#Deformations

oh lawd Motivic Homotopy Theory, introduced by Fabien Morel and Vladimir Voevodsky in the late 1990s, extends ideas from classical algebraic topology into the realm of algebraic geometry. It replaces topological spaces with schemes and the unit interval with the affine line \mathbb{A}^1, endowing algebraic varieties with a homotopical structure. This innovation forges a deep bridge between algebraic cycles, sheaf theory, and homotopy invariants, enabling geometers to deploy powerful topological tools in arithmetic and geometry. At its core lies the \mathbb{A}^1-homotopy category, formed by localizing simplicial presheaves on smooth schemes with respect to Nisnevich local equivalences and \mathbb{A}^1-weak equivalences. Objects in this category model algebraic varieties up to “path” deformations parametrized by \mathbb{A}^1. Morphisms detect algebro-geometric analogs of classical invariants—such as homotopy groups—so one can investigate vector bundles, fundamental groups, and cohomology theories within a motivic context. By stabilizing this construction—namely inverting suspension by the projective line \mathbb{P}^1—one obtains the stable motivic homotopy category. Here, motivic spectra generalize classical spectra, and bigraded cohomology theories emerge: motivic cohomology, algebraic K-theory, and hermitian K-theory, among others. Landmark achievements, including proofs of the Milnor and Bloch–Kato conjectures, have rested on these tools, underscoring the potency of motivic methods in resolving deep arithmetic and geometric problems. Today, Motivic Homotopy Theory continues to evolve through studies of the slice filtration, the motivic Steenrod algebra, and computational advances via motivic Adams spectral sequences. Its techniques enrich enumerative geometry and connect to derived algebraic geometry, and even suggest links to quantum field theories via enumerative invariants. As researchers refine these constructions, motivic ideas promise to deepen our unified understanding of geometry, arithmetic, and topology. #memes #breasts #funny #memer

Types of loads and deformations #trending #load #civilengineering #information

This Jurassic World Rebirth background doesn't look bad on this animation I made a while ago to test the Velociraptor rig's deformations 🦖 #jurassicpark #velociraptor #animation #3d #cgi #vfx #motiongraphics #jurassicworld #dinosaur

One of the main goals of deep tissue massage is to eliminate deformations of connective tissue: fascia, tendon, ligaments and other tissues. And here this method has no competitors among massage methods.

🚨Read 👇 Still rigging characters from scratch in Blender? Let’s be honest, manually adding bones and tweaking weights one by one isn’t “precise,” it’s just painful. You spend hours trying to get a decent rig, meanwhile someone drops a perfectly animated character that looks straight out of a movie. And you’re thinking, “How the hell did they make that?” Here’s the truth: they’re not stuck in the default cube era. They’re using the right tools. Here’s how to start smarter (and save days): ✅ Step 1: In Blender, enable the Rigify add-on (Edit > Preferences > Add-ons > search “Rigify”). It’s free and built-in. ✅ Step 2: Shift + A → Armature → Human (Meta-Rig). Instant rig. Now adapt the bones to your character’s proportions and click “Generate Rig” in the right-hand panel. ✅ Step 3: Assign Auto Weight Paint. Done. You’ve got a decent rig with clean deformations in minutes, not hours. 💡 Want hyper-real rigs for AAA-level work? Enter a custom-made rig. It’s what the film and game studios use. Advanced controls, IK/FK snapping, custom bone shapes, and export-ready assets for Blender, Unreal, you name it. Yeah, it’s not a one-click solution, but if you want next-level control, it’s worth every second of effort. So are you still spending hours extruding bones? Or are you ready to rig characters the smart way? • #blender3d #blenderanimation #blendercommunity #blenderart #blenderartist #blendercycles #renderscapes #visual_creatorz #blenderrender #blenderart #art #commedy #fun #rendering3d #meme #blender3dart #3dmodelling #3dblender #photoshop #digitalart #blender #blendercycles #3ddesign #rendering #design #cgi #blenderart #render #blendercentral

Tap the link🔗 in bio to discover how you can level up☝️financially. Start by taking action now! Topology is a branch of mathematics that investigates the fundamental properties of space, focusing on characteristics that remain unchanged under continuous deformations like stretching, bending, and twisting, but not tearing or gluing. It studies topological spaces, sets endowed with a collection of open sets satisfying specific axioms. By analyzing topological spaces and their properties, such as connectivity and compactness, topology aims to classify spaces, establish topological equivalence between them, and identify invariants that distinguish between different types of spaces. This discipline finds applications in diverse fields, including physics, biology, computer science, and engineering, where it provides insights into the structure of space, the behavior of complex systems, and the design of efficient networks and algorithms. #explore #reel #memes #viral #trending #interesting #reels #learn #learning #knowledge #amazing #trendingreels #trend #reelsviral #neverstoplearning #learningisfun #education #science #topology #science

