Welcome to the fortnightly separation anxiety support group!
The mission of this post is to provide a constructive place to discuss your dog's progress and setbacks in conquering his/her separation anxiety. Feel free to post your fortnightly progress report, as well as any questions or tips you might have! We seek to provide a safe space to vent your frustrations as well, so feel free to express yourself.
We welcome both owners of dogs with separation anxiety and owners whose dogs have gotten better!
NEW TO SEPARATION ANXIETY?
New to the subject of separation anxiety? A dog with separation anxiety is one who displays stress when the one or more family members leave. Separation anxiety can vary from light stress to separation panic but at the heart of the matter is distress.
Does this sound familiar? Lucky for you, this is a pretty common problem that many dog owners struggle with. It can feel isolating and frustrating, but we are here to help!
Resources
Books
​
Don't Leave Me! Step-by-Step Help for Your Dog's Separation Anxiety by Nicole Wilde
Be Right Back!: How To Overcome Your Dog's Separation Anxiety And Regain Your Freedom by Julie Naismith
Separation Anxiety in Dogs: Next Generation Treatment Protocols and Practices by Malena DeMartini-Price
Online Articles/Blogs/Sites
Separation Anxiety (archived page from the ASPCA)
Pat Miller summary article on treating separation anxiety
Emily "kikopup" Larlham separation training tips
Videos
Using the Treat&Train to Solve Separation Anxiety
introducing an x-pen so the dog likes it (kikopup)
Podcast:
https://www.trainingwithally.com/the-podcast
Online DIY courses:
https://courses.malenademartini.com
https://www.trainingwithally.com/about-2
https://separationanxietydog.thinkific.com/courses/do-it-yourself-separation-anxiety-program
https://rescuedbytraining.com/separation-anxiety-course
​
Introduce your dog if you are new, and for those of you who have previously participated, make sure to tell us how your week has been!

Hey WebDevMauritius community,
Whether you’re just starting out or looking to expand your skills, finding quality learning resources can be a game-changer in your web development journey. I’ve put together a list of some of the best free resources available in 2024 to help you on your path. Feel free to add your favorites in the comments!

1. FreeCodeCamp

FreeCodeCamp offers a comprehensive curriculum that covers everything from HTML and CSS to JavaScript, React, and even backend development with Node.js. It’s perfect for beginners and offers hands-on projects to build your portfolio.

2. MDN Web Docs

MDN Web Docs is a go-to resource for web developers of all levels. It provides detailed documentation on HTML, CSS, JavaScript, and more, along with tutorials and guides that are invaluable for both learning and reference.

3. The Odin Project

The Odin Project offers a full-stack web development curriculum that is free and open-source. It covers a wide range of topics, including Ruby on Rails, JavaScript, HTML, CSS, and databases, all through a hands-on, project-based approach.

4. Coursera and edX Free Courses

Platforms like Coursera and edX offer free courses from top universities and institutions. While some features are paid, you can audit many courses for free. Look for courses on web development, computer science, and related topics.

5. Codecademy (Free Version)

Codecademy offers interactive lessons on various programming languages and web development skills. While they have a paid Pro version, there are still plenty of free resources to get started with HTML, CSS, JavaScript, and more.

6. YouTube Channels

• Traversy Media: Brad Traversy’s channel is packed with tutorials on web development, covering a wide range of topics from HTML/CSS to more advanced frameworks.
• The Net Ninja: Shaun Pelling offers clear and concise tutorials on JavaScript, React, Node.js, and more.
• Academind: Maximilian Schwarzmüller provides in-depth tutorials on modern web development tools and practices.

7. CSS-Tricks

CSS-Tricks is a fantastic resource for learning and mastering CSS. It offers a plethora of tutorials, articles, and a lively community forum where you can get your questions answered.

8. W3Schools

W3Schools is a classic resource that provides tutorials and references on web development languages like HTML, CSS, JavaScript, PHP, SQL, and more. It’s beginner-friendly and provides interactive coding examples.

9. Khan Academy

Khan Academy offers free courses in computer programming and web development. Their interactive tutorials are great for learning the basics and building a strong foundation.

10. Project-Based Learning Sites

• Frontend Mentor: Provides real-world projects to help you practice HTML, CSS, and JavaScript skills.
• Codewars: Offers coding challenges that help you practice problem-solving and coding skills in a variety of languages.

Conclusion

These resources are just the tip of the iceberg, and there’s a wealth of knowledge out there waiting to be explored. Remember, the key to learning web development is consistency and practice. Dive into these resources, start building projects, and don’t hesitate to ask questions here in our community.
What are your favorite free resources for learning web development? Share your recommendations and experiences in the comments below!

Hey WebDevMauritius community,
Hope you’re all doing well! Today, I want to dive into an exciting topic: using ChatGPT to enhance web development, specifically for WordPress projects. As an experienced web developer, I've found that integrating AI tools like ChatGPT can significantly streamline workflows and add unique functionality to websites.

How ChatGPT Can Help

1. Content Creation: Generating engaging and relevant content can be time-consuming. ChatGPT can assist by creating blog posts, product descriptions, FAQs, and more. This can help keep your site fresh and informative without spending hours writing.
2. Customer Support: Implementing a ChatGPT-powered chatbot on your WordPress site can provide 24/7 customer support. It can handle common queries, provide information, and even guide users through processes, improving user experience and reducing the workload on human support staff.
3. Code Assistance: Stuck on a piece of code or looking for the best way to implement a feature? ChatGPT can offer coding advice, snippets, and troubleshooting tips. It’s like having a coding buddy available at all times.
4. SEO Optimization: ChatGPT can help generate SEO-friendly content, suggest keywords, and even rewrite existing content to improve its SEO value. This can boost your site’s visibility and attract more visitors.

Implementing ChatGPT in WordPress

1. Using Plugins: There are several plugins available that integrate ChatGPT with WordPress. Plugins like “AI Engine” or “WP-Chatbot” make it easy to add AI capabilities to your site without extensive coding knowledge.
2. Custom API Integrations: For those comfortable with a bit of coding, you can integrate ChatGPT directly using OpenAI’s API. This allows for more customized and powerful implementations tailored to your specific needs.
3. Interactive Elements: Incorporate ChatGPT into interactive elements like comment sections, forums, or customer feedback forms. This can help keep conversations lively and engaging, providing immediate responses and insights.

Benefits

• Efficiency: Automate repetitive tasks, freeing up your time to focus on more complex aspects of development.
• User Engagement: Enhance user interaction with dynamic and responsive AI-driven features.
• Scalability: Easily scale your support and content creation efforts without needing a large team.

