar to LastPass. With accessible premium plans, Bitwarden is often a top choice for budget-conscious users seeking advanced features.
1Password stands out for its intuitive interface and a range of security features that are particularly useful if you're always on the go. An example is its unique “Travel Mode,” which hides sensitive data during travel to protect against potential security breaches. This, combined with a clean design and smooth user experience, makes 1Password a solid choice for professionals and frequent travelers.
While Google Password Manager’s simplicity and integration with Chrome and Android make it a convenient, free option, users looking for advanced password management features may find these alternatives worth the investment.
Security and Encryption Levels
When choosing a password manager, security and encryption are crucial considerations. Google Password Manager secures your data with AES-256 encryption, ensuring that passwords and sensitive information are stored in a protected format. Additionally, it supports two-factor authentication (2FA), adding an extra layer of security by requiring a second form of verification when signing in to a Google account. For users who are fully invested in Google’s ecosystem, this combination of encryption and 2FA offers a baseline of protection.
However, a key area where Google Password Manager differs from its competitors is its encryption model. While Google encrypts passwords, it does not employ zero-knowledge encryption—a standard used by LastPass, Bitwarden, and 1Password. Zero-knowledge encryption means that only you, not the service provider, have access to your stored data. This model prioritizes your privacy and provides peace of mind, as it ensures that even if the service is breached, the provider cannot access or decrypt your information.
When using secure devices like the Acer Chromebook Spin 514, paired with a strong password manager, your data can remain well-protected even in mobile work environments. Ultimately, for those who prioritize the highest levels of privacy, zero-knowledge encryption models may offer a greater sense of security than Google’s solution.
Ease of Use and Cross-Platform Compatibility
One of Google Password Manager’s strongest assets is its simplicity, especially if you're embedded in the Google ecosystem. However, when it comes to cross-platform compatibility, LastPass, Bitwarden, and 1Password each offer a more versatile experience.
LastPass is compatible with macOS, Windows, iOS, and Android, and provides robust browser extensions across Chrome, Safari, Firefox, and more. Similarly, Bitwarden offers wide compatibility and a variety of browser extensions, along with easy-to-use mobile and desktop apps, making it an accessible choice across devices. 1Password also supports a range of operating systems and browsers, with an especially user-friendly interface that simplifies setup on each platform.
These services provide more advanced backup and restore features, and aid smooth transitions between devices. For instance, LastPass and 1Password both allow for easy data export and import, as well as secure recovery options—practical choices if you’re managing data across multiple devices.
Final Verdict: Which Password Manager Fits Your Needs?
The best password manager for you ultimately comes down to your specific needs, preferred features, and the level of security you prioritize. If you’re already using Google’s ecosystem and favor a simple, integrated solution, Google Password Manager is an excellent option. It’s free and requires minimal setup, making it ideal if you only need basic password management without added features.
On the other hand, if you’re seeking advanced security measures or secure file storage you may benefit more from a dedicated password manager like one of the three main competitors. When considering price, Google Password Manager is free, whereas LastPass, Bitwarden, and 1Password offer both free and premium options with additional features.
Looking ahead, we can expect innovations that enhance both security and convenience, such as biometric integration and passwordless authentication. Many experts believe the future of password management lies in minimizing the need for traditional passwords altogether, replacing them with biometrics, hardware-based security keys, and multi-factor authentication systems that make digital access seamless yet secure.
The adoption of AI-powered features might also change how we manage passwords, with predictive algorithms providing even stronger protection against threats by analyzing behavior patterns and detecting anomalies.
Improvements in cross-platform synchronization and offline access will likely make password managers even more versatile and user-friendly, helping you stay secure in an increasingly interconnected digital world.
To stay updated on these and other security developments, consider subscribing to the Acer Corner email digest for industry insights and tech updates.
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About Maxine Sheppard: Maxine is a writer and editor who specializes in topics ranging from travel, tech and music to wildlife and design. When not writing, you might find her driving through a national park with the radio on loud.