(ENG/ESP) Some key points about the displacements recorded at La Nueva Olla Stadium - Paraguay 🇵🇾: ✅️ For this condition, the structure must remain within the elastic range. ✅️ The natural frequency of vibration should stay outside the range caused by human activity (1.5 - 3 Hz). ✅️ Elastic deformations are beneficial in these cases as they allow energy dissipation. ✅️ To see standards related to vibration design, check the link in my profile 👷 ___________________ Algunos puntos clave de los desplazamientos registrados en el estadio La Nueva Olla - Paraguay 🇵🇾 ✅️ Para esta condición la estructura debe mantenerse en el rango elástico. ✅️ La frecuencia natural de vibración, debe mantenerse fuera del rango producido por actividad humana (1.5 - 3 Hz) ✅️ Las deformaciones elásticas son favorables en estos casos ya que permiten disipar la energía. ✅️ Para ver normas asociadas a diseño de vibraciones, revisa el link de mi perfil 👷 . . . . #civilengineering #civilengineer #steelbuildings #concretebuildings #buildingsdesign #ingenierocivil #ingenieriacivil

In mathematics, topology is concerned with the properties of a geometric object that are preserved under continuous deformations, such as stretching, twisting, crumpling, and bending; that is, without closing holes, opening holes, tearing, gluing, or passing through itself. Like our content? Follow 👉🏼 @insidehistory

Cranial deformations are common and poorly understood outside Osteopathy. It is believed to be positional, however that is not the case. A skull deformation is caused by excessive mechanical constraints on the skull during a traumatic birth (forceps/vacuum primarily, emergency c-section with long engagement, long exposure to low amniotic fluid, short/long labour, pressure on the stomach by nurse or stopping baby from coming out, etc..) and planned c-section as the occiput in many cases in folded and when fully underneath the parietal bones, there is a higher risk of flattening. A weakness of the lumbar spine/reflex (and usually the thoracic spine/reflex) is also necessary as it will cause a collapse of the tension through the meninges thus a weakness of the curves leading to unilateral tensions on the spine pulling on the skull (additional to preexisting tensions coming from an injury like the ones found with forceps/vacuum) facilitating the rotation to one side, which will overtime facilitate the vicious cycle of deformation with more pressure on one side. I personally rarely use helmets since we can remodel the skull through Osteopathy and the right advices. Only in some cases when baby is older; 6 months and above, it can be indicated on top of the osteopathic treatment. #osteopathymalaysia #osteopathmalaysia #osteopathykl #osteopathytreatment #osteopathyhealth #malaysiahealthcare #naturalhealthmalaysia #wellnessmalaysia #baby #pediatrics #kids #development

Ranking The Funniest Filters Ever Full videos on my YouTube channel! https://www.youtube.com/@KenSSama Ranking the most hilarious and weird social media filters that had us rolling 😂 From IQ Prediction to voice distortions, these filters took chaos to another level! Which one’s your favorite? Comment down! Clips belong to respective creators. Used under fair use for entertainment purposes. #ranking #funny #filter #predictionfilter #shorts #memes #tiktok #usa #viral #trending

FULL COURSE: Car Destruction REALTIME🔥🔥In Blender!🔥🔥🔥 Available on Patreon (check bio). ALSO a free tutorial example is on youtube (a simple concept demonstration that you can do for free)! ✅Realtime car drive like a game ✅Realtime 25 fps destruction ✅Realtime deformations ✅Doesnt require supercomputers (4 cores here) ✅1 FREE tutorial on youtube ✅FULL COURSE on Patreon ✅covering complete destruction 🤌🏻note: is for VFX, not for games purpose🤌🏻 My research for car destruction simulations finally reached the most stable, solid. satisfying and performant results! Time to share the fruits of this research. . . . . . #blender #vfx #destruction #simulation #3d #cgi #car #cars #phisycs #crash #motionprocess #howiseedatworld #StudioShare #blendershare #game #gaming #beamng #realtime #xuxoe #twentytwohalo #drive #visualeffects #blenderartwork

Bifrost Deformation Unlock the potential of Bifrost in Autodesk Maya with this showcase of advanced deformation simulations. In this reel, I demonstrate how Bifrost can be used to seamlessly simulate dynamic deformations between objects, creating fluid transitions and highly detailed interactions. Whether for animation, VFX, or game assets, this technique brings a new level of realism and artistry to 3D workflows. Dive in and see the power of procedural deformation in action! ✨ #BifrostDeformation #AutodeskMaya #3DRigging #BifrostSimulations #ProceduralAnimation #Maya3D #VFX #3DAnimation #CharacterRigging #DeformationEffects #DynamicSimulations #3DWorkflows #AnimationTechniques #MayaBifrost #CGI #3DArtist #VisualEffects #GameDevelopment #3DReel