Conclusion

Leveraging ChatGPT in WordPress development opens up a world of possibilities. From improving content creation to providing instant customer support, the integration of AI can take your projects to the next level. If you haven’t explored this yet, now is a great time to start experimenting with how ChatGPT can fit into your workflow.
Have any of you tried integrating ChatGPT into your WordPress sites? What has your experience been like? Let’s discuss tips, tricks, and potential pitfalls!
Looking forward to your thoughts!

We're excited to announce a significant shift in our documentation approach: we're retiring traditional Linux man pages and replacing them with Markdown, which will be rendered directly from the command line. Additionally, we will convert all the man pages for the software included in the next generation of our Linux distributions.

Why Markdown Man Pages?

Pros of Markdown Man Pages:

1. Readability and Formatting:
   
   • Markdown is inherently more readable and easier to write than the traditional roff format used in man pages.
   • It supports modern text formatting features like headers, lists, tables, links, and code blocks.
2. Consistency and Portability:
   
   • Markdown is a widely-adopted standard used across various platforms and documentation systems, ensuring consistency.
   • Markdown files can be easily converted to other formats (HTML, PDF, etc.) using tools like Pandoc.
3. Ease of Maintenance:
   
   • Markdown's simplicity reduces the learning curve for contributors, making it easier to maintain and update documentation.
   • Version control systems like Git work seamlessly with Markdown, facilitating collaborative editing and change tracking.
4. Enhanced Viewing Options:
   
   • With a command-line renderer, users can view Markdown man pages in various styles and formats, enhancing the overall user experience.
   • Renderers can provide additional features such as syntax highlighting, clickable links, and even embedded media.

Cons of Traditional Man Pages:

1. Complex Syntax:
   
   • The roff format used for traditional man pages is complex and unintuitive, making it harder for new contributors to write and edit documentation.
   • Formatting issues are common and can make man pages difficult to read and maintain.
2. Limited Features:
   
   • Traditional man pages are limited in their formatting capabilities, lacking support for modern documentation features.
   • They do not support interactive elements or rich media, which can enhance the usability of documentation.
3. Inconsistent Formatting:
   
   • The look and feel of man pages can vary significantly across different systems and viewers, leading to inconsistent user experiences.