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Nitro V15 - High Performance on a Budget for Gamers
Are you ready to redefine what a budget gaming laptop can achieve? The Acer Nitro V 15 is a mean machine that’s ready to elevate your gaming adventure to new heights. Blending power and style, The Nitro V 15 is designed to outperform competitors, whatever game you’re playing. Featuring a 13th Gen Intel Core i7 processor and NVIDIA GeForce RTX 40 series laptop GPU, the Nitro V 15’s friendly price belies its lightning-fast performance.
Cheap gaming laptops may fall short of the mark in several areas. These include insufficient processing power, slower refresh rates, inadequate cooling, and even clunky design and short battery life. Experience any of these, and a laptop that seemed like a bargain buy can quickly become a problematic purchase!
Thankfully the Acer Nitro V 15 cannot be tarred with the greasy brush of cheap mediocrity, indeed, it is a front row ticket to gaming victory. Let’s get started and check out the on-the-go gaming gnar-fest that is Acer’s Nitro V 15.
Up close and personal with Nitro V 15
If you’re looking for a laptop that will detonate your gaming horizons with the power of nitroglycerine, then the Nitro V 15 may just be the right machine for you. Packed with top-notch hardware, fluid gameplay and immersive, reality questioning visuals come to life in the 15.6-inch Full HD display. 16 GB of latest-gen DDR5 memory as well as a hefty 1 TB of SSD storage = seamless multitasking and rapid load times aplenty. To balance out these fiery credentials, an optimized, innovative dual-fan cooling system ensures that even when the cold war thaws and the lead starts flying, the Nitro V 15 stays cool.
There are currently 16 models in the Acer Nitro V 15 family, ranging in price from $699.99 to $1,349.99. Every one of these laptops delivers premium performance at an approachable price. Head over to the Acer homepage to see the full collection or stay with us as we awaken the beast that is the Nitro V 15 Gaming Laptop - ANV15-51-77SY. This Nitro V 15 model was recently reduced from $1,099.99 to $999.99, let’s have a gander at the tech-specs:
* Operating System: Windows 11 Home
* Processor: Intel® Core™ i7-13620H processor Deca-core (10 Core)
* Processor Speed: 2.40 GHz
* Processor Speed (turbo): 4.90 GHz
* Graphics Card: NVIDIA® GeForce RTX™ 4060
* Graphics Memory Capacity: 8 GB
* Memory: 16 GB DDR5 SDRAM
* Storage: 1 TB SSD
* Display: 15.6" Full HD (1920 x 1080) 16:9 IPS 165 Hz
* Display Screen Technology: ComfyView (Matte); In-plane Switching (IPS) Technology
* Wireless: IEEE 802.11 a/b/g/n/ac/ax, Bluetooth 5.1 or above
* Built in Devices: Microphone, 1280 x 720 webcam, dual speakers
* Interfaces/Ports: 1 x HDMI, 3 x USB 3.2 Gen 1, 1 x USB Type-C
* Input: Backlit Keyboard, Touchpad
* Battery Capacity: 135 W
* Max Battery Run Time: 8 hours
* Security Features: Kensington lock slot; Firmware Trusted Platform Module (TPM) solution
* Color: Black
* Dimensions: 14.3 x 9.4 x 1.06 inches
* Weight (Approx): 4.66 lbs
Digital animal
If you lay down a grand and get your hands on the Nitro V 15 Gaming Laptop - ANV15-51-77SY, the Full HD 15.6-inch (1920 x 1080) 16:10 IPS 165 Hz display will not disappoint. Think of the Nitro V 15 as a portal to a new sector of the gaming universe. Your digital conquests will unfold like never before across the spacious screen real estate that’s equally equipped for gaming, editing, and even design and other creative fields. Faster than fast 165 Hz refresh rate and blink and you’ll miss it overdrive response time mean that you’ll have a hard time putting this lap dog down.
Graphically better, across the board
The NVIDIA® GeForce RTX™ 4060 GPU guarantees a smooth ride where you’re the commander, not merely the passenger. Gamers and creators alike demand the AI power boost that NVIDIA’s GeForce RTX™ 4060 series GPUs provide to the world’s fastest laptops. These 4060 GPUs deliver AI experiences that a few years ago were simply unimaginable, and today remain far beyond the reaches of average laptops.
