#Rotation and Reflection in three dimension

[st4rshiptr00per]

additional VNAs!seven weirdness stuff i love:

regardless of the noise levels in an area his voice is always audible to everyone as long as he needs it to be

responds to peoples inner monologues/their POV narration and at first theyre cute about it and theyre like "oho... is he reading their minds or is he just that clever... who knows...!" and then over time it becomes increasingly obvious that hes just nosy.

disappears and reappears when people arent looking. like michael myers. or bugs bunny. possibly this is related to an ability to rotate out of three dimensions and might also be why hes got so much stuff in his pockets.

return of that weird fucking thing four does that one time. he can mimic voices and sounds like a mockingbird or sound like two voices at the same time. i hate it.

shadows/light dont always fall on him quite right so irrespective to the light conditions sometimes hes all in shadow or his eyes are visible when they should be obscured in the dark, for extra drama. what im saying is he does literally do the analog horror scary eyes face in real life.

he only participates in gravity by choice. so if hes too distracted sometimes things Go Wrong. wile e. coyote moment. sometimes he does it on purpose to be funny

he does actually have freaky reflective raccoon eyes for scuttling around in the dark that wasnt an exaggeration

[michaelrotonal]

You demand asks, I finally muster the courage to provide:

I've thought back the the polyomino sequence question a few times, but am not sure what the actual set of all such sequences is. What is the answer?

For each individual dimension, there are three polyomino sequences: the number of free polyominoes (when reflections and rotations are all considered the same), the number of one-sided polyominoes (when rotations are considered the same but reflections aren't), and the number of fixed polyominoes (where even rotations count as different polyominoes).

The first two sequences both converge to the same sequence as dimension increases. That sequence goes 1, 1, 2, 7, 26, etc.

you mean the polyomino sum subset thing? i was kinda relying on you to figure that out

[fascinatingfactsofficial]

Unveiling the Science of Interstellar: Black Holes, Wormholes, and Beyond

Christopher Nolan's Interstellar (2014) stands out as one of the most scientifically accurate sci-fi films ever made, thanks to the guidance of physicist Kip Thorne. The film explores complex concepts like black holes, wormholes, time dilation, and higher dimensions, aligning closely with modern physics.

Black Holes: The Heart of Interstellar

At the center of the story is Gargantua, a supermassive black hole. Black holes are regions of space where gravity is so intense that nothing, not even light, can escape. They form when massive stars collapse under their own gravity at the end of their life cycle, creating a singularity surrounded by an event horizon — the point beyond which nothing can escape.

Gargantua’s appearance in the film is based on realistic astrophysics. It features an accretion disk — a glowing ring of gas and debris spiraling into the black hole. The visual effect of light bending around Gargantua is due to gravitational lensing, where the black hole’s immense gravity distorts the path of light. Kip Thorne's computer models of gravitational lensing were so accurate that they led to the publication of a scientific paper.

Wormholes: A Shortcut Through Space-Time

In the film, Cooper and his team travel through a wormhole near Saturn to reach another galaxy. Wormholes are theoretical passages through space-time that could allow faster-than-light travel between distant points. Einstein’s general theory of relativity predicts that gravity can bend and warp space-time, creating shortcuts known as wormholes.

Nolan’s depiction of the wormhole as a sphere rather than a tunnel is scientifically accurate. Kip Thorne advised that a wormhole would appear as a three-dimensional sphere with the destination visible through the opening. However, wormholes are believed to be unstable, requiring exotic matter with negative energy to keep them open — something yet to be observed in nature.

Time Dilation: When Time Slows Down

One of the most dramatic moments in Interstellar occurs on Miller's planet, where one hour equals seven years on Earth. This is caused by gravitational time dilation — a consequence of Einstein’s theory of general relativity.

Gravity isn’t a force but a distortion of space-time caused by massive objects. Near a massive gravitational source like a black hole, time slows down relative to regions with weaker gravity. On Miller’s planet, the proximity to Gargantua’s immense gravity stretches time, causing Cooper and his team to experience time much slower than on Earth.

This effect has been confirmed on Earth through atomic clock experiments at different altitudes, where clocks at higher altitudes tick slightly faster than those closer to the Earth’s surface.

The Fifth Dimension and the Tesseract

In the climax, Cooper enters Gargantua’s event horizon and finds himself in a multi-dimensional space known as the Tesseract. This represents the concept of higher dimensions proposed by string theory, which suggests the existence of up to 10 or 11 dimensions.

The Tesseract allows Cooper to "see" time as a physical dimension and communicate with Murph through gravitational waves. This aligns with certain interpretations of M-theory, which proposes that higher-dimensional beings could manipulate space-time.

Spinning Black Holes and the Kerr Metric

Gargantua is depicted as a spinning (Kerr) black hole. The Kerr metric, a solution to Einstein’s field equations, predicts that spinning black holes create a frame-dragging effect. This means that the rotation of the black hole distorts the space-time around it, forming an ergosphere where space-time itself is pulled along with the rotation.

In the film, this effect allows Cooper and TARS to use Gargantua's spin to slingshot away, gaining the momentum needed to escape. The accuracy of this depiction reflects real physics described by the Kerr metric.

Relativity and Human Survival

A central emotional theme in Interstellar is the effect of relativity on human relationships. Cooper's daughter, Murph, ages decades while Cooper experiences only a few years due to the effects of time dilation. This parallels the twin paradox in special relativity, where a twin traveling at near-light speed returns younger than their sibling who remained on Earth.

The emotional cost of time distortion underscores the challenges humans would face in long-term space travel. The film emphasizes the human drive to explore and survive, even in the face of the vast and unforgiving cosmos.

Where Science Meets Fiction

While some elements of Interstellar, like the Tesseract and higher-dimensional beings, are speculative, most of the science — including black holes, time dilation, and wormholes — is grounded in real physics. The 2019 image of a black hole by the Event Horizon Telescope confirmed the existence of accretion disks and gravitational lensing, reinforcing the film's scientific accuracy.

Interstellar masterfully blends science and storytelling, reminding us that the universe is both awe-inspiring and deeply mysterious.

For the full analysis you can read the article here

[interiordesignerrrr]

Walk-In Closet Design Ideas for a Luxe Feel

Walk-in closets are no longer just a functional space to store your wardrobe; they are now a statement of luxury and style. With thoughtful planning and creative ideas, your walk-in closet can become a personalized retreat that exudes elegance and practicality. This comprehensive guide explores the hottest walk-in closet design ideas that will inspire you to transform your storage space into a luxe haven. From layout tips to material choices and lighting, this blog covers everything you need to know to achieve your dream closet.

1. Understanding the Basics of Walk-In Closets

Before diving into the design details, it's essential to understand the basics of walk-in closets. These spaces are typically categorized into three main layouts:

Single-Sided Walk-In Closets: Ideal for smaller spaces, with storage on one wall.

Double-Sided Walk-In Closets: Offers storage on two walls, maximizing functionality.

Island Walk-In Closets: Larger closets that feature an island in the center for additional storage and aesthetic appeal.

When designing your closet, consider the dimensions of your space and the type of layout that best suits your needs.

2. Layout Planning: Optimize Your Space

The key to a luxurious walk-in closet is maximizing every square inch. Here are some layout tips:

Zoning: Divide your closet into zones for different categories like shoes, handbags, and clothes.

Ergonomics: Ensure easy access to frequently used items by placing them at eye level.

Space for Movement: Leave at least 3 feet of walking space for comfort.

Custom Solutions: Incorporate custom cabinetry to fit the unique dimensions of your closet.

For example, if you’re a shoe enthusiast, allocate an entire wall with pull-out shelves and LED-lit displays to showcase your collection.

