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Visualizing fluid mechanics equations turns theory into: velocity fields, current lines and pressure maps reveal how fluids flow and mix. From Navier-Stokes to continuity, dynamic graphics make, viscosity and conservation visible, facilitating learning and engineering design."

Mechanical Knowledge

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About 41,000 years ago, during the Laschamp Geomagnetic Excursion, Earth's magnetic field weakened drastically—dropping to just 5% of its current strength. This means that Earth’s natural magnetic shield, which normally protects us from harmful space radiation, was almost entirely gone. The magnetic field lines (seen as white or blue strands) became twisted and chaotic, showing how disordered the field became during the excursion. Normally, these lines flow smoothly from pole to pole, but during this event, they bent, broke, and tangled. The Earth turns red in the visualization, indicating an extremely weak magnetic field. The red color means the planet was barely protected from solar and cosmic radiation. This visualization was created by scientists from DTU and GFZ using data from ESA’s Swarm mission. It includes a stereo soundscape and a visual tracing of the magnetic field lines. This event caused abrupt climate change and mass extinction — and the same thing is happening today! If you're one of those people who think 'ignorance is bliss,' don’t go down this rabbit hole! (1/8) Thread🧵

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dear friends, i'm looking for a new long-term role, and i'm planning to leave my current job to make that happen. a few things pushed me here: i've hit a growth ceiling in my current position, and some factors beyond the work itself. for over 10 years, i've been doing what i love professionally (aside from art): graphic design, which has been my main source of income. i love building systems and visual identity, digging into a brand's dna. i enjoy creating logos and experimenting with web design. and since around 2022, i've gone deep into ai: not only for creative projects, but also testing different workflows for design tasks. given all that, i'm especially interested in design roles in the crypto/art/ai/tech space, or a mix of all of the above. selected projects: on request, i can also share a private portfolio link and my cv. you can reach me here on x via dm, or by email: [email protected] i'd really appreciate any support for this post. thank you for reading. with love, pk

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In addition to better graphics, current-gen only game design affords gameplay benefits and flexibility folk might not even realise. Insomniac devs were on record about how Spider-Man 2 was able to have faster travel velocity by not being limited to PS4's slow HDD and asset streaming. PS4's mechanical drive simply couldn't keep up with the data demands of faster traversal at the fidelity desired, hence the original Spider-Man had to move/swing slower. Unlike PC's, consoles don't have ultra fast system ram to fall back on either. When you play Spider-Man 2, the added mobility speed, flight, hovering, much faster swinging etc, is not just breathtaking, but it all makes a tangible difference to traversal and its overall fun factor. Gameplay video showcasing how. Another example of the design benefits current-gen only game design can afford, is Horizon Forbidden West Burning Shores. Guerilla Games spoke on how they ditched being cross-gen for the DLC, in order to allow for the high above the clouds dynamic flight and draw distance that came with it, as well as the absolutely massive and technically marvelous final boss fight. It's these sorts of things that have me wanting publishers to drop cross-gen game design as soon as absolutely possible in any given gen (though I appreciate it may not always be financially sensible). It's also why I wish more tentpole cross-gen games and exclusives this gen, had been current-gen only. #SpiderMan2 #PS5 #PS5Pro

In addition to better graphics, current-gen only game design affords gameplay benefits and flexibility folk might not even realise. Insomniac devs were on record about how Spider-Man 2 was able to have faster travel velocity by not being limited to PS4's slow HDD and asset streaming. PS4's mechanical drive simply couldn't keep up with the data demands of faster traversal at the fidelity desired, hence the original Spider-Man had to move/swing slower. Unlike PC's, consoles don't have ultra fast system ram to fall back on either. When you play Spider-Man 2, the added mobility speed, flight, hovering, much faster swinging etc, is not just breathtaking, but it all makes a tangible difference to traversal and its overall fun factor. Gameplay video showcasing how. Another example of the design benefits current-gen only game design can afford, is Horizon Forbidden West Burning Shores. Guerilla Games spoke on how they ditched being cross-gen for the DLC, in order to allow for the high above the clouds dynamic flight and draw distance that came with it, as well as the absolutely massive and technically marvelous final boss fight. It's these sorts of things that have me wanting publishers to drop cross-gen game design as soon as absolutely possible in any given gen (though I appreciate it may not always be financially sensible). It's also why I wish more tentpole cross-gen games and exclusives this gen, had been current-gen only. #SpiderMan2 #PS5 #PS5Pro

NIB

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AI can now turn a single image into an explorable physical world. For engineering, this means we can interact with, stress-test, and build intuition about failure in systems that do not yet exist. We can rapidly generate, interrogate, and learn from these worlds to understand how complex physical behavior relates to design in silico. The video is from my experiments with Fable, this time modeling fracture: the process by which a material loses mechanical continuity as bonds, fibers, struts, or interfaces break and cracks propagate. Many structures fail not by uniform deformation, but by localized damage that suddenly cascades across scales. The algorithm models a foam-like cellular torus as an interactive physics simulation where I can pull, push, fracture, and restore regions of the material, exploring how local damage evolves into global structural failure.