Boosted frame rates, enhanced visuals as well as smooth gameplay and visual quality are all on the tasting menu thanks to DLSS (Deep Learning Super Sampling). There’s no disputing that NVIDIA's new fourth-gen tensor cores are the future of gaming laptops. Boosted by Optical Flow Accelerator, DLSS 3.5 also employs AI to create additional top-quality frames.
Have you seen the light?
Prepare your peepers for beyond lifelike visuals in your favorite games courtesy of NVIDIA’s Ada Lovelace architecture. Representing a bold step forward in both performance and AI-infused graphics, Ada architecture unveils ray tracing technology to simulate the behavior of real-life light. The beauty and horror of all your favorite virtual worlds will come to life like never before, thanks to ray tracing.
Cool and in control
As we mentioned earlier, the Nitro V 15 is a hunk of burning gaming power that is optimized to stay cool. Dual fan cooling and a highly efficient exhaust system mean that even when you’re overclocking the RAM to 4.90 GHz, the laptop remains cool.
NitroSense is Acer Nitro’s very own utility app, where you can quickly select Auto, Max, or even create your own user setting for your gaming missions. NitroSense is also your one-click stop for selecting your preferred operation mode: Quiet, Balanced, Performance. Balanced and ECO are available when running on battery power. NitroSense is also the spot to customize your on-device lighting settings.
Budget the time for the Nitro V 15
Before we bid you adieu, we best not forget to mention that the Nitro V 15 only weighs 4.66 lbs, so wherever you roam, there’s zero chance that this laptop will weigh you down. In terms of longevity, the Nitro V 15 has a maximum battery run time of 8 hours, so gaming on the move takes on a whole new meaning.
We hope that you’ve enjoyed discovering the Nitro V 15 Gaming Laptop - ANV15-51-77SY with us today. Remember, the Nitro V 15 is designed to drag your gaming to new heights, so do yourself a favor and go try one out for yourself today.
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Exploring AI Checkers and Their Effectiveness in Spotting AI-Generated Content
These days, it’s increasingly hard to tell whether a piece of writing was crafted by artificial intelligence (AI) or an actual human. To address rising concerns about authenticity and originality in text-based content, AI detection tools have emerged to spot the use of generative AI platforms like large language models (LLMs). In this article, we’ll explore how AI detection tools work, list some examples, and discuss the hurdles these tools face in achieving total accuracy.
How Do AI Detection Tools Work?
AI detectors analyze patterns, structures, and linguistic features that distinguish human-written text from AI-generated content. Here’s a closer look at how these tools typically operate:
* Text Analysis and Patterns: Content written by AI often follows a specific and sometimes rigid pattern. AI checkers analyze the text’s fluency, word choices, and other stylistic elements to determine the likelihood that AI generated it. For instance, a uniform tone or repetitive sentence structures may indicate AI use.
* Probability Metrics: Many detectors return a probability score. This percentage suggests the likelihood that the content is AI-generated. For example, a score of 85% means the tool is 85% confident the content was produced by AI. These scores are often based on the complexity, randomness, and coherence of the text. Human writing tends to be more random than the predictable outputs of AI models.
* Dataset Comparisons: AI detection tools typically train on specific datasets that include both AI and human outputs. The tools compare new text samples against these datasets to make a classification. AI detectors may update their models over time as AI language models evolve and produce increasingly sophisticated text.
* Machine Learning Algorithms: Behind the scenes, AI checkers use advanced algorithms to make their predictions. These algorithms learn from patterns in the training data and apply that proficiency when making predictions on new content.
These methods offer a reasonable framework for detecting AI-generated content, but they can be prone to errors, as we’ll discuss later.
Examples of AI Detection Tools
While most AI checkers provide straightforward functionalities, some stand out with robust features or industry-specific applications. Here are a few popular examples:
* Originality.ai
This AI detection tool specializes in analyzing content intended for publication online or in print. It boasts a high degree of accuracy, especially for text generated by widely used LLMs. Geared toward content creators, digital marketers, and businesses, Originality.ai offers a valuable enterprise platform for writers and editors who need to verify content before publishing. It also has a free Chrome extension that can search any website for AI-written content.