3. Choosing the Right Materials

The materials you choose can significantly impact the overall feel of your walk-in closet. Here are some popular options:

Wood: Classic and timeless, wood offers warmth and sophistication.

Glass: Adds a modern touch, perfect for showcasing your wardrobe.

Metal Accents: Chrome or brass accents provide a contemporary, high-end feel.

Velvet and Leather: Ideal for drawer linings and seating to add a touch of opulence.

Pro Tip: Opt for sustainable materials to create an eco-friendly closet that aligns with modern design trends.

4. Lighting: Illuminate Your Space

Lighting is a crucial element in creating a luxe walk-in closet. Consider the following ideas:

Ambient Lighting: Install recessed ceiling lights for a warm, inviting glow.

Task Lighting: Use LED strips under shelves and cabinets for better visibility.

Accent Lighting: Highlight specific areas, such as a display case for handbags or jewelry.

Chandeliers: Add a statement piece for a touch of glamour.

Example: A crystal chandelier paired with soft LED lights can elevate the overall ambiance of your closet.

5. Storage Solutions: Stylish and Practical

The hallmark of a well-designed walk-in closet is its storage efficiency. Here are some creative storage ideas:

Pull-Out Drawers: Keep accessories like belts and scarves organized.

Adjustable Shelving: Allows for flexibility as your wardrobe evolves.

Built-In Shoe Racks: Showcase your footwear collection while keeping it organized.

Rotating Racks: Maximize storage in smaller spaces.

Island Storage: Use the island for hidden drawers and display trays for jewelry.

6. Adding Personal Touches

Personalizing your walk-in closet can make it feel like a true reflection of your style. Here are some ideas:

Custom Artwork: Adorn the walls with art that inspires you.

Seating: Add a plush ottoman or bench for comfort.

Mirrors: Full-length mirrors not only make the space feel larger but also serve a practical purpose.

Color Scheme: Choose colors that resonate with your personality, such as neutral tones for a minimalist vibe or bold hues for a dramatic effect.

7. Incorporating Technology

Modern walk-in closets are integrating technology for added convenience. Some innovative features include:

Smart Lighting: Control brightness and color temperature with your smartphone.

Motorized Racks: Automatically rotate clothing for easy selection.

Integrated Sound Systems: Play your favorite music while you get ready.

Digital Mirrors: These mirrors double as screens, providing weather updates, outfit suggestions, and more.

8. Examples of Luxurious Walk-In Closets

Example 1: Minimalist Chic

A walk-in closet featuring clean lines, white cabinetry, and subtle gold accents. LED lighting highlights the wardrobe, while a sleek island provides additional storage.

Example 2: Glamorous Retreat

A spacious closet with dark wood finishes, a sparkling chandelier, and plush velvet seating. The addition of glass display cases elevates the space.

Example 3: Modern Industrial

A closet with exposed metal shelving, concrete flooring, and matte black finishes for a contemporary, edgy look.

9. Budget-Friendly Luxe Ideas

Creating a luxurious walk-in closet doesn’t have to break the bank. Here are some cost-effective tips:

DIY Shelving: Build your own shelves using affordable materials like plywood.

Repurpose Furniture: Use old dressers or bookshelves as storage units.

Decorative Lighting: Opt for budget-friendly LED lights or pendant lamps.

Second-Hand Finds: Look for vintage furniture pieces to add character.

10. Why a Walk-In Closet is a Must-Have

Investing in a walk-in closet enhances not only your daily routine but also your property value. A well-designed closet can:

Simplify organization

Showcase your personal style

Serve as a luxurious retreat

Increase the resale value of your home

For more interior design ideas and tips, visit Kasapros.com. Whether you’re planning a walk-in closet or revamping your living space, their expert advice can guide you every step of the way.

Sources

Wikipedia: Walk-In Closet

HGTV: Closet Design Ideas

Elle Decor: Luxe Closets

By incorporating these ideas, you can create a walk-in closet that not only meets your functional needs but also offers a luxurious experience every time you step inside.

[xenonhw]

Get to know 9 people ask game

Tagged by: @flawlesschowchow

Last Song Listened To: I don’t remember which one but I was listening to a lot of Tennis yesterday.

Currently Watching: Dimension 20: Neverafter. I got like half way through it before I had to move, and now I finally have time to finish it off.

Currently Reading: There Will Come a Darkness by Katy Rose Pool. ��

Sweet/Spicy/Savory: I like all three, often at the same time. A lot of Korean food is like that.

Current Obsession: I think my ocs are always kind of at the helm and then there’s a rolling carousel of mini obsessions. Right now I’d say pikmin 4, D20: Burrow’s End, and splatoon are in rotation right now. 

Relationship Status: Single. I’m in a weird position where I’m not sure if I even want to date or if I just want friends to do things with. Or both? Neither? idk.

Last Thing I Googled: I was looking up a bunch of candidate info for my local elections. (boring adult stuff, I know.) but the last fun one was “bwa huh shrimp meme”. It did show up even though I spelled it wrong.

Currently Working On: Still chippin away at the ol’ webcomic. Kinda wish the numbers reflected my burning passion for the project, but eh, it is what it is, I guess.

Thanks for including me!

I tag: @eraserheadgaybaby , @pansypossum , and anyone else who wants to jump in on this.

[dimconsuveyin57]

Dimensional Control Surveying

Dimensional Control Surveying: Precision That Powers the Modern World

In a world where infrastructure must support growing populations, ships must sail with millimeter accuracy, and aircraft must operate flawlessly, precision is more than a competitive edge—it’s a requirement. Dimensional Control Surveying is the backbone of this precision. It ensures structures, mechanical systems, and manufactured components align perfectly with their design, reducing costly errors, delays, and risks. From oil rigs to tunnels, industrial plants to mega-yachts, Dimensional Control Surveying is one of the most important—and least understood—components of successful project execution.

What Is Dimensional Control Surveying?

Dimensional Control Surveying is the specialized practice of using high-precision measurement tools and techniques to verify that the components of a project—whether structural, mechanical, or architectural—are built and installed within tight tolerances. Unlike traditional land surveying, which deals with property boundaries and geographic features, Dimensional Control Surveying focuses on exact spatial alignment in three-dimensional space, often to within millimeters or even microns.

By using technologies like laser trackers, total stations, and 3D laser scanners, surveyors create accurate as-built models that are compared to the design intent in CAD or BIM systems. This comparison highlights discrepancies early, ensuring that components are either corrected or adapted before final installation.

Why Dimensional Control Surveying Matters

Eliminating Costly Errors

In industries where tolerances are tight and components are fabricated off-site, a misalignment of even a few millimeters can lead to delays, rework, or outright failure. Dimensional Control Surveying reduces these risks by identifying misalignments before they become major issues.

Supporting Modular and Prefabricated Construction

As the demand for modular construction grows across sectors—from offshore platforms to healthcare facilities—so does the need for exact alignment between prefabricated components. Dimensional Control Surveying ensures that when parts arrive on-site, they fit together exactly as planned.

Enhancing Safety and Compliance

Poor alignment can lead to mechanical failure, structural instability, or excessive vibration in rotating machinery. By verifying that every element is placed correctly, Dimensional Control Surveying contributes directly to safety and regulatory compliance across multiple industries.

Core Tools and Techniques

Laser Trackers

These are highly accurate instruments used to measure and align large objects by tracking a laser beam to a reflective target. Laser trackers are ideal for checking complex geometry and verifying dimensions in real time.

Total Stations

Total stations combine electronic distance measurement with angle measurement to determine precise locations. In Dimensional Control Surveying, they’re used to verify positions of structural components, anchor bolts, and piping systems.

