Continuum and colors
#digital
#digitaldesign
#digitalarchitecture
#parametric
#parametricdesign
#parametricarchitecture
#computational
#computationaldesign
One thing I wish I new as a Computational Biologist! Part -1 ๐ป
โจLearn how to ask questionsโจ
Especially if you are at the beginning of learning how to be a computational biologist, most probably you are facing problems that also others had. Chances are, they may have figured out a way to solve that problem.
Nowadays, thereโs an answer to almost anything online, but you have to know what to ask to get help.
It doesnโt matter if you are asking Google, StackOverflow, ChatGPT or your experienced colleagues. You need to formulate sharp and correct questions, with the correct vocabulary, and you will eventually get there.
While I am a huge believer of dealing with your problem and try to solve it, there is no need to reinvent the wheel!
Donโt waste days to figure out how to compute a pvalue. Study and investigate established methods and pipelines, ask whoever/whatever you think is knowledgeable, and then ASK YOURSELF if that method is applicable and if it suits your research question.
At the end, it is always a matter of asking the right question!
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โข#phdtest #phd #phdlife #phdstudent #phdjourney #stem #stemeducation #womeninspiringwomen #womeninstem #researcher #researchers #researchpaper #phdproblems #phdthesismadness #italiangirl #italianstyle #italianabroad #student #studentlife #studentlifestyle
Ever wondered how a cow would fare in a wind tunnel? Thanks to the groundbreaking FluidX3D software, we can now visualize the aerodynamics of a cow in real time! ๐๐จ
This isn't just about bovine curiosity; it's a leap in computational fluid dynamics (CFD) research. FluidX3D runs 100-2000x faster than traditional FVM solvers on the same GPUs.
That means researchers can conduct complex simulations quicker and more efficiently than ever before ๐ฅ๏ธ๐
The secret? A combination of in-place streaming with Esoteric-Pull and decoupled arithmetic precision.
These techniques reduce memory demand to just 55 Bytes/node for D3Q19 LBM, a fraction of what conventional codes require ๐คฏ
The result? A detailed 215 million voxel simulation, rendered in just 23 minutes on a Titan Xp GPU. And with all graphics processed directly within FluidX3D using OpenCL, there's no need for data transfers to the CPU, streamlining the entire process ๐ป๐จ
Iโve been working on unique computational design methods to generate forms that are functional and โฆ. Whatever they want to be.
I just love that my first attempt to using physics simulations to create forms immediately generated a silly putty looking form. This was never a goal of mineโฆ it just went that way.
If my work isnโt surprising me I get bored quickly.
#Blender #geometrynodes #nodedojo #design
@denisa.durica : Synthesized Entities V1.0
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๐จ FREE WEBINAR!!! ๐จ
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๐ ๏ธ Houdini+AI: July 27th, 3pm UTC
๐ designmorphine.com/education/synthesized-entities-v1-0
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Synthesized Entities V1.0 is a creative workshop focused on using AI as the primary tool for generating futuristic, life-inspired visual worlds. Participants will explore how artificial intelligence can craft speculative organisms, digital ecosystems, and surreal bio-architectures through advanced image generation techniques.
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#zbrush #autodeskmaya #grasshopper3d #rhino3d #blender3d #sidefxhoudini #cinema4d #unrealengine #3dmodel #parametric #computational #education #architecture #design #architecturestudent #ai #stablediffusion #aiart #vr #fashiondesign #gamedev #characterdesign #coding #metaverse #proceduralart #fabrication #3dprint #education #webinars #free
Computational Physics
The reason for this is quite simple - I have a lot of time and I get bored.
Monte Carlo methods, or Monte Carlo experiments, are a broad class of computational algorithms that rely on repeated random sampling to obtain numerical results. The underlying concept is to use randomness to solve problems that might be deterministic in principle.
This code uses the Monte-Carlo method to simulate the magnetic behaviour of a 2 dimensional crystal.
2 methods have been used in this code.
The first shows Ising model solved using the Metropolis algorithm, and the second shows Ising model solved using Heatbath Algorithm.