* Turnitin
Chiefly used by educational institutions for spotting plagiarism, Turnitin has rolled out AI checking capabilities as part of its Originality offerings. The tool scans essays and other written texts and flags sections that may have used AI writers or AI paraphrasing tools. It’s also designed to handle large volumes of academic submissions efficiently. Among Turnitin’s unique features is its integration with learning management systems, allowing educators to streamline AI and plagiarism detection for student papers.
* GPTZero
This AI checker was initially developed to detect text generated by GPT language models. It has become popular among educators and employers alike. The platform provides detailed analysis and identifies portions of text that may have been AI-generated, which is useful for checking academic essays or professional reports. According to its creators, GPTZero has a seven-component AI detection model. This includes an “Internet Text Search” that minimizes the flagging of commonly used phrases.
Doing research, writing, and AI checking on the go? The Swift 14 AI Laptop capably offers both performance and portability, empowering mobile creators and professionals to tackle any task, anywhere.
Limitations of AI Detection Software
AI checkers can be helpful in identifying machine-generated content, but they also have significant limitations. No tool currently available provides 100% accuracy in AI detection. Here are some reasons why:
* AI detectors sometimes misclassify human writing as AI-produced (“false positives”) or fail to flag actual AI-generated text (“false negatives”). This can occur when a human writer composes highly structured, predictable text, or when advanced AI models, such as GPT-4, generate content that closely mimics human creativity. These errors undermine the reliability of detection tools, especially in contexts like the academe where authentication is crucial.
* As generative AI models continue to evolve, they become better at producing content that resembles human writing. This presents a constant challenge for AI detectors, which must continually update and improve to keep up with increasingly natural-sounding AI outputs. The rapid pace of AI development means even the best detection tools may lag behind in identifying machine-written content.
* Most AI detection tools struggle to accurately identify AI-generated content in very short texts. Brief passages often don’t provide enough linguistic data for the algorithms to make a reliable classification. As a result, short AI-generated snippets, such as social media posts or microblogging content, may go undetected.
There are prominent AI checkers with greater accuracy than most platforms, and these also tend to stay apace with current LLMs. On the whole, though, reviews of different detectors remain mixed. Tools that were reported accurate by some users provided incorrect results for others.
Reports also indicate that AI detection tools perform better with certain types of writing. They’re more accurate in assessing structured writing, such as technical or legal documents. The strict conventions in these types of content make it easier for AI checkers to identify patterns typical of AI-generated text. On the other hand, the uniformity of such documents also means human writing can closely resemble AI output, leading to false positives.
Creative writing poses a greater challenge for AI checkers. The unconventional structures, figurative language, and emotional depth in creative texts are more difficult for detectors to analyze effectively. AI-generated creative writing has become more sophisticated and can now mimic spontaneity, humor, and even abstract storytelling techniques. Because these nuances are difficult to capture with a straightforward algorithm, AI detectors may struggle to distinguish between authentic human creativity and AI outputs.
It’s essential, then, to use AI detection tools judiciously. Their limitations and inconsistencies can have serious consequences in high-stakes environments, such as imposing penalties on students who genuinely authored their submissions. Instead of relying on AI detection alone, combining it with human insight and judgment may be a more balanced approach. When used thoughtfully, AI checkers can be integral to a broader strategy in verifying content authenticity.
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About Micah Sulit: Micah is a writer and editor with a focus on lifestyle topics like tech, wellness, and travel. She loves writing while sipping an iced mocha in a cafe, preferably one in a foreign city. She's based in Manila, Philippines.
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Acer X34 OLED: The Beautiful and Curvy Gaming Monitor
Standard flat-screen computer monitors have been around since the early 2000s and have become a staple in many households around the world. Curved monitors have gained popularity over the past few years, offering gamers and movie lovers an immersive experience that brings fantasy worlds to life. Sure, games and movies look great on flat screens nowadays, but curved screens add extra depth to viewing, taking advantage of our ocular and peripheral vision to offer captivating visuals.
Why are curved monitors better for gaming?
An immersive viewing experience is one of the oft-mentioned benefits of a curved gaming monitor. The display’s curves wrap around our field of vision, creating a more engaging visual experience. This design of this curvature mimics the shape of our eyes, meaning we can more easily focus on our media of choice. It also reduces the risk of eye strain over prolonged viewing periods. Let’s take a look at some more reasons why a curved monitor may be better for gaming.