3D Laser Scanners

These devices capture millions of data points per second to produce detailed “point clouds” of structures and systems. The data can be used for clash detection, quality assurance, or reverse engineering.

Digital Levels and Inclinometers

These tools measure verticality and slope with extremely high precision. They're commonly used in alignment of machinery, rotating equipment, and vertical structures like towers or stacks.

Photogrammetry

Using multiple photographic images to create a 3D model, photogrammetry is especially useful in areas that are inaccessible or where contact measurements may not be safe or practical.

Applications Across Industries

Oil & Gas

Offshore and onshore rigs involve complex modular systems. Dimensional Control Surveying ensures risers, topsides, and subsea systems are installed without rework, saving millions in downtime and reconfiguration.

Shipbuilding

With vessels that span hundreds of meters and include thousands of components, precision is critical. Surveyors use dimensional control to align propulsion systems, hull sections, and piping assemblies with extreme accuracy.

Aerospace

Aircraft must meet exact aerodynamic requirements to ensure safety and performance. Dimensional Control Surveying is used during both assembly and maintenance to ensure all parts meet design tolerances.

Construction and Civil Infrastructure

In large buildings, bridges, and tunnels, misalignments can lead to structural stress or failure. Dimensional control is used to verify concrete forms, steel connections, curtain wall systems, and more.

Power Generation

Nuclear and thermal plants require precision in the installation of turbines, boilers, and piping. Surveying ensures these components are aligned perfectly to prevent excessive vibration or mechanical wear.

Manufacturing and Industrial Plants

Whether aligning robotic arms or verifying the placement of conveyor systems, Dimensional Control Surveying ensures that manufacturing lines operate with maximum efficiency and minimum error.

Advantages of Dimensional Control Surveying

Time and Cost Savings

By catching misalignments before they become costly issues, Dimensional Control Surveying helps keep projects on schedule and within budget.

Higher Quality Standards

Projects that integrate dimensional control throughout the lifecycle—from planning to commissioning—benefit from tighter quality control and fewer installation errors.

Reduced Rework and Waste

Fewer surprises in the field mean less material waste, fewer labor hours spent on corrections, and more reliable final outcomes.

Longer Equipment Lifespan

Proper alignment reduces stress on equipment, lowering the risk of premature failure and extending the life of mechanical systems.

Greater Confidence in Modular Construction

Dimensional Control Surveying enables widespread adoption of prefabricated and modular techniques by ensuring exact alignment between components built at different times or locations.

The Dimensional Control Workflow

Design Integration Dimensional control begins with integrating 3D models and CAD data into the surveying plan. This allows surveyors to understand what “perfect alignment” looks like for each component.

Pre-Fabrication Verification Before shipment, fabricated parts are measured and compared to design models to ensure that tolerances are met. Adjustments can be made proactively.

Installation Monitoring Surveyors verify alignment during on-site installation. This includes checking the location of anchor bolts, positioning of rotating equipment, and elevation of structural components.

As-Built Verification Once installed, surveyors create a detailed record of the final position of components. This serves as a reference for future inspections or modifications.

Lifecycle Support Dimensional control continues even after commissioning. Periodic checks ensure systems remain within acceptable tolerances throughout their service life.

Challenges in Dimensional Control Surveying

Environmental Conditions

Heat, wind, vibration, and tight access can complicate measurements. Surveyors must adapt tools and techniques to the environment while maintaining accuracy.

Skill and Training Requirements

Dimensional Control Surveying demands both technical skill and practical experience. Precision tools require careful calibration, and data must be interpreted correctly for actionable results.

Data Overload

The use of 3D scanners and digital models can produce enormous volumes of data. Managing and analyzing this data efficiently is essential to delivering meaningful outcomes.

Integration with Digital Workflows

As BIM, digital twins, and IoT technologies evolve, Dimensional Control Surveying must remain compatible with a variety of platforms, requiring ongoing training and investment in software.

The Future of Dimensional Control Surveying

The field of Dimensional Control Surveying is rapidly evolving with advancements in automation, AI, and real-time monitoring. Drones equipped with scanning technology are beginning to access difficult areas. Augmented reality (AR) is enabling surveyors to overlay 3D data onto the physical world in real time. AI and machine learning are being used to automate data analysis and identify potential problems before they occur.

In the coming years, expect to see Dimensional Control Surveying integrated more deeply into digital twins, project management platforms, and cloud-based asset tracking systems. The result? Even tighter alignment between vision and reality, and even greater control over cost, quality, and safety.

Conclusion

Dimensional Control Surveying is more than just measurement—it’s the science of precision, alignment, and trust in the built environment. Whether it’s making sure a wind turbine stands perfectly straight, a pipeline runs exactly where it should, or a modular component fits seamlessly into place, dimensional control is the unsung hero behind modern engineering success. In an age where efficiency, safety, and speed are paramount, Dimensional Control Surveying ensures the physical world matches the digital plans—down to the last millimeter.

[jian-wei-24]

Final Masters Project: Modelling Progress (Kopitiam Chair).

Figure 1: Kopitiam chair references.

Several references were analyzed to identify the common design characteristics of traditional kopitiam (coffee shop) chairs, as subtle variations exist between different models. Through visual analysis, key consistent features were observed: a circular support ring beneath the seat, diagonal side supports connecting the backrest and seat, and three vertical cylindrical bars forming the backrest structure. These elements were noted as essential in accurately modelling the chair.

Figure 2-3: Usage of curves.

The chair’s leg flow were initially shaped using vertices, which were then converted into curves to facilitate the generation of a clean cylindrical shell using its settings. This method allowed for better control over the form and ensured consistent thickness along the curve. The lower portion of each leg was tapered to create a more realistic and refined silhouette, reflecting how chair legs tend to narrow near the ground.

The same curve-based approach was applied to model the circular support ring beneath the seat and the diagonal side supports connecting the backrest to the seat.

To maintain symmetry and optimise workflow efficiency, a Mirror Modifier was applied to replicate one half of the chair's legs, reducing modelling time while ensuring structural consistency.

Figure 4: Joining of backrest to one of the chair support.

I initially had difficulty merging the horizontal backrest support with the long chair legs into a single mesh while preserving clean topology for correct ambient occlusion baking. After several experiments, I modelled this section by combining two cylinders with matching vertex counts then rotated one cylinder to form a “T” intersection and then joined them by bridging edges and merging vertices, creating a cohesive tube-like junction. I added supporting edge loops around this connection to maintain a smooth flow of quads and prevent shading artifacts. This approach ensured that the combined geometry would bake ambient occlusion correctly and allow for clear edge detail during the texturing stage.

Figure 5: Chair model and brief human model.

The chair model is displayed alongside a reference brief figure representing an average adult height to verify correct scale and ergonomics. The first edge loop is the waist, then the shoulder and lastly the head at the top. This comparison ensures that seat height, backrest dimensions, and overall proportions align with realistic human use. The chair is also model based on online dimensions of the reference chair.

Figure 6: Chair UV unwrapped.

Similar to the table, increased the UV space for areas most likely to be seen so the textures stay sharp, while keeping the texel density even across the entire model to avoid mismatched detail.

Figure 7: Nails. [Left] Figure 8: Real World Refence. [Right]

Several small cylindrical nail models were added along the sides of the chair to visually indicate how the wooden components are secured together, based on real-world picture evidence.

Figure 9: Middle and high poly model. [Left] Figure 10: Temporary texturing test. [Right]

Two levels of poly model was created for baking texture purposes where high poly details are baked onto the lower poly model. Figure 8 shows a temporary texture test applied to the model. This lets me check that the UVs and basic material settings work correctly such as the flow of wood grains.

