This week Apple announced many resources for the Apple Vision Pro headset, among them are:
These resources among with the 46 episodes of training announced at WWDC23 would be the base for the upcoming experiences people build.
The new version 55 software update for the Meta Quest 2 and Quest Pro VR headsets, increases their CPU and GPU performance and adds new features. The Quest 2 will get a 19 percent GPU speed increase while Quest Pro owners will get an 11 percent jump. Both headsets will also get up to 26 percent performance increases in CPU power. The update also introduces Dynamic Resolution Scaling, Messenger app in VR, Explore tab with media content and Reels, and multi-touch gesture support for Meta Quest Browser.
The Meta Quest 3 VR headset, which was announced earlier this month and should bring enhanced capabilities, won’t be available until September. Unity introduces new development tools for mixed reality applications on Quest headsets. The headset will have color passthrough and improved spatial awareness for more immersive and realistic mixed reality experiences that fit better into everyday life. Unity continues to be the most popular development environment for mobile VR applications and has just released a Meta OpenXR package that supports features such as passthrough, plane detection, raycasting, and anchors for Quest headsets. Unity has also updated some sample projects that use AR Foundation, a framework for cross-platform development of AR applications for mobile devices and XR headsets. Developers who want to create mixed reality apps for Quest headsets need to use Unity 2022 LTS, AR Foundation, Meta OpenXR package, and Meta’s Presence Platform.
Microsoft has announced a new milestone in its Azure Quantum service, which allows researchers and developers to access quantum computing resources in the cloud. Azure Quantum now supports more than 100 quantum algorithms and applications, ranging from chemistry and optimization to machine learning and cryptography. These algorithms can run on a variety of quantum hardware platforms, including ion trap, superconducting, and topological qubits. Microsoft also highlighted some of the breakthroughs and collaborations that have been achieved using Azure Quantum, such as simulating molecular interactions, solving complex optimization problems, and developing quantum-resistant encryption. Microsoft hopes that Azure Quantum will accelerate scientific discovery and innovation in the quantum era.
Microsoft announced the public preview of Azure Remote Rendering support for Meta Quest 2 and Meta Quest Pro virtual reality headsets. Azure Remote Rendering is a service that enables developers to render high-quality interactive 3D content and stream it to devices like HoloLens 2 or desktops/laptops in real time. Azure Remote Rendering uses hybrid rendering, which combines remote content with locally rendered content, and provides an easy way to integrate the service into existing applications. Customers and partners can now use Azure Remote Rendering on Meta Quest 2 and Meta Quest Pro for various use cases, such as CAD review, visualization, training, and pass-through. To get started with Azure Remote Rendering on Meta Quest 2 and Meta Quest Pro, developers can follow the updated guide for building for Meta Quest in the documentation.
In today’s fast-paced world, where technological advancements dominate our daily lives, the importance of reading is often overlooked. With the rise of social media, instant gratification, and endless distractions, many individuals have shifted their focus away from the written word. However, investing in reading is a decision that can profoundly impact our lives, opening up a world of knowledge, imagination, and personal growth.
Reading is not merely a pastime; it is a transformative experience that enriches our minds and broadens our perspectives. Through books, we can explore new ideas, delve into different cultures, and understand complex concepts. Whether it’s diving into the realms of science fiction, absorbing the wisdom of philosophical treatises, or immersing ourselves in historical accounts, reading expands our intellectual horizons and deepens our understanding of the world.
One of the greatest benefits of investing in reading is the acquisition of knowledge. Books serve as reservoirs of information, capturing the collective wisdom of generations. From non-fiction works to scholarly research and biographies of great individuals, reading allows us to tap into the vast expanse of human knowledge. By investing time in reading, we become lifelong learners, constantly seeking to expand our knowledge base and develop a well-rounded understanding of various subjects.
Moreover, reading has a profound impact on personal growth. Books are a source of inspiration, motivation, and self-reflection. They offer us glimpses into the lives of extraordinary individuals, teaching us valuable life lessons and imparting wisdom. Through stories, we can empathize with characters from different walks of life, understanding their struggles, triumphs, and personal transformations. This connection with fictional characters and their narratives often resonates with our own experiences, enabling us to navigate our own challenges with greater insight and resilience.
In addition to knowledge and personal growth, reading also enhances our cognitive abilities. Studies have shown that regular reading improves memory, concentration, and analytical thinking. It strengthens our vocabulary, language skills, and communication abilities. By engaging with diverse genres and writing styles, we expand our linguistic repertoire, allowing us to express ourselves more effectively and think critically. Reading becomes a mental exercise that stimulates our brains, improves cognitive function, and enhances our problem-solving abilities.