1. Realistic 3D content
Curved monitors deliver on-screen depth and dimensionality, which helps content appear three-dimensional and more realistic. The world around us is not flat, so viewing media on a curved monitor makes it appear similar to the real world. This is particularly useful for gaming, as it gives gamers an enhanced sense of distance and positioning within the gaming world, which can improve their performance.
2. Wider viewing field
Curved monitors direct light to the viewer’s eye from different angles, allowing us to cover a larger field of view. Moreover, curved monitors also appear bigger, which creates a mesmerizing viewing experience. With curved monitors, viewers can absorb on-screen information without excessively moving their heads, which makes watching our favorite movie or playing games more comfortable.
3. Less distortion
Distortion creates blurry images and poor viewing quality. Flat monitors tend to have higher levels of distortion, especially with larger screens, as pictures are enlarged. Curved screens reduce distortion by taking advantage of light projection, and limiting distortion by aiming everything at the viewer, whereas flat monitors project images in a straight line. An added bonus is that curved monitors also reduce the impact of external lighting, minimizing glare and creating great visuals in all light conditions.
Are OLED monitors good for gaming?
Organic Light Emitting Diode (OLED) is a display technology used in television, smartphone, and tablet screens. Traditional LED and LCD screens require a backlight to light up pixels, whereas OLED screens generate light via organic compounds that give off light when an electric current is supplied. Individual pixels can be switched off with OLED displays, achieving deeper blacks, creating more vibrant colors, and enhancing energy efficiency.
OLED monitors are great for gaming, as they provide outstanding image quality and more expressive colors. An OLED monitor creates crisp and responsive visuals, making the gaming world appear more realistic and enhancing the overall experience.
Beauty meets curves with the Acer X34 OLED
The Acer Predator X34 OLED lets gamers adventure through neon-lit streets and stunning landscapes with magnificent images that look just like real life. Games run seamlessly with AMD FreeSync™ Premium Pro, letting games play at peak performance with smooth, tear-free playing quality. The Acer X34 offers exceptional contrast and cinema-quality color that is so vivid images practically jump out of the screen, thanks to the True 10-bit DCI-P3 99% wide color gamut. It also boasts a 0.01ms pixel response time for minimal blurring, and the image retention refresh prevents images from sticking, ensuring clear visuals throughout gameplay.
Specifications
* Screen display size: 34 inches (86.36 cm)
* Screen resolution: 3440 x 1440 (max)
* Refresh rate: 240 Hz
* Weight: 27.4 lbs (12.42 kg)
* Length: 12.02 inches (30.53 cm)
* Width: 30.94 inches (78.58 cm)
* Height: 19.5 inches (49.53 cm)
* Viewing angle: 178 degrees
* Mounting type: wall mount
* HDMI ports: 2
* USB ports: 5
Stay ahead of the curve
Curved monitors are becoming increasingly popular in the gaming world as they offer a more immersive experience than flat screens. They utilize physics and our eye shape to provide crisp, three-dimensional images that look true to life. The Acer Predator X34 OLED gaming monitor offers an 800R curvature and a 21:9 aspect ratio, resulting in an all-encompassing and captivating gaming environment. Tearing, stuttering, and flickering are practically eliminated thanks to the AMD FreeSync™ Premium Pro technology. With the USB Type-C 90W PD port, users can enjoy display connectivity, data transfers, and charging through one conduit. Bring the best out of gaming with an Acer Predator X34 OLED curved gaming monitor for under USD $1000.
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Slitterhead: A New Era of Action-Adventure Games from Bokeh Game Studio
Bokeh Game Studio's upcoming single-player title, Slitterhead, is set to revolutionize the action-adventure genre. Combining a compelling storyline, innovative gameplay mechanics, and stunning visual design, Slitterhead builds upon the legacy of Keiichiro Toyama, the creator behind horror classics like Silent Hill. Adding to the game's immersive horror atmosphere is the haunting music of Akira Yamaoka, also renowned for his work on the Silent Hill video game series.