[bookofcodes]

Odin’s Hammer-Time Amulet is a breathtaking masterpiece of divine craftsmanship, existing in multiple dimensions at once. It is a symmetrical artifact, an embodiment of celestial power and the unbreakable connection between realms. Forged from both gold and tin, it reflects the duality of existence—eternity and mortality, strength and flexibility, order and chaos.

Structure and Form

The amulet takes the shape of a complex, ever-shifting symmetrical pattern, appearing to be both a three-dimensional construct and an infinite tessellation that extends beyond the mortal eye’s perception. It constantly shifts between dimensions, revealing glimpses of the grand celestial architecture within its design. Encased within a delicate but unyielding lattice of interwoven golden and tin filaments, it forms the shape of an eight-pointed star, each point extending into spirals that curve like Yggdrasil’s branches, entwining reality itself.

At its heart is a rotating mechanism—a floating, ethereal gyroscope of layered rings etched with ancient runes of time and space. These rings turn independently, aligning at different intervals to open unseen gateways and command the flow of fate.

Gems and Celestial Embellishments

Embedded into the amulet are a host of precious gemstones, each carrying a unique significance:

A central sapphire, deep as the cosmic void, pulsates like Odin’s all-seeing eye, imbued with the wisdom of the ages.

Four rubies, positioned at cardinal points, burn like captured suns, representing the eternal forge of creation.

Emerald veins, woven through the structure, glow faintly, symbolizing the ever-growing branches of Yggdrasil and the interwoven fates of all beings.

Lustrous pearls, scattered across its filigree, reflect the shifting tides of time, embodying past, present, and future.

A hidden black diamond, invisible except under the light of a full moon, binds the amulet to the void beyond creation, ensuring its balance between light and shadow.

The Aura Gem

Resting above the structure, slightly detached as if hovering by unseen forces, is the Aura Gem—a jewel unlike any other, its composition unknown even to the gods. It shimmers with prismatic energy, shifting color as it absorbs the cosmic radiance around it. This gem is the final key, a beacon linked to the Eternal Star atop the Tower to Heaven. It ensures the amulet’s power remains in tune with the cosmic balance, allowing its wearer to manipulate the flow of time, perceive the divine, and forge connections between realms.

The Amulet’s Purpose

Odin’s Hammer-Time Amulet is more than an artifact; it is a conduit of divine will, crafted to stabilize the cosmos after the near collapse of the Celestial Kingdom. It acts as a keystone to the Tower to Heaven, anchoring its power and preventing any force—mortal or divine—from disrupting the link between realms. Should the amulet ever be lost or misused, the balance between existence and the void would waver, leaving all realms vulnerable to the chaos Loki once sought to unleash.

Thus, the amulet remains a symbol of creation’s triumph over entropy, a masterwork of symmetry and celestial engineering, pulsating with the boundless energy of the universe itself.

In the twilight of a fractured world, where reality itself trembled under the weight of unseen hands, the Abusers reigned. They were not men but living distortions, warping light and time, bending the fabric of existence to suit their cruel designs. With every reflection twisted, every shadow lengthened unnaturally, they reshaped truth itself, making the innocent suffer beneath illusions that turned their screams into silence and their hope into an ever-receding mirage.

The cities, once vibrant, had become shifting labyrinths, their streets curling into spirals that led nowhere. The sky, once open and free, now rippled like a tormented lake, reflecting nothing but the desires of those who had enslaved it. The Abusers wove their lies into the very essence of physics, chaining people in prisons of thought, making them doubt their own senses.

But deep within the storm of distortion, a force stirred—ancient, unyielding. The people had long forgotten his name, but in the hour of their despair, the old god returned. Wotan, the All-Father, incarnated in flesh once more, stepping from the ether with one eye burning like a dying star. Where he walked, the twisted light shattered, breaking apart like glass unable to hold its false form.

His spear, Gungnir, was no longer just a weapon—it was a keystone of reality itself, a fulcrum upon which truth could pivot. With each strike, he severed the Abusers’ grasp on existence, unraveling their foul tapestry of deception.

One by one, the false paths collapsed, revealing roads that had never truly disappeared. The sky settled into its true hue, the weight of manipulated perception lifting from the people's minds. The Abusers shrieked, their forms flickering between the monstrous and the mundane, for without their twisted reflections to sustain them, they had no true substance.

Wotan stood at the heart of their unraveling, his voice echoing across the firmament.

"You wove a world of lies, but truth does not die—it only waits to be seen again."

With a final thrust of his spear, he drove their essence back into the void from which it had slithered. The air grew still. Reality, once distorted, returned to its natural form. The people, freed from their intangible chains, beheld the world as it truly was.

And Wotan, his duty done, vanished like the last whisper of a storm, leaving only a sky unbroken, a world unshackled, and a truth that would never be bent again.

[theoriginalcrossjumper]

guild in fma au

hiiiii grem how's it going

i'm so glad you asked!

so the guild-in-fma au is another one of my incredibly self-indulgent aus where i yeet my guild of ocs into yet another universe to throw wrenches into plotlines, sometimes even on purpose

for everyone except the like..... maybe three of you that have actually heard me ramble about them, here's three sentences of background: the Crossjumper Profiles is a book/series i'm attempting to write that centers around a Guild of eight (8) people who are known as Crossjumpers due to their job involving jumping between dimensions*; the initial plot follows micki, one of the guild members, who has essentially a metahuman ability to shrink anything she touches, including people. i have all 8 of these people rotating in my head but the actual plotline for that book is slower going. in the meantime, being interdimensional* travelers means i can yeet them into various canon universes to develop their personalities more and reflect them through various funhouse mirrors to see what shakes out.

the guild-in-fma au is one of these: i was curious what the guild would look like if they were originally from/reincarnated into the fma universe, and with the in-universe closest analogues to their abilities and backstories i wound up with an alarmingly even distribution of two alchemists, two alkahestrists, two (human) chimeras, and two homunculi.

....and then i immediately threw all of that out of the window to start in on a plotline that involves maes hughes tripping headfirst (literally) into one of micki's shrinking arrays, befriending her (halfway by accident), and then several months later, fleeing in a panic to her for help instead of to a telephone booth when he discovers a world-ending secret and thus averting his own death by use of shrink-ray-ex-machina (because i'm incapable of writing any fma-centric aus where maes hughes does not survive).

so here's a snippet for you!

-------

“What-?” Maes lunges to catch the glass jar she tosses him, fumbling it barely before it hits the ground.

Micki drags her palms across each other, one forward and one backwards, sparks cascading away from the motion. Her hand moving backwards claps over her own chest, and the one moving forwards darts out to clap onto the creature’s arm. Blue sparks explode into blue lightning.

The creature yowls as light sears across the back of Maes’s eyelids; he barely snaps them shut in time. He opens them as soon as the sparks fade, squinting through the sun-spots to find two four-inch-tall figures on the ground.

One of them throws themselves back, away from the other, which is stumbling dizzily and holding both hands to a head covered in red sparks.

Maes’s gaze falls to the jar in his hands.

Oh. Oh!

He scrambles to unscrew the lid, then, before the red-sparking figure can move, drops to his knees and slams the jar over top.

The figure falls off its feet at the force. Maes flinches; he hadn’t meant to do that. He also had not thought this through. “What do I-?”

“Lid!” shouts the other tiny figure, scrambling back over.

Right, shit, the lid-

Maes wavers, then, cringing and muttering apologies, scrapes the jar to the side enough to scoop up the fumbling figure in the jar, then flips it sideways and screws the lid on quickly.

The other tiny figure darts right up to his hands and slaps a hand on the back of the jar. Another array crackles across the surface, and Maes nearly drops the jar again as it suddenly grows so cold in his hands that it frosts over. He sets it down hastily.