Example

Here's a short example of a man page converted to Markdown:
Traditional Man Page:
roff .TH LS 1 "March 2024" "GNU Coreutils 8.32" "User Commands" .SH NAME ls \- list directory contents .SH SYNOPSIS .B ls [\fIOPTION\fR]... [\fIFILE\fR]... .SH DESCRIPTION .B ls list information about the FILEs (the current directory by default).
Markdown Man Page:
```markdown

ls - list directory contents

Synopsis

ls [OPTION]... [FILE]...

Description

ls lists information about the FILEs (the current directory by default).

Options

• -a : Do not ignore entries starting with .
• -l : Use a long listing format
• -h : With -l, print sizes in human-readable format (e.g., 1K, 234M, 2G)

For more information, see the GNU Coreutils documentation. ```

Conclusion

We believe that transitioning to Markdown man pages will significantly enhance the quality and accessibility of our documentation. By embracing a modern, user-friendly format, we aim to provide a better experience for both contributors and end-users.
We'd love to hear your thoughts and feedback on this change! How do you feel about moving away from traditional man pages to Markdown?
Join the discussion below!

I have ADHD and have increasingly found that my stress levels and ability to get things done are much better the more I offload stuff from my brain into some sort of digital repository.
I'm an iPad power-user (basically live on this thing) so I've been using the iOS Reminders app for most of this stuff. But while reminders has been great for, well, reminders/tasks, I'm finding I'm increasingly trying to use it for stuff it's not really well-suited for (like making lists of thoughts/info that I want to keep, not check off). I tried using Notes to fill in the gaps, but I just don't find it as pleasant and intuitive to use (reminders feels very structured, and color-coding in the sidebar helps keep me focused/find things). Plus there's stuff neither app does that I'd really like to find a good solution for.
Basically I think what I'm looking for is a personal knowledge/document/data management system. I've looked at a whole bunch and am frankly overwhelmed and struggling to figure out which would be best suited for my needs. Ideally the features I want (if possible to do all this in 1 app) are:

• Wiki type feature or decent linking allows me to connect related notes/docs. Can be offline but the ability to export to pdf or something would be cool so I can share stuff with people (like a topic ref doc for my kid, or a show viewing guide I'm making for my parents)
• Some sort of basic outline tools within the above docs/wiki (this doesn't have to be fancier than what Notes can do)
• WYSIWYG/rich text editor with decent/clear UI (I do NOT want to have to use markdown just to make entries. I'm fine copy/pasting stuff for unique formatting situations, but I am very much a visual person and not a programmer)
• Web clipper if possible/some way to send webpages to the database as a pdf or similar
• Annotation abilities, ideally with the ability to highlight bits of text and use the Apple Pencil to draw on top of these clips/pdfs.
• Ability to place images and other things into pages, but also the ability to browse a gallery of images with thumbnails (I'm an artist and while I use Visref for active ref while working, I need a better ref organization solution than the Photos app)
• Tagging (nested tagging is cool but not a requirement) with the ability to search/filter by tags
• Folders or workspaces with nesting/hierarchy. I just really need stuff "boxed" like this for my brain to keep track of it. I like to have a few basic folders and then dig down into detailed organizational systems within one. If this isn't possible, then nested tagging becomes much more important.
• Ability to put links to stuff in some sort of database/offline bookmarks managed where I can click them to open them in Safari. Basically I want to remove most of my bookmarks from Safari (I bookmark a lot of stuff just in case I need to refer back to it someday) and keep only frequently visited sites in there.
• Lists, like wishlists, with some basic organization/tagging (this might be accomplished the same way as the bookmarks database, basically I just want to be able to have like, a list of AppStore apps I may want to check out someday with links to them, or a list of books, or some other product and a link to where they can be purchased).
• Cloud sync/backup. Even though I mostly only use this one device, it would be nice to be able to at least reference my database on the rare occasion I need it on my iPhone or MacBook. Also I do not trust myself to remember to manually back it up.

Some stuff that would be nice to have but isn't absolutely required:

• Thumbnail views in image galleries display animations when there's an animated gif
• Modular layout tools (i enjoy stuff like kanban, cards, blocks, anything I can drag and drop and easily rearrange)
• Popup images/notes when a particular link is clicked (without navigating away from the current page/document)

I don't need tasks or calendar tools, fine using the iOS apps for those. Also a paid app is something I'm willing to consider if it's good enough. Infinite canvas is also not necessary and may be a detriment as I can easily forget about stuff that's drifted off-screen.
Some of the apps I've looked at are:

• Notion - I like the blocks that can be dragged and dropped, and the templates are cool. I'm not sure how I feel about the sidebar UI and the bare-bones look. Can stuff be nested on the left into folders and is there some way to add some more colostyling to the UI or documents? I also worry about it being online only.
• LiquidText - This doesn't do most of what I need but I like the select and drag out text snippet feature a lot.
• Evernote - I used this years ago and haven't looked at it in a while but I wasn't a huge fan of the UI back then.
• Others I know very little about: Obsidian, Anytype, Craft, Raindrop (is this just links/bookmarks?), Muse, Logsec, Devonthink, Flexcil, Funnel, Heptabase, Notesnook, Noto, Siyuan? Like I said, I'm overwhelmed.

Thinking about productivity app experiences I’ve enjoyed, Reminders and Trello come to mind. Plus that drag and drop snippit feature in LiquidText…I guess I like modular stuff? My brain likes stuff to be neatly boxed in a visually clear way.
Sorry I know that was a lot! Thank you to anyone who made it through all that. I welcome your recommendations if there are any apps that do what I'm looking for.

I have ADHD and and have increasingly found that my stress levels and ability to get things done are much better the more I offload stuff from my brain into some sort of digital repository.
I'm an iPad power-user (basically live on this thing) so I've been using the iOS Reminders app for most of this stuff. But while reminders has been great for, well, reminders/tasks, I'm finding I'm increasingly trying to use it for stuff it's not really well-suited for (like making lists of thoughts/info that I want to keep, not check off). I tried using Notes to fill in the gaps, but I just don't find it as pleasant and intuitive to use (reminders feels very structured, and color-coding in the sidebar helps keep me focused/find things). Plus there's stuff neither app does that I'd really like to find a good solution for.
Basically I think what I'm looking for is a personal knowledge/document/data management system. I've looked at a whole bunch and am frankly overwhelmed and struggling to figure out which would be best suited for my needs. Ideally the features I want (if possible to do all this in 1 app) are:

• Wiki type feature or decent linking allows me to connect related notes/docs. Can be offline but the ability to export to pdf or something would be cool so I can share stuff with people (like a topic ref doc for my kid, or a show viewing guide I'm making for my parents)
• Some sort of basic outline tools within the above docs/wiki (this doesn't have to be fancier than what Notes can do)
• WYSIWYG/rich text editor with decent/clear UI (I do NOT want to have to use markdown just to make entries. I'm fine copy/pasting stuff for unique formatting situations, but I am very much a visual person and not a programmer)
• Web clipper if possible/some way to send webpages to the database as a pdf or similar
• Annotation abilities, ideally with the ability to highlight bits of text and use the Apple Pencil to draw on top of these clips/pdfs.