The Storyline: A Dark Urban Fantasy
Set in the fictional city of Kowlong during the early 1990s, Slitterhead plunges players into a world where parasitic creatures wreak havoc on humanity. Players assume the role of Hyoki, who is described as "an entity devoid of memory and physical form." He navigates the chaotic city's neon-lit streets with one goal in mind: to destroy Slitterheads, who are disguising themselves as normal people. Behind their human appearance and behavior, however, Slitterheads are grotesque monsters. According to Toyama, Slitterheads were inspired by several manga series and Chinese mythical creatures.
Innovative Gameplay Mechanics and Thrilling Action
Slitterhead features dynamic action scenes, utilizing motion capture to enhance realism. Players face a variety of Slitterheads in fast-paced, strategic battles. The motion capture technology ensures fluid animations and lifelike movements, creating an immersive experience that keeps players engaged and challenged.
Central to the Slitterhead gameplay is the possession system, which allows players (as Hyoki) to enter and take control of various characters—including animals—within the game. By quickly changing hosts, he can move through the city at high speeds. This ability also allows him to infiltrate secure locations and bypass obstacles.
When in battle, Hyoki can transform the blood of the person he is occupying into weapons like claws, swords, and firearms. If he becomes critically injured, he can go on fighting as long as he is able to move into a fresh host.
When Hyoki possesses certain humans, known as Rarities, he can deliver more damaging attacks and activate special abilities to vanquish Slitterheads. Some of these Rarities are:
* Doni: A high school student whose skills include the omnipotent Fatal Lance and the Revenge Guard shockwave.
* Tri: An immigrant housekeeper who can reduce enemy movement with Crimson Chains and stun foes with her Bloody Knuckles skill.
* Edo: A former showbiz personality turned street dweller, Edo automatically repels enemy attacks with his Deflect All skill and massively enhances attack power with Burning Edge.
* Alex: When not at his day job as a surgeon, Alex fights Slitterheads using skills such as Bloody Blast and Time Bomb.
* Julee: The first Rarity, Julee wields blood claws. Her powers include Revive All, as well as Sonic Claws that generate shockwaves, and Blood Ripper, which slows down enemies.
Players can also progress through the game by choosing missions and selecting Rarities as companions for each task. These missions vary from combat challenges to stealth investigations, allowing for diverse gameplay.
During intermissions, players can upgrade their Rarities' abilities or change their costumes. Interactions with Rarities are crucial, as conversations with them can help unlock new missions.
Slitterhead Platforms
The Slitterhead game release date is on November 8, 2024, and it will be available on PlayStation 4 and 5, Xbox Series X|S, and PC via Steam and Epic Games. Besides the standard edition, there will be physical and digital deluxe editions. It's worth noting that the physical edition is available only for PS5.
Additionally, there will be a special Slitterhead Day 1 edition, which includes several perks. Aside from the PS5 physical version of the game, the package features an artbook with commentary by director Keiichiro Toyama and the original game soundtrack on compact disc, plus stickers and a special Slitterhead box.
For PC players, the Nitro 17 Gaming Laptop is an excellent option for playing Slitterhead since it exceeds the game's recommended system requirements with its powerful Intel Core i7-14650HX hexadeca-core processor, 16 GB of RAM, and NVIDIA GeForce RTX 4060 graphics processing unit. Console and PC desktop players might want to consider using a display like the 31.5" Predator X32 X Gaming Monitor. In addition to its ultra high-definition OLED curved screen, it features AMD FreeSync Premium, which ensures tear-free, stutter-free gaming.
With the Slitterhead release date right around the corner, the game has garnered significant attention as Bokeh Game Studio's debut title. The trailers of this action-adventure game showcase supernatural elements and body horror reminiscent of Keiichiro Toyama's earlier works, suggesting he's maintaining his reputation for crafting atmospheric, psychologically driven horror experiences that push creative boundaries.
https://youtu.be/2mAkn64FQDU?si=GD44aumcsZLYrJ7y
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About Lalaine Capucion: Lalaine has been working as a freelance writer and editor for more than 12 years, focusing on lifestyle, travel, and wellness. When she isn’t writing, she's most likely curled up with a good book or trying out a new recipe in the kitchen. She lives in Metro Manila, Philippines.
