Rish
@rishistyping.bsky.social
New Media Arts+Sciences |Neuro-AI|Generative Art|Open Science
Principal Research Scientist @Intelligent Internet
X-@Refik Anadol Studio
Distinguished Research Scientist @StabilityAI built Open Source Software serving 250Million+ people
notrishabh.fr
Principal Research Scientist @Intelligent Internet
X-@Refik Anadol Studio
Distinguished Research Scientist @StabilityAI built Open Source Software serving 250Million+ people
notrishabh.fr
Slides and discussions...1/x
May 28, 2025 at 5:37 PM
Slides and discussions...1/x
Excited looking forward :)
May 28, 2025 at 1:50 PM
Excited looking forward :)
Does the learned latent space: capturing diverse neural microstructures, function as a 'micro-morphospace' allow us to navigate variations in fiber architecture?
Simulation of fiber patterns might change under different hypothetical conditions a data-driven approach for mechanistic simulations?
Simulation of fiber patterns might change under different hypothetical conditions a data-driven approach for mechanistic simulations?
May 28, 2025 at 11:15 AM
Does the learned latent space: capturing diverse neural microstructures, function as a 'micro-morphospace' allow us to navigate variations in fiber architecture?
Simulation of fiber patterns might change under different hypothetical conditions a data-driven approach for mechanistic simulations?
Simulation of fiber patterns might change under different hypothetical conditions a data-driven approach for mechanistic simulations?
| [G]⇆[D] 2 M k-img | 24 M latent frames ψ≤0.5 → fibre-bundles braid
W-space sweep ▶︎ 3-vol ensemble reveals cross-slice links.
Next: Working hypothesis why these emergent patterns might reflect fundamental constraints in cortical organization.
@r3rt0.bsky.social @k4tj4.bsky.social
W-space sweep ▶︎ 3-vol ensemble reveals cross-slice links.
Next: Working hypothesis why these emergent patterns might reflect fundamental constraints in cortical organization.
@r3rt0.bsky.social @k4tj4.bsky.social
May 28, 2025 at 11:15 AM
| [G]⇆[D] 2 M k-img | 24 M latent frames ψ≤0.5 → fibre-bundles braid
W-space sweep ▶︎ 3-vol ensemble reveals cross-slice links.
Next: Working hypothesis why these emergent patterns might reflect fundamental constraints in cortical organization.
@r3rt0.bsky.social @k4tj4.bsky.social
W-space sweep ▶︎ 3-vol ensemble reveals cross-slice links.
Next: Working hypothesis why these emergent patterns might reflect fundamental constraints in cortical organization.
@r3rt0.bsky.social @k4tj4.bsky.social
An architectural engram one can literally walk through.
______
@ Bright Festival Connect 2023, Kunstkraftwerk Leipzig.
Amazing collaborators at LedPulse, Omni Soundlab and Symbiotism and Christopher Manhey
______
@ Bright Festival Connect 2023, Kunstkraftwerk Leipzig.
Amazing collaborators at LedPulse, Omni Soundlab and Symbiotism and Christopher Manhey
May 27, 2025 at 12:29 PM
An architectural engram one can literally walk through.
______
@ Bright Festival Connect 2023, Kunstkraftwerk Leipzig.
Amazing collaborators at LedPulse, Omni Soundlab and Symbiotism and Christopher Manhey
______
@ Bright Festival Connect 2023, Kunstkraftwerk Leipzig.
Amazing collaborators at LedPulse, Omni Soundlab and Symbiotism and Christopher Manhey
Transformed into a synaptic architecture driven in real time by accelerometer, gyroscope, magnetometer, barometer, mic-level and ambient-light data from viewers devices.
Each voxel behaves like a micro-synapse, its hue and intensity weighted by the collective “bio-signals” of everyone inside.
Each voxel behaves like a micro-synapse, its hue and intensity weighted by the collective “bio-signals” of everyone inside.
May 27, 2025 at 12:29 PM
Transformed into a synaptic architecture driven in real time by accelerometer, gyroscope, magnetometer, barometer, mic-level and ambient-light data from viewers devices.
Each voxel behaves like a micro-synapse, its hue and intensity weighted by the collective “bio-signals” of everyone inside.
Each voxel behaves like a micro-synapse, its hue and intensity weighted by the collective “bio-signals” of everyone inside.
Working on micro-scale connectome down-sampling: pruning full HCP tractograms to ≈ 100 k fibres so a WebGPU viewer can hit 120 fps on everyday laptops.
Prototype render @ 500k ↘︎
Prototype render @ 500k ↘︎
May 27, 2025 at 12:05 PM
Working on micro-scale connectome down-sampling: pruning full HCP tractograms to ≈ 100 k fibres so a WebGPU viewer can hit 120 fps on everyday laptops.
Prototype render @ 500k ↘︎
Prototype render @ 500k ↘︎