• Ability to place images and other things into pages, but also the ability to browse a gallery of images with thumbnails (I'm an artist and while I use Visref for active ref while working, I need a better ref organization solution than the Photos app)
• Tagging (nested tagging is cool but not a requirement) with the ability to search/filter by tags
• Folders or workspaces with nesting/hierarchy. I just really need stuff "boxed" like this for my brain to keep track of it. I like to have a few basic folders and then dig down into detailed organizational systems within one. If this isn't possible, then nested tagging becomes much more important.
• Ability to put links to stuff in some sort of database/offline bookmarks managed where I can click them to open them in Safari. Basically I want to remove most of my bookmarks from Safari (I bookmark a lot of stuff just in case I need to refer back to it someday) and keep only frequently visited sites in there.
• Lists, like wishlists, with some basic organization/tagging (this might be accomplished the same way as the bookmarks database, basically I just want to be able to have like, a list of AppStore apps I may want to check out someday with links to them, or a list of books, or some other product and a link to where they can be purchased).

Some stuff that would be nice to have but isn't absolutely required:

• Thumbnail views in image galleries display animations when there's an animated gif
• Modular layout tools (i enjoy stuff like kanban, cards, blocks, anything I can drag and drop and easily rearrange)
• Popup images/notes when a particular link is clicked (without navigating away from the current page/document)

I don't need tasks or calendar tools, fine using the iOS apps for those. Also a paid app is something I'm willing to consider if it's good enough. Infinite canvas is also not necessary and may be a detriment as I can easily forget about stuff that's drifted off-screen.
Some of the apps I've looked at are:

• Notion - I like the blocks that can be dragged and dropped, and the templates are cool. I'm not sure how I feel about the sidebar UI and the bare-bones look. Can stuff be nested on the left into folders and is there some way to add some more colostyling to the UI or documents? I also worry about it being online only.
• LiquidText - This doesn't do most of what I need but I like the select and drag out text snippet feature a lot.
• Evernote - I used this years ago and haven't looked at it in a while but I wasn't a huge fan of the UI back then.
• Others I know very little about: Obsidian, Anytype, Craft, Raindrop (is this just links/bookmarks?), Muse, Logsec, Devonthink, Flexcil, Funnel, Heptabase, Notesnook, Noto, Siyuan? Like I said, I'm overwhelmed.

Sorry I know that was a lot! Thank you to anyone who made it through all that. I welcome your recommendations if there are any apps that do what I'm looking for.
Thinking about productivity app experiences I’ve enjoyed, Reminders and Trello come to mind. Plus that drag and drop snippit feature in LiquidText…I guess I like modular stuff? My brain likes stuff to be neatly boxed in a visually clear way.
Also as a side question: I recently tried Drafts, literally just as a drafts app (for when I'm replying to something and worried about losing my comment, or the web's editor is frustrating to use, like reddit). But is there any way to use rich text in it, or is it markdown only? Is there a similar app as smooth as this for this basic use with basic formatting tools? Just bolding, bulleted lists, stuff like that. I can go back to using Notes for this but just wondering if there's something better.

THE HARMONY OF ENERGY
Abstract
Introducing the "Harmony of Energy" (HoE) model, a novel formalism that posits the universe operates according to a fundamental pattern. This pattern consists of energy, defined as the smallest unit anything can be, existing as a fluid form in space, interacting with its environment through a specific method or structure, and then moving out of that space. Space, in turn, is the dynamic environment that energy occupies and moves through, filling it with positive and negative energy that affects its properties and behavior. According to the HoE model, energy moves into space, reacts to its environment, and then moves out of that space, with no time limit for how long it takes to react. This pattern is universal, applying to all aspects of the universe, and nothing escapes it.
The Origin of the Universe
The HoE model posits that the universe began as a singular entity, containing all forms of energy as one unified energy. This singularity can be represented mathematically as: U = ∫∫∫E(x,y,z)dxdydz, where U is the total energy of the universe, E is the energy density, and x, y, z are the spatial coordinates.
As the singularity expanded, the unified energy converted into distinct positive and negative energies. Positive energy is a high-frequency, high-information-potential state that retains its unique signature and individual form, capable of producing heat and maintaining its distinct properties. Negative energy is a low-frequency, low-information-potential state that loses its unique signature and individual form, characterized by a pulling force and a tendency to condense and simplify.
Initially, the universe moved in a straight line, with energy compact and cold. However, this linear movement resulted in a direct head-on collision with the void, a solid structure that hindered its passage.
This collision led to a limitation and subsequent conversion of energy, transforming it from a linear motion to a wave-like motion. The new wave motion created heat and allowed energy to break the pattern of "follow the leader" and collide with the void at an angle, shattering its edge into pieces.
This process of fragmentation can be described by the equation: F(θ) = Σ[nE<sup>n</sup> * sin(nθ)], where F is the fragmentation function, θ is the angle of collision, n is an integer, and E is the energy density. For reasons yet unknown, possibly due to the singularity's energy reaching its final place or a transformation driven by cosmic "boredom," this conversion occurred, giving rise to the diverse universe we observe today.
The Void and the Ultimate Negative
Outside of the expanding universe lies the void, a region devoid of energy and matter, existing in a state of complete stillness and stationarity. This void represents the ultimate negative, a state of complete absence and zero energy density, unchanging and unyielding. As a whole, it exerts a compressive force on the expanding universe, potentially leading to contraction and eventual return to the singularity. This dynamic interplay between the universe and the void can be described by the equation: F = -G * (M * m) / r<sup>2</sup> where F represents the force, G represents the gravitational constant, M and m represent the masses, and r represents the distance between them. The void's stationary and unchanging nature, lacking any internal rotation or energy, makes it inhospitable to life as we know it.
Magnetism and Attraction: A Shift in Perspective
Initially, I viewed magnetism through the conventional lens, seeing it as a fundamental force of attraction between positive and negative entities. However, as my understanding evolved, I came to realize that magnetism operates under a different principle. Positive and negative entities are not attracted to each other; instead, they represent the intrinsic structure of things. The true nature of attraction is frequency-based, with entities drawn to higher vibrations and shorter wavelengths. This phenomenon can be described by the following equations:
F = ∫∫(μ₁⋅μ₂)/(4πr<sup>2)</sup> dt dt (1)
where F is the force of attraction, μ₁ and μ₂ are the magnetic moments of the entities, r is the distance between them, and the integral is taken over time.
Additionally, the frequency-based attraction can be represented by:
f = γB (2)
where f is the frequency, γ is the gyromagnetic ratio, and B is the magnetic field strength.
Furthermore, the smaller wave's faster movement can be expressed as:
v = λf (3)
where v is the velocity, λ is the wavelength, and f is the frequency.
Energy and its Properties