The creature inside, banging on the jar walls, slows down rapidly. It wavers on its feet. Then, it slowly topples over, and stops moving.

Maes stares down at it, torn between relief and horror. “…Did we just kill it?”

“If it could heal from you shooting it like it implied, it can heal from being flash-frozen once I turn the array off,” says the miniature Micki Taylor. “Also, what the hell is going on, Maes?”

Maes looks back down and balks. He—hadn’t been this close to anyone under the influence of her shrinking arrays when he also hadn’t been under their influence. Had he really been that fucking small? She’s barely as tall as his fingers. “I—uh. Don’t know?”

The connection he made shoots through his mind. “I connected dots that I wasn’t supposed to and they started chasing me because of it.”

“They? Are there more than one?”

Blue lightning crackles.

Maes jerks back in surprise as Micki abruptly re-sizes herself, crouched on her heels in front of him with a frown. “How many of these things are after you?”

“I—how did you—did you just prevent us from ever resizing that thing?” Maes sputters. He’s already racing to put the pieces together, however, and he’s coming up with an explanation that he can’t believe he didn’t see coming.

“Yeah, no, I kinda lied about my array limitations to avoid being forcibly drafted into the military, I’d say sorry but I’m really not,” Micki shrugs. “But also we don’t have time to argue about it if another nonhuman entity is coming after you.”

------

no i will not give context here on how an alchemy array that shrinks people down to several inches in height does not count as human transmutation <3 enjoy!

[rushankur]

Blooming Beauty: Transforming Your Home with Flower Wall Art

Flower wall art isn’t just about decoration—it’s a powerful way to infuse your living spaces with beauty and emotional resonance. Discover how incorporating floral motifs into your home decor can elevate your surroundings and create a captivating atmosphere:

The Artistry of Flower Wall Design

Flower wall art serves as a visual focal point that can evoke a range of emotions and set the tone for a room:

Emotional Impact: Different flowers and colors have unique psychological effects. Soft pastels like lavender and rose induce calmness and relaxation, ideal for bedrooms and living rooms where tranquility is key.

Vibrant Energy: Bright floral designs with hues of yellow, red, and orange inject vitality and warmth into spaces, making them perfect for areas where you want to foster creativity and positivity.

Natural Elegance: Incorporating natural materials like woven baskets or rattan frames enhances the organic feel of flower wall art, creating a connection to nature that promotes well-being and reduces stress.

Enhancing Your Living Environment

Explore practical tips on integrating flower wall art into your home decor to maximize its aesthetic and emotional impact:

Choosing the Right Placement: Determine the best location for your flower wall art based on lighting, room size, and existing decor. Consider focal points such as above the bed, in dining areas, or as a feature wall in the living room.

Mixing Styles and Textures: Combine different floral patterns, sizes, and textures to create depth and visual interest. Pair delicate botanical prints with bold, oversized floral murals or textured woven baskets to achieve a balanced and harmonious look.

Personalizing Your Space: Customize your flower wall art to reflect your personality and style. Whether you prefer minimalist designs with subtle floral accents or elaborate, statement-making installations, let your home decor express your unique aesthetic.

Creating a Serene Retreat

Transform your home into a peaceful sanctuary with flower wall art that promotes relaxation and harmony:

Calming Color Palettes: Opt for color schemes that complement your interior design theme. Soft blues, greens, and neutrals are soothing choices that promote a sense of tranquility, perfect for creating a serene bedroom or cozy reading nook.

Adding Dimension: Incorporate three-dimensional elements like floral sculptures, hanging baskets, or dried flower arrangements to add depth and texture to your wall art. These additions create a dynamic visual impact and make your space feel more inviting.

Seasonal Accents: Rotate flower wall art with seasonal blooms or colors to refresh your decor and celebrate the changing seasons. This not only keeps your home vibrant but also allows you to embrace the natural beauty of each time of year.

Conclusion

Flower wall art is a versatile and impactful way to enhance your home decor while influencing mood and atmosphere. Whether you aim to create a serene oasis or a lively gathering space, incorporating floral motifs allows you to personalize your environment and foster a deeper connection to nature.

Explore the beauty and transformative power of flower wall art today, and discover how it can elevate every room in your home with its timeless elegance and emotional resonance.

[swarishjewels]

The Art of Hand Engraving in 925 Silver Jewelry Making

Hand engraving is a time-honored technique that adds a personal and artistic touch to 925 silver jewelry. This meticulous process involves carving intricate designs into the metal surface, creating stunning pieces that reflect the artisan's skill and creativity. Here’s a closer look at the art of hand engraving in 925 silver jewelry making, its history, techniques, and the beauty it brings to each piece.

The History of Hand Engraving

Hand engraving has been used for centuries to decorate metal objects, including jewelry, weaponry, and household items. Ancient civilizations such as the Egyptians, Greeks, and Romans used engraving to create intricate designs and inscriptions on their artifacts. Over time, the technique evolved, and artisans developed more sophisticated tools and methods to enhance their craft.

In the world of jewelry, hand engraving gained prominence during the Renaissance period, where elaborate designs became a hallmark of fine jewelry. Today, this art form continues to be revered for its ability to transform ordinary pieces into extraordinary works of art.

Techniques and Tools of Hand Engraving

1. Basic Tools

Gravers: These are the primary tools used in hand engraving. Gravers are small chisels with different shaped tips, such as flat, round, and angled, each used for specific cuts and designs.

Magnification: A jeweler’s loupe or microscope is often used to see fine details clearly and ensure precision.

Engraving Block: This is a rotating vise that holds the jewelry piece in place, allowing the engraver to work at various angles.

2. Engraving Techniques

Line Engraving: This technique involves creating designs with a series of fine lines. The depth and width of the lines can vary to add texture and dimension.

Relief Engraving: In this method, the background is carved away, leaving the design raised above the surface. This creates a three-dimensional effect.

Stipple Engraving: This involves creating designs with tiny dots, which can be varied in density to create shading and depth.

Scrollwork: This technique features flowing, curving lines that often resemble plant tendrils or abstract patterns. It’s a popular style in jewelry engraving.

The Process of Hand Engraving 925 Silver Jewelry

Design Preparation: The engraver begins by sketching the design on paper or directly onto the metal surface using a fine-point marker or scribe.

Securing the Piece: The jewelry is secured in an engraving block to keep it steady during the engraving process.

Initial Cuts: Using gravers, the engraver makes the initial cuts into the metal, following the design outline. This requires a steady hand and precise control.

Detail Work: The engraver adds finer details, adjusting the depth and width of the cuts to create texture and dimension.

Finishing Touches: The piece is polished to remove any burrs or rough edges, enhancing the overall appearance of the engraved design.

The Beauty and Significance of Hand Engraved 925 Silver Jewelry

Hand engraving adds a unique and personal touch to each piece of jewelry. Unlike machine engraving, which can be duplicated, hand engraving ensures that no two pieces are exactly alike. This individuality makes hand-engraved jewelry highly prized and often passed down as heirlooms.

1. Personalization

Initials and Monograms: Engraving initials or monograms is a popular way to personalize jewelry, making it a cherished gift.

Special Dates: Engraving dates, such as anniversaries or birthdays, adds sentimental value to the piece.

Symbols and Motifs: Custom symbols, motifs, or messages can be engraved to reflect the wearer’s personality or beliefs.

2. Artistic Expression

Intricate Designs: Hand engraving allows for intricate and detailed designs that showcase the engraver’s artistic talent.

Custom Creations: Artisans can create custom designs tailored to the wearer’s preferences, resulting in a truly one-of-a-kind piece.

