An Editors' Pick via #OPG_OL: Low-loss ultra-compact photonic bends with enhanced fabrication tolerance for commercial foundry processes https://bit.ly/4AmyXo9 #InverseDesign #WaveguideModes 💡⚛️
September 24, 2026 at 3:30 PM
An Editors' Pick via #OPG_OL: Low-loss ultra-compact photonic bends with enhanced fabrication tolerance for commercial foundry processes https://bit.ly/4AmyXo9 #InverseDesign #WaveguideModes 💡⚛️
💡 Rethinking Inverse Design
In the evening keynote, Steven G. Johnson (MIT) discussed how allowing "unphysical" models during optimization can lead to improved solutions that can then be translated back into physically realizable designs. #3DMM2O #InverseDesign
In the evening keynote, Steven G. Johnson (MIT) discussed how allowing "unphysical" models during optimization can lead to improved solutions that can then be translated back into physically realizable designs. #3DMM2O #InverseDesign
March 23, 2026 at 8:44 PM
💡 Rethinking Inverse Design
In the evening keynote, Steven G. Johnson (MIT) discussed how allowing "unphysical" models during optimization can lead to improved solutions that can then be translated back into physically realizable designs. #3DMM2O #InverseDesign
In the evening keynote, Steven G. Johnson (MIT) discussed how allowing "unphysical" models during optimization can lead to improved solutions that can then be translated back into physically realizable designs. #3DMM2O #InverseDesign
Researchers achieved 500x miniaturization of silicon nitride photonic components using computational inverse design, creating mirrors with 98.5% reflectivity and enabling denser integrated circuits for quantum and photonic applications.
#InverseDesign #QuantumPhotonics #News
#InverseDesign #QuantumPhotonics #News
500x Smaller Silicon Nitride Photonics via Inverse-Design Algorithm
iq.fp2.dev
July 25, 2026 at 4:05 PM
Researchers achieved 500x miniaturization of silicon nitride photonic components using computational inverse design, creating mirrors with 98.5% reflectivity and enabling denser integrated circuits for quantum and photonic applications.
#InverseDesign #QuantumPhotonics #News
#InverseDesign #QuantumPhotonics #News
AI just designed a chip that outperforms years of human craftsmanship—and it looks like abstract art. Forget symmetry, this breakthrough uses to create chaotic #AIengineered #inversedesign
https://synapseglass.wordpress.com/2026/06/24/ai-designs-chips-outperforming-human-engineers/
https://synapseglass.wordpress.com/2026/06/24/ai-designs-chips-outperforming-human-engineers/
AI designs chips outperforming human engineers
AI designs chips outperforming human engineers
synapseglass.wordpress.com
June 24, 2026 at 4:12 PM
AI just designed a chip that outperforms years of human craftsmanship—and it looks like abstract art. Forget symmetry, this breakthrough uses to create chaotic #AIengineered #inversedesign
https://synapseglass.wordpress.com/2026/06/24/ai-designs-chips-outperforming-human-engineers/
https://synapseglass.wordpress.com/2026/06/24/ai-designs-chips-outperforming-human-engineers/
An Editors' Pick via #OPG_JOSA_A: Linearizing phase retrieval: the theory of near-focus interference https://bit.ly/4yw6bzD #PhaseReconstruction#InverseDesign 💡⚛️
September 8, 2026 at 2:12 PM
An Editors' Pick via #OPG_JOSA_A: Linearizing phase retrieval: the theory of near-focus interference https://bit.ly/4yw6bzD #PhaseReconstruction#InverseDesign 💡⚛️
OptiClear fixes design rule violations in inverse-designed photonic devices, reducing violations from thousands to zero while preserving optical functionality through morphological operations and differentiable optimization.
#PhotonicDesign #InverseDesign #Research
#PhotonicDesign #InverseDesign #Research
OptiClear: Design Rule Legalization for Photonic Inverse-Designed Devices
arxiv.org
July 7, 2026 at 12:26 PM
OptiClear fixes design rule violations in inverse-designed photonic devices, reducing violations from thousands to zero while preserving optical functionality through morphological operations and differentiable optimization.
#PhotonicDesign #InverseDesign #Research
#PhotonicDesign #InverseDesign #Research
An Editors' Pick via #OPG_OL: A multifunctional metalens based on inverse design for nuclear magnetic resonance co-magnetometers https://bit.ly/4sKbA3D #Metasurface #InverseDesign💡⚛️
April 6, 2026 at 3:04 PM
An Editors' Pick via #OPG_OL: A multifunctional metalens based on inverse design for nuclear magnetic resonance co-magnetometers https://bit.ly/4sKbA3D #Metasurface #InverseDesign💡⚛️
🔬💡🧠 AI Models Generate Over A Million Material Narratives To Improve Discovery Of New Materials www.azoai.com/news/2024100... #AIdiscovery #MaterialsScience #SolidStateMaterials #DataInnovation #MaterialsResearch #ArtificialIntelligence #GNNmodel #GPT4 #InverseDesign #AI #Science
AI Models Generate Over A Million Material Narratives To Improve Discovery Of New Materials
Researchers created 1.5 million AI-generated material narratives to address biases in materials science, enabling a more balanced exploration of solid-state materials for new applications.
www.azoai.com
October 3, 2024 at 2:15 AM
🔬💡🧠 AI Models Generate Over A Million Material Narratives To Improve Discovery Of New Materials www.azoai.com/news/2024100... #AIdiscovery #MaterialsScience #SolidStateMaterials #DataInnovation #MaterialsResearch #ArtificialIntelligence #GNNmodel #GPT4 #InverseDesign #AI #Science
Generative inverse design of RNA structure and function with gRNAde
Gianni, E. et al.
Paper
Details
#RNAengineering #gRNAde #inversedesign
Gianni, E. et al.
Paper
Details
#RNAengineering #gRNAde #inversedesign
December 18, 2025 at 9:01 AM
Generative inverse design of RNA structure and function with gRNAde
Gianni, E. et al.
Paper
Details
#RNAengineering #gRNAde #inversedesign
Gianni, E. et al.
Paper
Details
#RNAengineering #gRNAde #inversedesign