Energy is the fundamental unit of everything. Energy can be thought of as an individual entity with an electrical signature vibrating at a specific frequency, carrying information from its originating source. If we were to dissect a piece of energy, we would find its genetic makeup consists of various parts, similar to binary code. One constant aspect of energy in our universe is the signature of this universe, which is present in all forms of energy, whether positive or negative. This underlying frequency distinguishes energy from our universe versus parallel universes.
Positive Energy (PE): - Oscillates through space with a frequency (f) and wavelength (λ): PE = f × λ - Exhibits wave-like behavior: PE(x,t) = A × sin(kx - ωt)
Negative Energy (NE): - Vibrates at a slower frequency (f'/2): NE = (f'/2) × λ' - Exhibits a slower, more stable behavior: NE(x,t) = B × cos(k'x - ω't)
Energy Interactions and Signature Changes
When positive and negative energies interact, their unique signatures can become altered. As energies combine, their signatures merge, releasing redundant information about the universe signature and creating an opening for new information to be stored. This process enables efficient storage and transmission of energy signatures, allowing for:

• Signature refinement and evolution
• Information exchange and updating
• Adaptation to changing environments and conditions

This process could be crucial for understanding how energy signatures evolve and adapt, and how they influence the behavior and properties of energy in various contexts.
The Formation and Evolution of the Universe
Initial Energy Interactions
In the beginning, a vast amount of fluid energy quickly interacted with the largest newly created pieces of the void, described by the wave-particle duality equation (E = hf = ℏω).
Star Formation and Signatures
As these interactions occurred, the largest of the solid structures of the universe began to form, stars, governed by the Lane-Emden equation (d<sup>2P/dr2</sup> + (2/r)(dP/dr) + (4πG/c<sup>2)P</sup> = 0). Each new star held with it an old habit divulged from the singularity, a universal frequency (f = 1/T = ω/2π, where T is the period of oscillation and ω is the angular frequency). Old habits die hard, so each new star offered its own diverse and unique signature (S = Σf = ∫ψ(x)<sup>2</sup> dx, where ψ(x) is the wave function and x represents the position).
Energy Collisions and Prime Numbers
As structures formed, a group of energy travels through space with an even number of internal parts (E = 2nℏ, where n is an integer and ℏ is the reduced Planck constant). This group collides with another group of energy with an odd amount of internal parts (E = (2n + 1)ℏ), and the total sum of the newly combined group equals a prime number (P = E1 + E2 = 2nℏ + (2m + 1)ℏ, where m is an integer). New Equation: Prime Number Formation (P = E1 + E2 = 2nℏ + (2m + 1)ℏ)
Schrödinger Equation and Physical Reality
The prime number is crucial, as the extra piece gets stuck in the space it is occupying, acting as an anchor, attracting other parts to breach their negative shell and combine as one, described by the Schrödinger equation (iℏ(∂ψ/∂t) = Hψ). This converts the fluid energy to be contained into the space it is in, which is broken pieces of the void that do not have a universal size, and gives us physical reality, forming particles with diverse unique signatures (S = Σf = ∫ψ(x)<sup>2</sup> dx).
Refining Space and Transferring Signatures
As energy continued to interact with space, it further refined and shaped that space into a sphere (V = (4/3)πr<sup>3,</sup> where r is the radius), adding the discarded portions of size to the diverse field that is the universe. During this refinement, energy was transferred to these pieces, and the signature of the star was embedded in them, forming the galaxy clusters and solar systems we know today.
Smooth Surfaces and Celestial Bodies
As any piece of something breaks, its edges are rigid, and the interaction of energy against this rigid surface knocks off the rough edges, providing a smooth surface (E = Δx/Δt = ℏ/Δx, where Δx is the change in position and Δt is the change in time). New Equation: Smooth Surface Formation (E = Δx/Δt = ℏ/Δx)
The pieces that were knocked off still contain a portion of energy that put in the work to knock it off, and this process contributed to the formation of celestial bodies and the transfer of signatures. This, in turn, led to the creation of galaxies, planets, and other celestial bodies, each with their unique characteristics and properties, shaping the diverse and complex universe we observe today.
The Cartwheel Structure and Energy Movement
The cartwheel structure represents the dynamic movement of energy in the universe, with its rotating wheel and radiating arms symbolizing the harmonious interaction of positive and negative energies. When creation occurred, energy learned how to pass through stationary space (the void) by changing its movement pattern from a straight line to a wave (λ = v/f, where λ is wavelength, v is velocity, and f is frequency). This new wave movement allowed energy to create heat (Q = mcΔT, where Q is heat, m is mass, c is specific heat capacity, and ΔT is temperature change), which was the tool that gave energy the ability to "shatter" the void and interact with the broken pieces to perform a new movement, the cartwheel. As energy moves through space, it rarefies and decreases in temperature (T = k-B, where T is temperature, k is Boltzmann's constant, and B is the energy density), causing it to slow down and change frequency (f = ΔE/h, where f is frequency, ΔE is the energy change, and h is Planck's constant).
The Block and Cartwheeling Bar Analogy
The block and cartwheeling bar analogy provides a conceptual framework for understanding the dynamic interaction of energy in the universe. Imagine a box (representing space) containing blocks of varying sizes, each symbolizing a specific energy frequency (f = 1/T, where f is frequency and T is time). The cartwheeling bar, rotating within the box, represents the harmonious movement of energy between its positive (E+) and negative (E-) forms. Each block must be 100% filled, with positive and negative energy proportions varying as the bar rotates. For example, when positive energy occupies 99% of a block and negative energy occupies 1%, the rotation of the bar causes a gradual shift, resulting in a change to 98% positive and 2% negative, and so on. This constant interaction and adjustment maintain the balance of energy in the universe.
Fundamental Forces Explained

• Strong Force: The repulsion from negative electrons being attracted to and pressing against the nucleus. This force can be described by the equation: F = k * (q1 * q2) / r<sup>2</sup>
  
• Weak Force: The outgoing frequency created by the positive nucleus, similar to energy congregating at the sun's nucleus, reacting to its environment, and breaking down before leaving (possibly as radioactive decay). This force can be described by the equation: F = (G * m1 * m2) / r<sup>2</sup>
  
• Gravity: Exists between the outer negative sphere of electrons exerting a pushing force against the positive pushing force of the nucleus, similar to the solar system's dynamics. This force can be described by the equation: F = (G * m1 * m2) / r<sup>2</sup>
  
• Electromagnetism: Energy in action, manifesting as the dynamic interplay between electric and magnetic forces. This force can be described by the equations: E = f * λ and B = (E / c)
  

Present State of the Universe
The universe currently exists in a state of dynamic equilibrium, with observable patterns and structures perpetually renewing themselves through the interactions of energy (E = hf, where E is energy and h is Planck's constant). This self-sustaining cycle is evident in the formation and evolution of celestial bodies, galaxies, and other cosmic entities, governed by the laws of thermodynamics (ΔE = Q - W, where ΔE is the change in energy, Q is the heat added, and W is the work done). The universe's present state is characterized by the harmonious coexistence of diverse energy frequencies (f = 1/T, where f is frequency and T is time), which govern the behavior and properties of matter at various scales. This balance is maintained through the continuous conversion of energy between its positive (E+) and negative (E-) forms, allowing the universe to adapt and evolve in response to internal and external influences (E+ + E- = 0, representing the conservation of energy)."