3. Enhanced Beauty

Texture and Depth: Engraving adds texture and depth to the jewelry, making it more visually appealing.

Light Reflection: The engraved lines and patterns can catch and reflect light, enhancing the overall brilliance of the piece.

Caring for Hand Engraved 925 Silver Jewelry

To maintain the beauty of hand-engraved 925 silver jewelry, proper care is essential:

Cleaning: Use a soft cloth to gently clean the jewelry. Avoid harsh chemicals that can damage the engraved design.

Storage: Store the jewelry in a cool, dry place, preferably in a soft pouch to prevent scratches.

Regular Check-ups: Periodically check the engraved areas for any signs of wear and have them polished or touched up by a professional if needed.

Conclusion

Hand engraving is a timeless art that brings a unique and personal touch to 925 silver jewelry. The intricate designs, coupled with the skill and creativity of the artisan, result in pieces that are not only beautiful but also deeply meaningful. Whether it’s a personalized gift or a custom creation, hand-engraved jewelry stands as a testament to the enduring appeal of craftsmanship and artistry in the world of jewelry making.

[testprepkart321]

JEE Main 2025 Syllabus: Your Complete Guide.

As the JEE Main 2025 exam approaches, eager engineers must first comprehend the syllabus. The Joint Entrance Examination (JEE) Main is a highly competitive exam administered by the National Testing Agency (NTA) for admission to several engineering institutes in India. A well-defined curriculum allows pupils to carefully arrange their preparation. This is an in-depth look at the JEE Main 2025 syllabus for Physics, Chemistry, and Mathematics.

Physics in JEE Main combines theoretical principles with practical tasks. The syllabus includes a wide range of topics that are essential for comprehending the physical world.

Section A covers theory and measurement, including units, dimensions, error analysis, and physical quantities.

Kinematics refers to one- and two-dimensional motion, vector algebra, and relative velocity.

Newton's Laws of Motion include friction and circular motion.

The work-energy theorem, conservative forces, and power are all related concepts.

Torque, angular momentum, and moment of inertia are all terms that describe rotational motion.

gravity includes the universal law of gravity, gravitational potential, and satellite motion.

Solid-liquid properties include elasticity, viscosity, surface tension, and fluid mechanics.

Thermodynamics: Laws of thermodynamics, heat engines, and Carnot cycle.

Gas kinetic theory includes molecules, degrees of freedom, and the Boltzmann constant.

Oscillations and waves include SHM, damped and forced oscillations, wave motion, and the Doppler effect.

Electrostatics includes Coulomb's law, electric field and potential, and capacitors.

Current electricity includes Ohm's law, Kirchhoff's laws, and electromotive force.

Magnetic effects of current and magnetism include the Biot-Savart law, Ampere's law, and electromagnetic induction

Faraday's laws, inductance, and AC circuits are all examples of electromagnetic induction and alternating current.

Optics includes reflection, refraction, interference, diffraction, and polarization.

The photoelectric effect and de Broglie waves demonstrate the dual nature of matter and radiation.

Atoms and Nuclei include atomic models, radioactivity, and nuclear processes.

Electronic devices include semiconductors, diodes, transistors, and logic gates.

Communication systems include modulation, wave propagation, and satellite communication.

Section B - Practical Skills

Vernier calipers, a screw gauge.

Calculating g with a simple pendulum.

Ohm's law verification and the resistance of a specific wire.

Young's modulus calculated using Searle's approach.

The specific heat capacity of a liquid.

The refractive index of a glass slab.

JEE Main Chemistry is separated into three sections: physical, inorganic, and organic.

Physical chemistry

Some basic concepts in chemistry: Stoichiometry and the mole notion.

The three states of matter are gases, liquids, and solids.

Atomic Structure: Quantum theory and atomic models.

Chemical Bonding and Molecular Structure: VSEPR Theory, Hybridization.

Chemical thermodynamics includes enthalpy, entropy, and Gibbs free energy.

Solutions include concentration terms, Raoult's law, and colligative features.

Equilibrium includes chemical and ionic equilibrium.

Redox processes: Oxidation numbers and balancing redox processes.

Chemical Kinetics: Rate laws and the Arrhenius equation.

Surface Chemistry: Adsorption and Catalysis.

Inorganic chemistry

Elements' classification and periodicity in properties: Periodic table trends.

General Principles and Processes for Metal Isolation: Metallurgy.

Hydrogen: isotopes, preparation, and characteristics.

Groups 1 and 2 of the s-block elements (alkali and alkaline earth metals).

p-Block Elements: Groups of 13 to 18 elements.

D and F-Block components include transition and inner transition elements.

Coordination compounds: nomenclature and bonding.

Environmental Chemistry: Pollution and ozone depletion.

Organic Chemistry: Fundamental Principles and Techniques Nomenclature and isomerism.

Hydrocarbons include alkanes, alkenes, alkynes, and aromatic hydrocarbons.

Haloalkanes and haloarenes: composition, characteristics, and reactions.

Alcohols, phenols, and ethers: definitions, synthesis, and reactions.

Aldehydes, ketones, and carboxylic acids: Synthesis, characteristics, and reactions.

Organic compounds Contains nitrogen: Amines are diazonium salts.

Biomolecules include carbohydrates, proteins, and vitamins.

Polymers: Classification and Properties.

Chemistry in everyday life includes drugs, detergents, and food.

Mathematics

Mathematics in JEE Main necessitates a thorough comprehension of ideas and the ability to apply them to solve problems.

Sets, Relations, and Functions: Set theory; kinds of relations and functions.

Complex numerical operations and quadratic equations.

Matrices and Determinants: Types, Properties, and Applications.

Permutations and combinations: The fundamental premise of counting.

Mathematical induction: principles and applications.

Binomial Theorem: Expansion in generic terms.

Sequences and series are arithmetic and geometric progressions.

Limits, continuity, and distinction.

Integral calculus includes indefinite and definite integrals, as well as area under curves.

Differential Equations: Forming and solving differential equations.

Coordinate Geometry includes straight lines, circles, and conic sections.

Three-dimensional geometry includes directional cosines, planes, and lines.

Vector algebra encompasses vectors, scalars, and vector products.

Statistics and probability include the mean, median, mode

[ljinhaengmcb]

Orthodontic treatment is possible while improving facial asymmetry with Invisalign.

Invisalign orthodontic treatment for over 20 years

Now, the era of Invisalign, which only aligns teeth, is over.

The treatment should also improve facial distortion.

During Invisalign treatment, it is possible to create a treatment plan to improve facial distortion.

When the Invisalign device is installed, the distorted face moves in the opposite direction.

And if the final position of the lower jaw is treated to match the center of the face,

Every time your teeth touch

The distortion of the face improves and the body straightens.

When the patient's left side (right side in photo) is raised, as in A1(Left Torsion) Treatment is performed to raise the lowered side of the upper jaw.

If the sphenoid bone is twisted in the same direction Raising the lowered side upward is a good treatment.

however Cases where the sphenoid bone and upper jaw are twisted in different directions, such as A2 Treatment that raises the side that came down, such as A1, It is a treatment that further distorts the already distorted sphenoid bone. For good treatment, the right side that has come down should not be raised. Treatment should be given to bring the raised left side down.

The above treatment is possible with Invisalign treatment. However, in order to treat with Invisalign correction, Accurately know the direction of misalignment of the sphenoid bone, temporal bone, and lower jaw, Based on this, it was reflected in the Invisalign treatment plan. A treatment plan must be developed.

In the case of A1, the exact treatment location was determined and planned. When wearing Invisalign aligners, The maxilla and sphenoid bone descend to the right You can feel it rising.