Furthermore, investing in reading promotes emotional intelligence and empathy. When we immerse ourselves in the pages of a book, we connect with the emotions and experiences of the characters. This empathetic engagement fosters a greater understanding of human emotions, perspectives, and the complexities of relationships. We develop the ability to relate to others, build compassion, and navigate the intricacies of the human condition. Reading enables us to cultivate emotional intelligence, which is crucial for success in both personal and professional relationships.
In a world dominated by instant gratification and short attention spans, investing in reading may seem like a daunting task. However, it is essential to prioritize reading and carve out time for this invaluable activity. Start by setting aside a few minutes each day for reading, gradually increasing the duration as it becomes a habit. Choose books that align with your interests, but also challenge you to explore new genres and themes. Join book clubs or engage in discussions with fellow readers to enhance your reading experience and gain different perspectives.
In conclusion, investing in reading is an investment in ourselves. It is a gateway to knowledge, personal growth, and self-discovery. Through books, we gain access to a wealth of information, expand our intellectual horizons, and enhance our cognitive abilities. Reading nurtures our emotional intelligence, fosters empathy, and equips us with valuable life skills. So, let us make a conscious choice to invest in reading, unlock its transformative power, and embark on a lifelong journey of learning and self-improvement.
The concept of the metaverse has gained significant attention in recent years, capturing the imagination of technologists, entrepreneurs, and enthusiasts alike. Often, the focus of discussions around the metaverse revolves around web3 technologies and cryptocurrencies. However, it is essential to recognize that the true essence of the metaverse lies in the realm of spatial computing. In this article, we explore why spatial computing is the key to unlocking the full potential of the metaverse, transcending the boundaries of web3 and crypto coins.
Before diving into the role of spatial computing, let us briefly define the metaverse. The metaverse refers to a virtual space where users can interact with a computer-generated environment and other users in real-time, typically through augmented reality (AR) or virtual reality (VR) technologies. It is an immersive and interconnected digital realm that enables people to collaborate, communicate, and engage in a wide range of experiences.
Spatial computing refers to the integration of virtual and physical realities to create a seamless and immersive experience. It combines elements of AR, VR, mixed reality (MR), and computer vision to enable users to interact with digital content and virtual objects in a spatial context. This technology forms the foundation of the metaverse, as it empowers users to navigate and interact with the virtual world in a manner that mirrors their real-world experiences.
While web3 technologies and crypto coins certainly have a role to play in the metaverse, they are just a part of the broader ecosystem. Web3 technologies primarily focus on decentralized networks, blockchain infrastructure, and tokenization. While they provide valuable tools for enabling trust, security, and ownership in the metaverse, they do not capture the full essence of spatial computing.
The metaverse’s true potential lies in its ability to transform the way we perceive and interact with the digital world, offering immersive experiences that transcend the limitations of traditional web-based platforms. Spatial computing provides the means to create these transformative experiences, where users can explore, create, and connect in ways never before possible.
While discussions around the metaverse often revolve around web3 technologies and crypto coins, it is crucial to recognize that spatial computing forms the core of this transformative concept. By leveraging spatial computing, the metaverse can transcend the limitations of traditional web-based platforms, offering immersive experiences that blend the physical and digital realms seamlessly. As we move forward, it is vital to focus on developing the technologies and infrastructures that enable spatial computing, unlocking the full potential of the metaverse and shaping the future of human interaction in the digital age.
Life is a complex tapestry of emotions and experiences. We often find ourselves clinging to negative thoughts, emotions, and memories that hold us back from truly living and embracing the present moment. However, there is a powerful and transformative art to be learned—the art of letting go. By consciously releasing negativity and embracing positivity, we can unlock a newfound sense of freedom, peace, and joy in our lives.
Letting go does not mean denying or suppressing our emotions. It is a process of acknowledging and accepting them, but then consciously choosing to release their hold on us. It is about loosening the grip of negativity and creating space for positivity to flourish. Here are some essential steps to master the art of letting go and embracing positivity:
The art of letting go is a continuous practice that empowers us to release negativity and embrace the beauty and abundance of life. By cultivating awareness, self-compassion, and gratitude, we can create a positive mindset that uplifts our spirits and attracts positivity into our lives. Let go of what no longer serves you, and open yourself up to the infinite possibilities that await. Embrace the art of letting go, and watch as your life blossoms with newfound joy, love, and fulfillment.