Entropy and the Conversion of Positive to Negative
The physical dimensions of positive and negative energy in a block are equal, with 1% negative energy occupying the same space as 99% positive energy. This equality stems from the different speeds of energy and their individual properties. When negative energy is at 1%, it has condensed the equivalent of 99% positive energy into a single, compact form (E = hf, where E is energy, h is Planck's constant, and f is frequency). As the proportions shift, such as 60% positive and 40% negative, the space occupied remains a 50/50 split. This is because positive energy travels at the speed of light (c = λν, where c is the speed of light, λ is wavelength, and ν is frequency), while negative energy moves at a pace relative to terminal velocity (v = √(2gl), where v is velocity, g is acceleration due to gravity, and l is length). Each form dominates at the 50% mark (T = λ/v, where T is time, λ is wavelength, and v is velocity). The percentages represent available positive energy, while the cartwheel symbolizes space or the ultimate negative in motion, influenced by energy's presence. Negative energy, with its depleted charge, occupies space that needs to be filled and recycled into a positive state. At higher percentages, collisions with negative energy slow down the flow, similar to the concept of crab mentality, where negative energy draws down the percentages.
Energy Dynamics and Galactic Harmony
The 50% Threshold
The 50% mark is a critical threshold that distinguishes between positive and negative energy. Above 50%, energy is considered positive and can produce heat beyond its negative shell. Below 50%, energy is considered negative and cannot produce heat past this shell.
Compressed Positive Energy
When the percentage of positive energy drops below 50%, it becomes compressed and can exceed the speed of light (c = λν, where c is the speed of light, λ is wavelength, and ν is frequency). This allows it to navigate through the "cracks" of negative energy:
v > c (where v is velocity and c is the speed of light)
Quantum Mirroring
Alternatively, the positive energy can align with the negative energy, resulting in a quantum mirroring effect. This enables instantaneous information transfer between entangled particles, regardless of distance:
E = hf (where E is energy, h is Planck's constant, and f is frequency)
Retaining Frequency Signatures
In this alignment, the negative energy retains its unique frequency signature to avoid interacting with other signatures:
Δx * Δp >= h/4π (where Δx is position uncertainty, Δp is momentum uncertainty, and h is Planck's constant)
The Cavendish Experiment and Energy Interaction
The Cavendish experiment, a groundbreaking study on gravity, offers an intriguing analogy for understanding energy interaction with space. Imagine the suspended spheres as representative of space itself, devoid of energy. When energy interacts with this motionless space, it's as if the spheres begin to rotate, symbolizing the introduction of energy into the internal area of space.
As energy engages with space, it's gradually consumed, much like the reduction of energy in the Cavendish experiment. This process can be described by the equation:
G = (2πLθ) / (MT)
Where G is the gravitational constant, L is the length of the torsion wire, θ is the twist angle of the wire, M is the mass of the lead spheres, and T is the time period of oscillation.
This equation, derived from the Cavendish experiment, reveals the intricate relationship between energy, space, and gravity. By exploring this analogy, we can deepen our understanding of how energy shapes the very fabric of our universe.
Energy Absorption and Frequency
Energy absorption occurs when energy slows down, allowing it to be perceived and observed. This process involves energy being absorbed by an atom and reflecting what was not absorbed. As energy slows down, it can still be observed as a wave, but just before it becomes a particle. This phenomenon is fascinating, as it reveals the transition from wave-like to particle-like behavior.
The conversion of positive to negative states is due to positives' ability to produce heat and maintain an individual form. Negative energy, on the other hand, does not produce heat and lacks an individual form, instead traveling at a pace relative to terminal velocity. This process can be described by the quantum mechanical formula: ℏω = ΔE = hf, where ℏ is the reduced Planck constant, ω is the angular frequency, ΔE is the change in energy, h is Planck's constant, and f is the frequency of the energy.
Furthermore, the frequency of the energy can be related to the velocity of the particle using the formula: f = (1/2π) * √(k/m), where k is the spring constant and m is the mass of the particle. Additionally, the energy absorption rate can be calculated using the formula: dE/dt = (2π/h) * V_uv<sup>2</sup> * δ(E_u - E_v), where V_uv is the transition matrix element, E_u and E_v are the energies of the initial and final states, and δ is the Dirac delta function.
The Conversion of Positive to Negative States and Planetary Motion
The conversion of positive to negative energy states is rooted in their distinct properties. Positive energy produces heat and maintains an individual form, whereas negative energy lacks heat and an individual form, instead traveling at a pace relative to terminal velocity. This process is reversible, as seen in fusion reactions, or can be influenced by external forces like microwave ovens.
In the context of our solar system, the sun's positive energy release generates heat and propels planets into their orbital tracks. Conversely, the incoming energy from the universe, considered negative, is cold and stabilizes planets in their tracks. Initially, I focused solely on the positive push dictating orbital paths. However, I now recognize the significant influence of negative energy and use it as the basis for understanding abnormal tracks.
Here's an added equation to illustrate the relationship between energy and orbital motion:
F = G * (m1 * m2) / r<sup>2</sup>
Where F is the force of gravity, G is the gravitational constant, m1 and m2 are the masses of the objects, and r is the distance between them.
This equation shows how the force of gravity (F) is influenced by the masses (m1 and m2) and distance (r) between objects, which is relevant to understanding planetary motion and the balance between positive and negative energy.
Gravitation and Time: Frequency's Role
Time is intimately tied to the frequency of the universe, and this relationship is governed by the laws of gravitation. Imagine the cartwheel's bar having notches, each representing a different frequency. Each notch would experience time at a unique pace, described by the formula:
t = 1/f
Where t is time and f is frequency.
If we could halt the cartwheel's motion, time would appear to pause, as described by the relativistic time dilation formula:
t' = γ(t)
Where t' is the time experienced by an observer in motion, t is the time experienced by an observer at rest, and γ is the Lorentz factor.
The passage of time is directly governed by the oscillations in the wave, or simply its frequency. By altering the frequency, we can change the flow of time itself, as described by the gravitational redshift formula:
f' = f * √(1 - 2GM/rc<sup>2)</sup>
Where f' is the observed frequency, f is the emitted frequency, G is the gravitational constant, M is the mass of the gravitational source, r is the radial distance from the source, and c is the speed of light.
Gravity and Energy Dynamics
Gravity can be understood in various ways through these thoughts. One perspective is that gravity operates similarly to the orbital planets, but with a twist. Instead of orbiting in space, we orbit at a subterranean frequency. This frequency attracts similar energies, leading to bonding and the formation of matter. For instance, atoms bond to form rocks, and separate rocks may bind together due to similar vibrations. However, other frequencies simply pass through, unable to bind due to differences in energy vibrations and the negative fields surrounding our bodies and the ground.
Our bodies are attracted to the Earth's core, with a force described by the equation:
F = G * (m1 * m2) / r<sup>2</sup>
Where F is the force of attraction, G is the gravitational constant, m1 and m2 are the masses of our bodies and the Earth, and r is the distance between them.