In case of A2, when wearing Invisalign orthodontic appliance according to the treatment plan (Left sidebending rotation) You can feel the sphenoid bone rising and the upper jaw falling. Separation from one another occurs. This separation is possible because all bones move.

Like the sphenoid bone, the occipital bone, which falls on the left side, also rises upward. You can see that the temporal bone also moves in three dimensions.

Invisalign orthodontic treatment has been around for over 20 years. So far, after adjusting the position of the lower jaw to the center of the face, There was no concept of treatment.

However, adjust the position of the lower jaw to the center of the face. Moves the skull in the opposite direction If you can find the center of the lower jaw, asymmetry treatment is possible.

Asymmetric treatment as above is This is possible only when the movement of the distorted bone can be detected through palpation. The position of the lower jaw where the distorted bones move in opposite directions It can only be found by palpating the skull

When a crooked skull moves in the opposite direction Narrow shoulders become more straightened. The pelvic bone, tilted in the same direction as the temporal bone, moves in the same direction as the temporal bone, and the shoulder moves in the opposite direction. Your body will not fall forward and your body will straighten out.

[josnashak69]

Blood transfusion

After 2019, ministers will enter a blood renewal period, which is called job rotation internally. The core essence is: employment strategy serves the company's strategy.

JD.com went public in 2014. B2C is the foundation of the company, so the HE Tuber general manager naturally holds a high position of authority. At that time, JD.com was also having the best luck, and was once ranked as BATJ. Liu Qiangdong’s goal is to hit a market value of 100 billion.

At that time, there was no Pinduoduo, and there was no craze for live streaming to bring goods. The important dimension for an e-commerce platform to be measured in the market was to invade all the scenarios where users purchase as much as possible. 

Now this indicator is still important, but it is difficult to directly reflect it in the capital market.

JD.com has taken two measures to achieve this goal. One is to learn from Tencent’s small-proportion investment ecological strategy. At that time, JD.com was also an important core member company of Tencent. The second is to expand its e-commerce territory to cover all categories. This is Responsibilities of Ministers.

For example, in the attack on fresh food, Wang Xiaosong was sent from 3C to fresh food. Even after three years of epidemic user habits, fresh food is still a difficult nut to crack for e-commerce.

Old people doing new things is a common strategy of big companies. They need to prove themselves again. When Wang Xiaosong came to JD.com in Beijing from Shenzhen Wal-Mart, he stayed at a relative's house. Sometimes he would sleep directly at the company after working too late. The company held its annual meeting, with 70 or 80 tables of employees, and Liu Qiangdong toasted one by one. Wang Xiaosong, who was present, was excited. He looked at Liu Qiangdong, who looked like Qiao Feng in Tian Long Ba Bu, so heroic. 

Looking back now, it all becomes a story.

After being transferred to the fresh food department, Wang Xiaosong built 7Fresh from 0 to 1, and also fell into the pit of fresh food e-commerce. At that time, he also said that he would continue to work in the field of fresh food. In fact, he stayed in this position for less than 4 years.

For another example, JD.com is trying to expand its territory through clothing battles and influence the e-commerce landscape. And the internal tone at that time was that clothing was JD.com’s last battle. This is also based on category expansion thinking.

Although there was a background of being sniped by Ali, the main theme of the era at that time was consumption upgrade. Liu Qiangdong’s own judgment at the time was that JD.com would become a platform for the middle class to purchase all categories. No matter from the perspective of repurchase, category expansion, or female users, clothing cannot be skipped.

Liu Qiangdong left the show in person and flew around the world to meet various brands. 

Because of her background in the fashion industry, Ding Xia took over from Xin Lijun and became the head of the fashion home business department. Later, this business unit was managed by Hu Shengli and Feng Yi, and it also swung between self-operated and POP models. It achieved results on a small scale, but none of the ministers could really open up Jingdong Apparel's situation during their tenure.

After "Choose One" was cracked by an irresistible force, it was not JD.com that benefited, but Douyin.

Even before Alibaba was punished by anti-monopoly, the brand used short video ads to place small yellow cars on Douyin to close the deal. Zhang Yiming had essentially solved the problem of choosing between two that once troubled Ma Huateng and Liu Qiangdong.

The category war did not help Liu Qiangdong achieve his goals. It was not until Xu Lei came to power that he refined JD.com's core capabilities, adjusted the front, middle and back office organizations, and strengthened the positioning of the supply chain. Finally, 

in mid-2020, JD.com's market value exceeded US$100 billion.

But this state did not last long. Pinduoduo's long-term advancement and the rise of live streaming e-commerce soon became a new destination for users to place orders, and it was unstoppable.

JD.com’s latest market value is US$44.6 billion, while Pinduoduo’s is US$157.7 billion, which is 3.5 times the size of JD.com. Based on this background, Liu Qiangdong’s goals have also changed.

Caixin reported that at the end of the June 18th War in 2023, Liu Qiangdong spoke personally at a meeting of 2,000 middle and senior executives of JD.com, and he was very detailed. Normally at such a meeting, he would talk about the general trend and strategy. The core idea of ​​this meeting is to maintain growth, and the essence is to stabilize the share and scale of e-commerce.

Maintaining growth and stabilizing scale is not a goal determined only at this year's meeting. Before the implementation of the low-price strategy, Liu Qiangdong must have seen the variables in the direction of the industry structure. To achieve low prices, according to JD.com’s official statement, it is still necessary to seek efficiency from the supply chain, while at the same time giving POP room for development and seeking incremental growth.

Naturally, the missions of ministers have also changed, and with them, personnel information has been updated.

At the end of 2022, Jingdong’s ministers were intensively adjusted. Liu Lizhen, head of Dashang Supermarket’s omni-channel business group, resigned and was replaced by Yao Yanzhong. The 3C business group he was originally responsible for was split into two, with Li Shuai in charge of the home appliances business group and Wu Shuangxi in charge of the computer communications business group. The fashion beauty business group was transformed from the fashion home business group, and the number one position also changed from Feng Yi to Kong Xiangying.

[itsgerges]

Can The Space Transport The Motion Among The Planets?

Best Greetings

 Can The Space Transport The Motion Among The Planets?

This question answer is written in  2 parts

(First Part)

The Space Mechanical Features

 I suppose the space has mechanical features- shortly- the space is similar to the sea of water- and the planet motion in the space is similar to a fish motion through the sea-

As the fish motion creates waves in the sea – the planet motion energy creates waves in the space – and these waves are similar to the sea water waves- they move far from their sources and can be reflected (typically as the water waves)

The idea is simple - Shortly- It supposes the space is very similar to the sea of water

BUT

This idea can find a direct proof simply- by the next question

(Where's The Planet Motion Energy?)

Any moving body produces motion energy (1/2mv^2), the planet motion is not exceptional, but where's the planet motion energy?