Markus J. Buehler

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AN MIT RESEARCHER PROVED GIT ISN'T HARD BECAUSE YOU'RE BAD AT IT -- IT'S HARD BECAUSE IT WAS DESIGNED THAT WAY 27 minutes from a PhD researcher in MIT's Software Design Group, using actual design theory to show why the tool that confuses everyone confuses everyone for a reason. -> The moment it lands, years of feeling stupid evaporate. The gap between what git's commands say and what they actually do was never in your head. It's baked into the tool. He maps the difference between what you think a command does and what git really does underneath. Once you see that gap, the confusion finally has a name and it stops being yours to carry. Struggling with git was never a skills issue -> it's a design issue, and knowing where the model lies to you is what turns panic into control. And as AI agents fire off commits and rebases you didn't write, the person who understands where git misleads is the one who untangles the mess. You were never bad at git. You were just never shown where it was built to trip you. Bookmark & Watch it today ↓

AN MIT RESEARCHER PROVED GIT ISN'T HARD BECAUSE YOU'RE BAD AT IT -- IT'S HARD BECAUSE IT WAS DESIGNED THAT WAY 27 minutes from a PhD researcher in MIT's Software Design Group, using actual design theory to show why the tool that confuses everyone confuses everyone for a reason. -> The moment it lands, years of feeling stupid evaporate. The gap between what git's commands say and what they actually do was never in your head. It's baked into the tool. He maps the difference between what you think a command does and what git really does underneath. Once you see that gap, the confusion finally has a name and it stops being yours to carry. Struggling with git was never a skills issue -> it's a design issue, and knowing where the model lies to you is what turns panic into control. And as AI agents fire off commits and rebases you didn't write, the person who understands where git misleads is the one who untangles the mess. You were never bad at git. You were just never shown where it was built to trip you. Bookmark & Watch it today ↓

slash1s

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THE ETERNAL DANCE OF THE COSMOS Electricity and magnetism are the two primal forces that render our universe into existence. From the invisible field of the Aether emerges polarity. Polarity creates tension. Tension creates oscillation. Oscillation creates vibration. Vibration expresses itself as frequency—and frequency determines form. Look at nature. Every living species exists within a precise temperature range. Every geometric structure is the result of balance and symmetry—one side reflecting the other. Polarity maintains this equilibrium: every action has a response, every ebb has a flow, every positive seeks its negative counterpart. When this balance becomes disturbed, current moves to restore equilibrium, just as water flows from a mountain peak into the valley, from high pressure to low pressure. From the cells within your body to the cells of a battery, this is the foundation of electrical movement. But electricity requires a guide. That guide is magnetism. Magnetic fields provide the pathways through which electrical currents organize, shaping movement through patterns of wave geometry. As electrical energy transitions from counterspace into space, it moves through phases of expression, from plasma, to gas, to liquid, to solid. Through this process, electricity continually contracts and expands between opposing pressures. The rate of oscillation determines the geometric pattern that emerges. The Platonic solids—the fundamental geometries underlying material structure—are expressions of standing waves composed of nodes and antinodes, where points, edges, and faces emerge from harmonic relationships. The tension between these pressures determines temperature, color, geometry, and density. Through the eternal dance of compression and expansion, vibration and oscillation, energy organizes itself into atoms, molecules, matter, and the structures of the cosmos. To understand electricity and magnetism is to understand the architecture of reality itself. ✨🙌🏾💫

THE ETERNAL DANCE OF THE COSMOS Electricity and magnetism are the two primal forces that render our universe into existence. From the invisible field of the Aether emerges polarity. Polarity creates tension. Tension creates oscillation. Oscillation creates vibration. Vibration expresses itself as frequency—and frequency determines form. Look at nature. Every living species exists within a precise temperature range. Every geometric structure is the result of balance and symmetry—one side reflecting the other. Polarity maintains this equilibrium: every action has a response, every ebb has a flow, every positive seeks its negative counterpart. When this balance becomes disturbed, current moves to restore equilibrium, just as water flows from a mountain peak into the valley, from high pressure to low pressure. From the cells within your body to the cells of a battery, this is the foundation of electrical movement. But electricity requires a guide. That guide is magnetism. Magnetic fields provide the pathways through which electrical currents organize, shaping movement through patterns of wave geometry. As electrical energy transitions from counterspace into space, it moves through phases of expression, from plasma, to gas, to liquid, to solid. Through this process, electricity continually contracts and expands between opposing pressures. The rate of oscillation determines the geometric pattern that emerges. The Platonic solids—the fundamental geometries underlying material structure—are expressions of standing waves composed of nodes and antinodes, where points, edges, and faces emerge from harmonic relationships. The tension between these pressures determines temperature, color, geometry, and density. Through the eternal dance of compression and expansion, vibration and oscillation, energy organizes itself into atoms, molecules, matter, and the structures of the cosmos. To understand electricity and magnetism is to understand the architecture of reality itself. ✨🙌🏾💫