Defining a clear and consistent “Definition of Done” is crucial for successful project management and ensuring high-quality deliverables. It serves as a shared understanding between team members and stakeholders about the completion criteria for a task or user story. One effective approach to defining your Definition of Done is by using the acronym F.I.N.I.S.H.E.D., which represents a set of criteria that encompass various aspects of quality and readiness. In this article, we will explore how each element of F.I.N.I.S.H.E.D. contributes to establishing a comprehensive and reliable Definition of Done.
The first element of F.I.N.I.S.H.E.D. emphasizes the importance of ensuring that the work meets its intended purpose. It should fulfill all the requirements outlined in the user story or acceptance criteria. This criterion ensures that the functionality has been implemented correctly and is functioning as expected.
Integration is a critical aspect of software development. The work should be compatible and seamlessly integrated with the rest of the product or process. It should not introduce any disruptions or conflicts with existing functionalities. By verifying integration, you ensure that the work functions harmoniously within the larger context and contributes to the overall coherence of the project.
A thorough Definition of Done requires addressing all known issues or bugs related to the work item. This step involves comprehensive testing and resolving any identified problems. By resolving known issues, you enhance the quality and reliability of the deliverable, ensuring a smoother user experience and reducing the likelihood of post-release complications.
Quality assurance is vital to achieving a robust Definition of Done. The work should undergo inspection by peers and key stakeholders. This step involves a review process to identify and rectify any remaining issues or potential areas of improvement. Inspecting the work ensures that it meets the required quality standards and aligns with the expectations and needs of all relevant stakeholders.
Maintainability is a crucial consideration in any software development project. The work should be supportable for future changes, support, and operations. This criterion ensures that the deliverable is built in a way that facilitates future updates and modifications without causing significant disruptions. By designing for supportability, you enable a more efficient and sustainable development process.
Adherence to relevant compliance, guidelines, and standards is essential for certain industries or domains. The work should meet the established standards and requirements specific to the project. By honoring standards, you ensure that the deliverable aligns with legal, security, or industry-specific regulations, enhancing its credibility and reliability.
Comprehensive documentation is a key aspect of a thorough Definition of Done. All required internal documentation, as well as user-facing documentation, should be completed. This criterion ensures that anyone interacting with the work can understand its purpose, functionality, and usage. Clear documentation reduces ambiguity and facilitates effective collaboration, support, and future enhancements.
The final element of F.I.N.I.S.H.E.D. emphasizes the readiness for deployment and release. The work should be prepared and validated to be releasable at any time. This criterion ensures that all necessary preparations, such as build packaging, testing, and configuration, are completed. By achieving deployment readiness, you can confidently move forward with the release process when appropriate.
Defining your Definition of Done using the F.I.N.I.S.H.E.D. approach provides a comprehensive framework to ensure the quality and readiness of your deliverables. By considering the functional, integrated, no known issues, inspected, supportable, honors standards, essential documentation, and deployment-ready aspects, you establish a shared understanding of completion criteria among team members and stakeholders. This approach promotes consistency, accountability, and a higher level of confidence in the work being delivered. By adhering to the F.I.N.I.S.H.E.D. framework, you enhance the overall quality of your projects and set the stage for successful outcomes.
In a world that often equates wealth with financial prosperity and material possessions, a paradigm shift is emerging. The concept of “having time” is gaining recognition as the new measure of true wealth. As society becomes increasingly fast-paced and demanding, individuals are beginning to reassess their priorities and value the currency of time over material riches. This article explores the significance of time as a precious resource and the growing understanding that having time is the epitome of wealthiness in today’s world.
Traditionally, wealth has been equated with financial abundance and the accumulation of assets. However, this definition fails to capture the essence of a truly fulfilling life. In recent years, people have started to realize that possessing vast material wealth does not guarantee happiness or a sense of fulfillment. Instead, individuals are shifting their focus to attain a better work-life balance, pursue their passions, and invest in experiences that bring them joy.
In an era where people are constantly bombarded with distractions and commitments, time has become an increasingly scarce commodity. The pursuit of success often leads to packed schedules, long working hours, and limited personal time. As a result, many individuals find themselves feeling overwhelmed, stressed, and disconnected from what truly matters to them.
Consequently, having time has become a form of luxury. It allows individuals the freedom to engage in activities they enjoy, foster meaningful relationships, prioritize self-care, and pursue personal growth. Time is the foundation upon which one can build a life of fulfillment and contentment.