The planet can't store its motion energy in its own body because it will raise its temperature – and – No planet temperature is raised by its motion-

Now the question is still unanswered – where's the planet motion energy?-

The logical answer tells - The planet motion energy is stored in the space – that's the correct answer- the planet motion energy is stored inside the space in waves form-

By that the waves in the space must be created by the planets motions energies

Here we have three reasons supports this same idea – (the space mechanical features supposes the space as the sea of water) and (the planet motion energy analysis tells us the space must be similar to the sea of water in which the planet motion energy is stored in waves form) and we have one more fact tells (the scientists have discovered waves in the space which they called "The Gravitational Waves")

Simply We can conclude the discovered waves are produced by the planets motions energies and NOT by any gravitational field

Means- these gravitational waves are produced by the planets motions energies and are called (wrongly) as (gravitational waves) 

Now - let's ask

Can the waves in the space (Gravitational Waves) cause the transportation of motion among the planets? The answer is in Pat (2) of this discussion

 (Second Part)

The Motion Transportation Among The Planets

The previous discussion told us- the planet motion energy is stored in the space in waves form- Let's ask – Can This Wave Transport The Motion Among The Planets?

let's use a simple example

We have 9 waterwheels are built on one canal, the first waterwheel rotates and pushes some water in the direction of the second waterwheel that caused the second to rotate- this example shows how the motion can be transported among the planets – but – in fact it's insufficient example - 

The problem here is the matter creation vision –

While the book defines the planet as (A Rigid Body Is Created Independently From The Space Around And From The Other Planets)

Clearly- The Space Waves Can't Cause The (Planet Rigid Body) To Move

We have to change this vision to enable the motion to be transported – for that reason-

I claim – The Matter Is Similar To A Whirlpool (A Vortex) On The Sea Page

Let's review this vision in details

The Space Is Similar To The Sea Of Water – means- the distance between the sun and Pluto is similar to one sea of water (or one ocean of water)

This distance is one stream of energy – it's One Energy – that explains why the solar system has (A Continuum Of Data)- because it's one energy

The planets (matters) are similar to whirlpools (vortex) found on the sea page

The whirlpool picture is the best idea because the whirlpool dimensions are defined by the water motion features and properties.

Imagine we have 9 whirlpools on the sea page –

We conclude simply these 9 whirlpools are connected with one another – and – the water motion is transported among these 9 whirlpools

And if we put some red or blue color on the sea water far from the whirlpools we will see that the color with move and reach to the whirlpools – this is the transportation of motion – this is done simply in this case-

We need to modify the matter creation description

The paper hypothesis tells (The matter is an energy moves by high velocity motion) this hypothesis is discussed and proved in point no. (12)

NOTICE

Newton definition of the mass gravity is wrong- The gravity can't cause any motion

Let's suppose the moon moves by the Earth mass gravity

The moon motion produces energy- from what source this energy is provided? If this energy is provided from the mass gravity that will necessitate to decrease the Earth mass with the consumed energy amount- this analysis explains the mistake in Newton definition of the mass gravity

BUT

The mass gravity is fact and real – let's redefine it in following

The mass gravity creates a connection between 2 masses – for example – the Earth and the moon – the mass gravity creates a bond between the Earth and the moon- they are 2 planets connected with one another- they are similar to a lorry and its trailer –

If the lorry moves, the trailer will move with it-

Similar to that- If the Earth moves, the moon will move with it

But, the Earth and the moon will move by outer reason- Not the Earth mass gravity– but outer reason will cause the Earth to move that will cause the moon also to move

The mass gravity is a bond between 2 masses but the motion motor is an outer reason and NOT the mass gravity – Means – the mass gravity can't cause any motion

Thanks a lot – Please read

Planet Diameter Is Defined Based On A Mathematical Equation

or

Gerges Francis Tawdrous +201022532292

Physics Department-  Physics & Mathematics  Faculty 

Peoples' Friendship university of Russia – Moscow   (2010-2013)

Curriculum Vitae                 https://www.academia.edu/s/b88b0ecb7c

E-mail                            mrwaheid@gmail.com, mrwaheid1@yahoo.com

                                      gergesgerges@yandex.ru                   

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[indigosfindings]

updates after beating the game:

i know the general white sequence is pretty widely hated on but i honestly wasnt especially bothered by it? it's a decently funny joke that gets cut off RIGHT before it wouldve become actually tedious. im much more bothered by the fact that the trail to fahr outpost is just three straight featureless corridors with no puzzles or anything. chunks of chapters 5-8 unfortunately derive more friction from tossing a bunch of enemies in the way than from actually doing something interesting

having said that, the x-naut fortress is easily the best dungeon in the game. very involved! it's likewise a bit disappointing that the palace of shadow is a largely linear string of challenges lol. the riddle tower was fun though!

i really appreciate the gradual titration of boss/enemy stats. a lot of rpgs just scale enemies by Making Number Higher, and the fact that ttyd's third-last boss can have 50 hp and still be a genuine opponent through application of peripheral mechanics is both fun and reflective of a general design philosophy of making each battle a puzzle in its own right--quintessential rpg stuff! (it also makes the shadow queen's 150 hp hit REALLY hard)

i love the recipe system tbh. there is the sort of longterm strategic implication (the "honey shroom" line as a way to save inventory space) but i also genuinely appreciate how cooking certain items (eg whacka bump) gives you something thats like straightforwardly numerically worse. it's extremely charming and, like many of ttyd's other design decisions, it adds flavour (lol) to the setting and produces a sort of pseudonarrative expressed through a game mechanic. "a shroom steak tastes a lot better than an ultra shroom, but it's less healthy." i love it

it's kind of funny that chapters 4-7 ALL have (at least) a portion where youre forbidden from leaving the chapter setting. i wonder if the recurrence of that element was intentional or if it was just a coincidental consequence of how they were written

the one bit in chapter 7 where you have to make bobbery talk to the fahr outpost mayor does SO much. i would have loved more moments like this tbh! it's the only time anything of that sort happens, and it's the only time you get a sense that any partner other than goombella (& maybe vivian) still "exists" after they join the party, that they have any opinion on (or stake in) what's going on. it's a massive missed opportunity that koops & vivian are the only ones to get a "check-in" at the end of their respective chapters. the person i was playing with remarked that ms mowz became "less of a character" after joining the party, which i think is a great way to sum it up

the rotating starry background on the moon looks sooooo good. it's a shame that's like the most boring, undercooked area in the whole game lmaooo

the last several bosses oh my god

gloomtail was fun. my sort of "tch, nothing is a real challenge" flippance nearly had consequences lol, mario's hp was definitely in the single digits by the end of it

the shadow sirens rematch is really fucking good??? i did NOT remember it being so much fun. when beldam starts whipping out the buffs and debuffs it gets CRAZY. on my first attempt i was careless and goombella went down on like the third turn, and i hadnt brought a life shroom (because of hubris,) so i had to reset (the only time i did that the whole run!) (i refused to go on without seeing all the new tattles lol)

the grodus fight is also great: love the music, the quirky defence/support mechanic, and the variety of weird spells

putting the bowser/kammy fight right after grodus is straight up genius lol. that resource drain puts real pressure on the fight, i wish that kind of thing was done more often. and i looove kammy popping off on the support role

what can i say about shadow queen that hasnt already been said?? the aesthetics are sick, the music is insane, the hand mechanic adds dimension. i love that there's a huge hype/comeback midway through but the final phase isnt just an omnislash-type free win, you still have to actually earn the victory

i didnt know anything about dbz when i was a kid so i never realized the extent to which the "everyone rooting for mario" sequence is like straight up lifted from the final genki-dama lmaooo. it still hits tho ngl

the epilogue where goombella checks in with everyone is very cute (if a bit cheapened by the existence of the postgame lol). it's a nice final sendoff for all the partners. the bit where she says beldam is no longer evil and is now kind to vivian, though...... i get that it's just there to tie vivian's arc up neatly, but it just doesnt stick the landing or feel feasible in light of the way beldam is characterized for the entiiiire game. it's a bit of a disappointing end for THE fan-favourite character. then again, i know better than to expect Cogent Critiques Of The Family from nintendo games lol

i overall had a really good time with it! my strongest feeling, though, is that i still wish it was harder, more willing to put pressure on the player before the final chapter. like i said before, the skill ceiling is crazy high and theres sooo much room for player expression and creativity, which is why it's such a shame that i never really felt put to the test. ive been hearing a lot recently about the existence of challenge mods, though, and im feeling pretty eager to give some of those a try

been revisiting ttyd recently and it's. a really surreal experience