🧬Maxpein🧬

15,972 görüntüleme • 1 ay önce

We just launched a major new Data Engineering Professional Certificate on Coursera! Data underlies all modern AI systems, and engineers who know how to build systems to store and serve it are in high demand. If you're interested in learning this skill, please check out this 4-course sequence, which is designed to make you job-ready to be a Data Engineer. This is a new specialization taught by Joe Reis, the co-author of the best-selling book “Fundamentals of Data Engineering," in collaboration with AWS. (Disclosure, I serve on Amazon's board.) For many AI systems, data engineering is 80% of the work, and modeling is 20%. But people’s attention on these two topics is often flipped. This makes the job of the data engineer particularly important. In this professional certificate, you'll learn foundational data engineering skills while implementing modern data architectures using open-source tools: - Learn the key steps of the data lifecycle, to generate, ingest, store, transform, and serve data. - Learn to align with organizational goals to design the data pipeline right for your business' needs. - Understand how to make necessary trade-offs between speed, scalability, security, and cost. Joe has distilled into this specialization decades of experience helping startups and large companies with data infrastructure. He is also joined by 17 other industry leaders in the data field, who will help you learn in-demand skills for the growing field of data engineering. Please sign up here:

We just launched a major new Data Engineering Professional Certificate on Coursera! Data underlies all modern AI systems, and engineers who know how to build systems to store and serve it are in high demand. If you're interested in learning this skill, please check out this 4-course sequence, which is designed to make you job-ready to be a Data Engineer. This is a new specialization taught by Joe Reis, the co-author of the best-selling book “Fundamentals of Data Engineering," in collaboration with AWS. (Disclosure, I serve on Amazon's board.) For many AI systems, data engineering is 80% of the work, and modeling is 20%. But people’s attention on these two topics is often flipped. This makes the job of the data engineer particularly important. In this professional certificate, you'll learn foundational data engineering skills while implementing modern data architectures using open-source tools: - Learn the key steps of the data lifecycle, to generate, ingest, store, transform, and serve data. - Learn to align with organizational goals to design the data pipeline right for your business' needs. - Understand how to make necessary trade-offs between speed, scalability, security, and cost. Joe has distilled into this specialization decades of experience helping startups and large companies with data infrastructure. He is also joined by 17 other industry leaders in the data field, who will help you learn in-demand skills for the growing field of data engineering. Please sign up here:

Andrew Ng

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Announcing the latest release from Qodo: Modern engineering runs across hundreds of repos, dozens of teams, and AI that writes code faster than anyone can review it. Today, Qodo releases features built for these teams. - Cross Repo Review: Qodo now maps dependencies across your repos and catches breaking changes before they merge. A change to a shared SDK, API contract, or database schema no longer ships before anyone knows it broke something downstream. - Rules Miner: Qodo analyzes your PR review history, recurring comments, accepted vs. rejected suggestions, and reviewer patterns, and turns them into enforceable rules. The standards that lived in senior engineers' heads are now in the system. - Skill Review Standards: Skills are now a managed entity in Qodo, with visibility, governance controls, and per-skill analytics. The instructions encoding how your team builds software are visible to the people responsible for enforcing them. All of these features are now available in BETA. Sign up for a 14-day free trial.

Announcing the latest release from Qodo: Modern engineering runs across hundreds of repos, dozens of teams, and AI that writes code faster than anyone can review it. Today, Qodo releases features built for these teams. - Cross Repo Review: Qodo now maps dependencies across your repos and catches breaking changes before they merge. A change to a shared SDK, API contract, or database schema no longer ships before anyone knows it broke something downstream. - Rules Miner: Qodo analyzes your PR review history, recurring comments, accepted vs. rejected suggestions, and reviewer patterns, and turns them into enforceable rules. The standards that lived in senior engineers' heads are now in the system. - Skill Review Standards: Skills are now a managed entity in Qodo, with visibility, governance controls, and per-skill analytics. The instructions encoding how your team builds software are visible to the people responsible for enforcing them. All of these features are now available in BETA. Sign up for a 14-day free trial.

Qodo

632,227 görüntüleme • 1 ay önce