The shift towards valuing time over material wealth has prompted a reevaluation of priorities. People are beginning to question the long-held belief that success is solely measured by financial achievements. Instead, they are seeking a more balanced approach that prioritizes their overall well-being and quality of life.
Rather than solely focusing on climbing the corporate ladder or accumulating possessions, individuals are exploring alternative ways to gain more time. They are opting for flexible work arrangements, embracing minimalist lifestyles, and simplifying their commitments to create space for what truly matters. The pursuit of a rich and meaningful life is taking precedence over the pursuit of wealth for its own sake.
In the quest for time-rich lives, individuals are recognizing the value of investing in experiences rather than material possessions. Research consistently shows that the happiness derived from experiences lasts longer than the fleeting satisfaction gained from acquiring material goods. Memories of shared adventures, personal achievements, and moments of joy become cherished treasures that money cannot buy.
Moreover, investing in experiences fosters personal growth, broadens perspectives, and strengthens social connections. It enriches life in ways that material possessions cannot, contributing to a deep sense of fulfillment and well-being.
As the world continues to evolve, the definition of wealth is undergoing a profound transformation. The acknowledgment that having time is the new wealthiness challenges the traditional emphasis on material possessions and financial abundance. It encourages individuals to prioritize their overall well-being, strike a better work-life balance, and invest in experiences that bring joy and fulfillment.
In this new paradigm, success is measured not by the size of one’s bank account, but by the richness of one’s experiences, the strength of personal relationships, and the ability to live life on one’s own terms. By embracing the notion that having time is the epitome of wealthiness, individuals can pursue lives that are more meaningful, balanced, and aligned with their true desires and aspirations.
Artificial Intelligence (AI) has revolutionized various industries, from healthcare to finance, and now it is making its way into the realm of art and creativity. With advancements in machine learning and neural networks, AI has shown remarkable potential in assisting artists and helping them push the boundaries of innovation. But can AI truly be a creative partner for artists looking to innovate?
The notion of AI as a creative collaborator may raise skepticism among traditional artists who believe that creativity is a uniquely human trait. However, AI’s role in the creative process should not be seen as a replacement for human creativity, but rather as a tool to augment and inspire new artistic possibilities.
One of the ways AI can serve as a creative partner is by generating ideas and expanding the creative palette. AI algorithms can analyze vast amounts of data, including existing artworks, literature, music, and other forms of artistic expression. By identifying patterns and making connections that might elude human artists, AI can offer fresh perspectives and suggest unconventional approaches. This can help artists break free from creative blocks and explore uncharted territories.
Additionally, AI can assist in the technical execution of artistic projects. For example, in visual arts, AI algorithms can analyze and process images, enabling artists to experiment with various filters, styles, and compositions more efficiently. AI-powered tools like deep learning-based image recognition can also automate tedious tasks such as image tagging and categorization, freeing up artists’ time for more creative endeavors. Also, even before the current invention of AIs, the use of very advanced algorithms in toolings like Photoshop were already close to ‘magic’ in terms of the artist not necessarily understanding the math and algorithm behind it – it is the same as whether an artist understands how the canvas and the brush, etc is created.
Moreover, AI can be a valuable asset in collaborative artistic endeavors. By training AI models on the works of multiple artists, it becomes possible to create a hybrid AI artist that combines the influences and styles of various creators. This collaboration between human artists and AI can result in unique and thought-provoking works that transcend individual artistic visions.
However, it’s important to note that AI should not be seen as a substitute for the human touch and the depth of emotion that art can convey. The subjective aspects of art, such as personal experiences, emotions, and cultural contexts, are still best expressed by human artists. AI algorithms lack the depth of understanding and emotional intelligence that humans possess, making it challenging for them to capture the nuances and subtleties that define truly profound works of art.
Furthermore, the ethical implications of AI-generated art should be carefully considered. Intellectual property rights, plagiarism, and the question of who owns the creative output generated by AI algorithms are complex issues that require thoughtful examination. Artists should have control over how their work is used and attributed when collaborating with AI systems.
In conclusion, while AI can be a valuable tool for artists looking to innovate, it should be seen as a creative partner rather than a replacement for human creativity. AI algorithms can assist in generating ideas, expanding artistic possibilities, and providing technical support, but the essence of art lies in the human experience and the unique perspectives that artists bring. To harness the true potential of AI as a creative collaborator, artists must maintain their agency and ensure that their creative vision remains at the forefront. By embracing the possibilities offered by AI while upholding their individuality, artists can forge new frontiers in innovation and artistic expression.