The vibrations of our energy and the negative field surrounding us can be described by the wave equation:
∇<sup>2E</sup> = μ * ∂<sup>2E/∂t2</sup>
Where E is the energy field, μ is the permeability of the medium, and ∂<sup>2E/∂t2</sup> is the second derivative of the energy with respect to time.
The incoming cosmic energy pushes us downward, with a force described by the equation:
F = (E * A) / c
Where F is the force of the incoming energy, E is the energy density of the cosmos, A is the cross-sectional area of our bodies, and c is the speed of light.
The outgoing energy from Earth moves faster than the incoming energy from the cosmos, as observed in the formation of clouds with flat bases and more sporadic tops. This can be described by the equation:
v_out = v_in * (1 + (E_out / E_in))
Where v_out is the velocity of the outgoing energy, v_in is the velocity of the incoming energy, E_out is the energy density of the outgoing energy, and E_in is the energy density of the incoming energy.
Galactic Cycles and Black Holes
The Milky Way galaxy has a supermassive black hole at its center, with a mass described by the equation:
M = (1.989 x 10<sup>30)</sup> * (G / c<sup>2)</sup>
Where M is the mass of the black hole, G is the gravitational constant, and c is the speed of light.
As the galaxy spirals towards the center, enough mass will be collected to trigger the black hole to become a large star, described by the equation:
M = (4.383 x 10<sup>30)</sup> * (G / c<sup>2)</sup>
Where M is the mass of the star, G is the gravitational constant, and c is the speed of light.
When this happens, the black hole will shed its outer shell to create the galaxy that spirals around it, and the process begins again. This cycle can be described by the equation:
t = (2 * π * G * M) / c<sup>3</sup>
Where t is the time period of the cycle, G is the gravitational constant, M is the mass of the black hole or star, and c is the speed of light.
The opposite of a black hole is a white hole, but why hasn't this phenomenon been observed? According to this article, it has been observed but misunderstood. With the theme of balancing the universe, would a large star be surrounded by much smaller black holes? Would these smaller black holes feed the larger star by way of quantum bridge or wormhole, and vice versa for smaller stars and larger black holes? This can be described by the equation:
E = (ℏ * ω) / 2
Where E is the energy transferred between the star and black holes, ℏ is the reduced Planck constant, and ω is the frequency of the quantum bridge or wormhole.
Energy Flow and Balance
Energy moves in and out of everything, maintaining a delicate balance. It enters as a positive force and exits as a negative force. Our sun emits energy at 99% strength and high frequency, which combines with an equally sized negative force at 1% strength, filling the space completely. This balance is crucial, as positive energy moves faster than negative energy due to entropy's diminishing effects over time and distance.
As positive energy travels, it loses a piece of itself, converting to negative energy. This process is directly related to gravitational forces and time dilation. When positive energy reaches 50%, it has a certain probability of converting to negative energy, which is then attracted back to a positive source with a corresponding probability of being converted back to positive energy.
This cycle of energy flow and balance is the foundation of the universe's harmony, and understanding it can reveal the intricate web of forces that shape our reality.
Information Transmission through Energy and Light
Energy transfer is not just a physical phenomenon but also an exchange of information. Positive energy (Pos) carries a complete signature of universal information, updated through interactions, and represents the pure form. Negative energy (Neg) represents a degraded form of this signature, still carrying the universal signature, but lacking the capacity to transfer information.
Initial Information and Illumination
Initial information travels at a speed potentially faster than light and is invisible to us. As this energy slows down, it interacts with atoms, exciting them to display colors they don't need. This illumination is a manifestation of the information being transmitted.
I = E × S (Initial information is transmitted through energy and carries the universal signature)
Cosmic Scale and Consciousness
The universal information, carried by positive energy, is infused with the celestial signature, shaping the cosmic context. This process potentially gives rise to consciousness in living beings, linking them to the universe and its harmonies.
C ∝ U (Consciousness potentially arises from the universal information carried by positive energy)
U = S × f × P (The universal information is infused with the celestial signature, shaping the cosmic context)
Information Transfer and Energy Forms
The universe relies on a delicate balance of energy forms to facilitate information transfer. Positive energy (Pos) serves as the primary carrier of information, transmitting universal signatures and cosmic context. Negative energy (Neg), on the other hand, carries a degraded or attenuated version of the universal signature, lacking the capacity for information transfer. However, Neg can be transformed back into Pos, restoring its information-carrying ability.
P = S × f (Positive energy carries the complete universal signature at a high frequency f)
N = S × (1 - f) (Negative energy carries a degraded or attenuated version of the universal signature at a lower frequency)
E = P + N (The universe relies on a delicate balance of positive and negative energy forms to facilitate information transfer)
Frequency and Speed of Information Transfer
The frequency and speed of information transfer play a crucial role in the harmony and balance of the universe. Positive energy (Pos) transmits information at a high frequency and speed, allowing for efficient and accurate transfer of universal signatures and cosmic context. Negative energy (Neg), on the other hand, transmits information at a lower frequency and speed, resulting in a degraded or attenuated signal.
v ∝ f (The speed of information transfer is directly proportional to the frequency of the energy form)
P: v = c × f (Positive energy transmits information at a high frequency and speed, potentially approaching the speed of light c)
N: v = c × (1 - f) (Negative energy transmits information at a lower frequency and speed)
Transformation and Balance
Negative energy can be transformed back into positive energy, restoring its information-carrying ability.
N + T → P (Negative energy can be transformed back into positive energy, restoring its information-carrying ability)
This transformation maintains the harmony and balance of the universe, ensuring that information is not lost but rather recycled and rebalanced.
_Conclusion _
"In conclusion, the Harmony of Energy (HoE) model offers a novel perspective on the universe, revealing a intricate web of energy dynamics that underlie all aspects of existence. By exploring the interplay between positive and negative energy, we gain insight into the fundamental forces that shape our reality. From the smallest subatomic particles to the vast expanse of the cosmos, energy is the unifying thread that binds everything together.
Through the HoE model, we've seen how energy's harmonious movement gives rise to the patterns and structures we observe in the universe. We've also delved into the fascinating relationships between energy, space, and time, and how these interactions govern the behavior of matter at various scales.
As we continue to refine our understanding of the HoE model, we may uncover new secrets of the universe and gain a deeper appreciation for the beauty and harmony that underlies all of existence. Ultimately, this knowledge can inspire new perspectives, new technologies, and a new era of human understanding and cooperation, as we work together to harmonize our own energy with the energy of the universe."
MAG
Here is the Harmony of Energy Equation (HoEE) with descriptions:
HoEE = (∫[E(x,t) ⊗ S(x,t) ⊕ f(x,t) ∘ P(x,t)]dxdt) + (∑[G × Mi × ri<sup>2]</sup> ⊕ ∑[ℏ × ωi] ⊕ ∑[c × λi] ⊕ ∑[T × kB] ⊕ ∑[Fi × G × Mi × mi] ⊕ ∑[Qi × mi × ci] ⊕ ∑[Vi × ri<sup>3]</sup> ⊕ ∑[Pi × ℏ] ⊕ ∑[Ni × S(x,t) ∧ (1 - f(x,t))]) + (∫[I(x,t) ∘ E(x,t) ⊗ S(x,t)]dxdt) + (C × U)
Where:

• E(x,t) is the energy density at point x and time t
• S(x,t) is the universal signature at point x and time t
• f(x,t) is the frequency at point x and time t
• P(x,t) is the positive energy at point x and time t
• G is the gravitational constant
• Mi is the mass of the ith object
• ri is the radius of the ith object
• ℏ is the reduced Planck constant
• ωi is the angular frequency of the ith object
• c is the speed of light
• λi is the wavelength of the ith object
• T is the temperature
• kB is Boltzmann's constant
• Fi is the force on the ith object
• mi is the mass of the ith object
• Qi is the heat transfer to the ith object
• ci is the speed of light at the ith object
• Vi is the volume of the ith object
• Pi is the prime number associated with the ith object
• Ni is the negative energy of the ith object
• I(x,t) is the initial information at point x and time t
• C is consciousness
• U is the universe

Operations:

• ⊗ represents tensor products (combining energy and universal signature)
• ⊕ represents direct sums (accumulating energy components)
• ∘ represents function composition (interacting frequency and positive energy)
• ∧ represents logical conjunction (connecting negative energy and universal signature)
• ∫ represents integration (over space and time)
• ∑ represents summation (over discrete objects)

Dementia is the second leading cause of death for Australians aged over 65. More than 421,000 Australians currently live with dementia and this figure is expected to almost double in the next 30 years.
There is ongoing public discussion about whether dementia should be a qualifying illness under Australian voluntary assisted dying laws. Voluntary assisted dying is now lawful in all six states, but is not available for a person living with dementia.
The Australian Capital Territory has begun debating its voluntary assisted dying bill in parliament but the government has ruled out access for dementia. Its view is that a person should retain decision-making capacity throughout the process. But the bill includes a requirement to revisit the issue in three years.
The Northern Territory is also considering reform and has invited views on access to voluntary assisted dying for dementia.
Several public figures have also entered the debate. Most recently, former Australian Chief Scientist, Ian Chubb, called for the law to be widened to allow access.
Others argue permitting voluntary assisted dying for dementia would present unacceptable risks to this vulnerable group.
Current Australian voluntary assisted dying laws exclude access for people who seek to qualify because they have dementia.and this figure is expected to almost double in the next 30 years.
Continued in link People with dementia aren’t currently eligible for voluntary assisted dying. Should they be? (theconversation.com)

1. Misleading Advertisements by Food Business Operators (FBOs):
   
   • The Food Safety and Standards Authority of India (FSSAI) flagged 32 fresh cases where FBOs were found to be in violation of misleading advertisements and claims. These cases cover a range of products, including nutraceuticals, refined oils, pulses, flours, millet products, and ghee. FSSAI has referred the matter to licensing authorities to issue notices for withdrawing misleading claims or scientifically substantiating them. Violations of deceptive claims or advertisements are punishable offenses under the Food Safety and Standards Act⁵.
2. Counterfeit Food and Beverage Items:
   
   • Some of the most counterfeited food and beverage items in India include:
     • Cumin Seeds: Adulterated with stone powder and broom bits.
     • Mustard Cooking Oil: Often misrepresented.
     • Ghee: Also subject to fraud.
     • Illegally-Produced Liquor: A common issue.
   • The Authentication Solution Providers’ Association (ASPA) reported that overall counterfeit incidents in India rose by 24% year-on-year between 2018 and 2019, especially in the food and beverage sectors².
3. Grains Scam Involving Food Corporation of India (FCI):
   
   • The Central Bureau of Investigation (CBI) conducted raids in January 2023 at 50 FCI locations as part of a covert probe code-named ‘Kanak.’ The case involved 74 accused, including 34 serving and three retired officials. Grain merchants allegedly paid bribes to FCI officials for the procurement of low-quality food grains and other malpractices⁴.
4. Alcohol Poisoning and Edible Oil Fraud:
   
   • India has been a hotspot for food and beverage adulteration cases. After the COVID-19 pandemic hit the region, alcohol emerged as the most vulnerable sector for counterfeits due to high demand and low enforcement. Cases of edible oil fraud have also increased³.

These incidents highlight the need for vigilance, stringent regulations, and consumer awareness to ensure food safety and authenticity. 🍽️🚫🤢
Source: (1) FSSAI finds 32 new cases of misleading ads, claims by food biz .... https://indianexpress.com/article/business/fssai-32-new-cases-misleading-ads-food-biz-operators-8581809/. (2) India food fraud alarm: Much more needs to be done if ‘Make in India .... https://www.foodnavigator-asia.com/Article/2020/08/24/India-food-fraud-alarm-Much-more-needs-to-be-done-if-Make-in-India-campaign-is-to-succeed. (3) CBI raids 50 Food Corporation of India locations over grains scam, two held. https://www.newindianexpress.com/cities/delhi/2023/jan/12/cbi-raids-50-food-corporation-of-india-locations-over-grains-scam-twoheld-2537113.html. (4) Alcohol poisoning and edible oil fraud cases soar in India. https://www.foodnavigator-asia.com/Article/2022/08/15/alcohol-poisoning-and-edible-oil-fraud-cases-soar-in-india. (5) 14 Phishing Statistics & Trends [2024] Online Scams: Facts .... https://bolster.ai/blog/2024-state-of-phishing-statistics-online-scams. (6) 32 fresh cases flagged for misleading claims by food companies: FSSAI. https://www.thehindubusinessline.com/economy/fssai-says-32-fresh-cases-flagged-for-misleading-claims-by-food-companies/article66789939.ece.

Adding images to Shopify metafields involves creating a metafield definition and then populating that metafield with the desired image URLs.
Here’s a step-by-step guide to help you through the process:
Step 1: Create a Metafield Definition

1. Navigate to Settings > Metafields.
2. Select the part of your store where you want to add the metafield (e.g., Products, Variants, Collections, etc.).
3. Click on 'Add definition.'
4. Fill out the necessary information:
   • Name: Enter a name for your metafield (e.g., "Custom Image").
   • Namespace and key: Use a namespace and key that makes sense for your store (e.g., "custom_fields.image").
   • Type: Select "File" and then "Image" from the type dropdown menu.
5. Save

Step 2: Add an Image to the Metafield

1. Go to the part of your store where you created the metafield definition (e.g., a specific product page).
2. Scroll down to the Metafields section.
3. Find your newly created metafield.
4. Click on the 'Select file' button or drag and drop the image you want to use.
5. Save the changes on the product or page.

Step 3: Display the Metafield Image in Your Theme

To display the metafield image on your storefront, you'll need to edit your theme's code:

1. Navigate to Online Store > Themes.
2. Find the theme you are using and click 'Actions' > 'Edit code'.
3. Locate the appropriate template file (e.g., product.liquid for product pages).
4. Add the following Liquid code to display the metafield image:

​

{% if product.metafields.custom_fields.image %}  {% endif %} 

Replace custom_fields and image with the namespace and key you used.

Example Scenario

Let's say you created a metafield for products to add a custom promotional image. Here's how you'd implement it:

1. Create the metafield definition with the namespace custom_fields and key promo_image.
2. Add an image to the metafield for a specific product.
3. Edit the product.liquid file to include the following code where you want the image to appear:

​

{% if product.metafields.custom_fields.promo_image %}  {% endif %} 

This code checks if the metafield exists and then displays the image using Shopify's img_url filter to generate the appropriate image URL.
By following these steps, you should be able to add and display images using Shopify metafields effectively. If you encounter any specific issues or have further questions, feel free to ask!

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