#python #datascience #physics #computationalphysics #physicist #scientist #python3 #pythonprogramming #pythoncode #machine #machinelearning #artificialintelligence
Creating curved structures using straight pieces of timber for our @orange #bridge #Cabanas H.Q. project.
Video showing the #computational process behind the #formfinding of the ribs using #PhysicsEngine #Kangaroo for #Grasshopper3D.
Our goal was to minimise waste by testing the limits of #steambending instead of cutting sheets. The form-finding process determined double-curved geometries that could be formed from straight planks through digital relaxation โ then iteratively refined through feedback from the @xylotekltd workshop to account for the natural physical behaviour of the ash wood (Photos: Martin Phelps)
Team Cabana:
Architects: @mamoumani Mamou-Mani ltd. (Arthur Mamou-Mani, Bilal Mian, Carmen Hu, Theophile Pรฉju, Krishna Bhat, Shalom Osuchukwu)
Fabrication/Timber Detailing: @Xylotekltd Xylotek Ltd. (Martin Self, Tom Dawson, Oscar Emanuel, Chris Structural Engineers: @formatengineers Format Engineers Format Engineering Lemka and team)
Structural Engineers: @formatengineers Format Engineers
The first step in any coding journey is finding the language you want to code withโฆ this will depend on why youโre coding and what youโre trying to build.
If youโd like help choosing a language to start with, drop your coding goals in the comments ๐ค
#coding #coder #codergirl #computational #phd #artificialintelligence #ai #programmer #programming
when they ask: ok show me the structure of this oneโฆ Then itโs Datenmanagement timeee!! My eyes scrolling through whole files & hoping the right one to show ๐๐ป๐
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Follow @urbandesignlab.in
Visual Permeability Analysis โ Seeing the City Beyond the Surface
How much of a street can you actually see from a single point?
That simple question reveals a hidden layer of urban logic.
Want to learn exactly how to create maps like this?
Comment below and we'llโll break down the full workflow in a tutorial!
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๐๐๐ ๐๐๐๐ ๐๐๐ฌ๐ฒ โ ๐๐๐๐ซ๐ง ๐ญ๐จ ๐๐๐ฉ, ๐๐ง๐๐ฅ๐ฒ๐ฌ๐, ๐๐ง๐ ๐๐ซ๐๐ง๐ฌ๐๐จ๐ซ๐ฆ ๐๐ซ๐๐๐ง ๐
๐ฎ๐ญ๐ฎ๐ซ๐๐ฌ
Session Details: ๐๐๐ญ๐กโ๐๐๐ญ๐ก ๐๐๐๐๐ฆ๐๐๐ซ, ๐๐๐๐
Registration link in bio
Limited Seats are available.
Early Bird registration ends on 5th December, 2025.
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#parametricarchitecture #spatialanalysis #urbanmapping #architectureparametric #geospatialanalysis #architecture_hunter #midjourney #modernarchitecture #archdaily #generativeart #designboom #allofarchitecture #bestarchitecture #parametricdesign #rhino3d #grasshopper3d #architecturestudents #midjourneyarchitecture #aiarchitecture #rhinoceros3d #computational #actofmapping #remotesensing #geospatialdata
visual permeability analysis, isovist mapping, urban visibility study, spatial analysis tools, parametric urban design, rhino grasshopper workflow, gis urban mapping, city form analysis, sightline analysis, spatial cognition mapping
Shared for educational and informational purposes.
All rights remain with the original creators.
For any concerns, please contact us and we will respond promptly.
Join our team of engineers and designers as we create adventurous and creative structures across the world.
We are hiring for a variety of positions across our Vancouver, Abbotsford, Seattle, and Trento offices:
โก๏ธComputational Designers & Engineers
โก๏ธ3D Design Modeller
โก๏ธ3D Digital Design Manager
And more!
Apply at the link in our bio or email us at
[email protected]
Pictured: Taiyuan Botanical Garden Domes, adjustable cable net node casting
#hiring #structuralengineering #masstimber #structurecraft #3ddesign #computational
Our Neda Nategh, PhD, works at the intersection of neuroscience, computational science, and application. Sheโs developing mathematical models to predict and explain the responses of neurons in visual areas of the brain as our eyes move. Hear her discuss how sheโs using modeling to unlock the secrets of vision.