Ryo Mizuta Graphics
@Ryo_M_Graphics
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Dr Ryo Mizuta. Senior teaching associate in Nanoscience @Cambridge_Uni. I make 3D graphics for scientific visualisation and #sciart using Blender #b3d.
Cambridge | United Kingdom
Joined May 2022
The Set Mesh Normal node has just been added to #GeometryNodes. It allows adding and modifying custom normals, opening up many new possibilities. #b3d #devfund
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In Blender 4.5 one can import some file formats directly into #GeometryNodes: obj, stl, ply and csv (numeric data only). This can simplify some workflows quite significantly. #b3d #devfund
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🌀New cover alert! The amazing work of @FlorentWaltz and colleagues made it on the cover of @ScienceMagazine and I had the honor to create the visuals! #sciart #coverart #blender3d
In mitochondria, respiratory supercomplexes (blue) pump protons across crista membranes to create an electrochemical gradient, fueling adenosine triphosphate (ATP) synthase (pink) to regenerate ATP—the energy currency of life. Now, cryo–electron tomography captures these
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It's been a while, but I'm back on YouTube! 👋 Restarting things with a tutorial on 3D visualisations of atomic force microscopy data in Blender. 🔗 https://t.co/47MYktpmkJ
#b3d #sciart #sciviz
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Let's interact with the light waves! Here, I created a real-time simulation that can run in your browser: https://t.co/llRt1RQW4L You can change the beam width and the focusing power of the input light rays. Please give it a try and let me know your thoughts! #Optics #WebGL
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Hello again! Here is my new YouTube tutorial for making a 3D bacteriophage in Blender. It looks like an alien! https://t.co/Z5hyeLfkDO
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Had an awesome time guest lecturing at the @PittEngineering last week on using Blender for scientific illustrations! Super exciting to see 3D being used more widely in the academic space👏 Huge thanks to @DrChrisWilmer for inviting me over! #scicomm #b3d #sciart
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Watch how BAM and SurA fold proteins! Our cryoEM structures brought to life in this awesome animation by @phospho! Read about it in our paper published last month https://t.co/TcZ9vS0bmc
@RadfordLab @naranson
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The new Gabor noise in Blender 4.3 looks really promising for quickly creating some sick stylized shapes ✨
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What if you could make physics diagrams come alive? At #UIST2024, we will be presenting our paper, Augmented Physics, an ML-Integrated Authoring Tool for Creating Interactive Physics Simulations from Static Diagrams Co-authors: @Freya_Wyy @nandizhang_ Jarin @rubaiat @ryosuzk
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fantastic usage of #MolecularNodes
Happy to share our little discovery with @SimoneMattei19 team on how ribosomes hibernate upside down on mitochondria during cellular stress is now out @NatureComms! A collaboration between @medicineUVA, @EMBL, @EmblImaging, MEMC. Congrats to all authors! https://t.co/DE6eAamt5I
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#SciartSeptember Day 30 (random edition) This is the last day of the challenge. Thank you so much for joining me! Enjoy the last entry: a cute and fluffy mini protein 😊 I hope you had as much fun as I did. See you in October 💛 #sciart rendered with @Blender
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#SciartSeptember Day 22 (random edition) So beautiful and yet so scary: viruses Here you see the Banna virus. #sciart rendered with @Blender
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#SciartSeptember Day 14 (random edition) Metal–organic frameworks are formed by combining metal ions and organic linkers yielding in fascinating structures like this ⛓️ #sciart #blender3d #b3d
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Congrats to @Brown_BME PhD Krishangi Krishna on her 1st first-author FRONT COVER! Huge thanks to @ShuklaLab for samples & @Ryo_M_Graphics for the concept art! Special s/o to Wenyu Liu on his 1st pub after taking my Optics course & joining the PROBE Lab right after! 🎉
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#SciartSeptember // Day 2 (random theme edition) No, this is not an eye 👁️, this is a part of the mud crab reovirus. It is fascinating to see how the proteins assemble to form the capsid. #sciart #blender3d #b3d #biochem
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Blender soft body simulations are great for animating squishy things like cells, but they break if you make cells divide. So I'm building my own cell growth soft body simulator from the ground up in blender geometry nodes. Hope to release this tool soon. #b3d
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Check out my Cover Art for our latest paper. The image shows the van der Waals interaction between @fullertubes and pyrenyl groups in HPLC. Thanks @Ryo_M_Graphics for your advices. Read more: https://t.co/hASdCU7kR4
@ICourtois_UdeM @ACS4Authors
#MyACSCover #ACSEditorsChoice
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I played with @Ryo_M_Graphics's blood vessel asset i the new video. It is fun! https://t.co/RwmF5i2Z77
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