Wait until people hear about terminal multiplexing. 🙃
November 9, 2026 at 3:45 PM
Wait until people hear about terminal multiplexing. 🙃
SciPeeps! We are recruiting a postdoc! Please RT :-) This position is in our "multiplexing" line of research and involves Neuropixels, which we have up and running. Details below. I'll be at #APAN2026 and #SFN2026 and happy to meet with interested applicants. docs.google.com/document/d/1...
Postdoctoral Fellow Position: Multiplexing/Neuropixels
Postdoctoral Fellow Position: Multiplexing/Neuropixels Groh Laboratory Duke University, Durham NC The Groh lab at Duke University is recruiting a postdoctoral fellow to research multiplexing in the...
docs.google.com
November 5, 2026 at 5:02 PM
SciPeeps! We are recruiting a postdoc! Please RT :-) This position is in our "multiplexing" line of research and involves Neuropixels, which we have up and running. Details below. I'll be at #APAN2026 and #SFN2026 and happy to meet with interested applicants. docs.google.com/document/d/1...
collaborative terminal multiplexing with @iroh.computer!
November 3, 2026 at 8:41 PM
collaborative terminal multiplexing with @iroh.computer!
Ah yes thanks!
I was guessing some Frankenstein adapter for multiplexing 2 sticks on one port
I was guessing some Frankenstein adapter for multiplexing 2 sticks on one port
November 7, 2026 at 8:05 AM
Ah yes thanks!
I was guessing some Frankenstein adapter for multiplexing 2 sticks on one port
I was guessing some Frankenstein adapter for multiplexing 2 sticks on one port
collaborative multiplexing... is this anything?
November 1, 2026 at 3:31 PM
collaborative multiplexing... is this anything?
Multiplexing your voting is just good citizenry.
November 4, 2026 at 12:21 AM
Multiplexing your voting is just good citizenry.
AutoPlex7 (4.0.2) for avr by Nyjah
➡️ https://github.com/TechTronicsEngineering/AutoPlex7
Control seven segment displays with ease.
#ArduinoLibs #ArduinoLibraries #avrLibraries
➡️ https://github.com/TechTronicsEngineering/AutoPlex7
Control seven segment displays with ease.
#ArduinoLibs #ArduinoLibraries #avrLibraries
GitHub - TechTronicsEngineering/AutoPlex7: AutoPlex7 is an Arduino library capable of automatically multiplexing seven segment displays, providing users with effortless control over displays with up to eight digits.
AutoPlex7 is an Arduino library capable of automatically multiplexing seven segment displays, providing users with effortless control over displays with up to eight digits. - TechTronicsEngineering...
github.com
November 7, 2026 at 8:10 AM
AutoPlex7 (4.0.2) for avr by Nyjah
➡️ https://github.com/TechTronicsEngineering/AutoPlex7
Control seven segment displays with ease.
#ArduinoLibs #ArduinoLibraries #avrLibraries
➡️ https://github.com/TechTronicsEngineering/AutoPlex7
Control seven segment displays with ease.
#ArduinoLibs #ArduinoLibraries #avrLibraries
How time multiplexing improves scalability
Would you change anything in your day because of this?
aethertek.org
#consciousness #emotions #quantumphysics #biophotons #aethertek
Would you change anything in your day because of this?
aethertek.org
#consciousness #emotions #quantumphysics #biophotons #aethertek
November 8, 2026 at 12:05 PM
How time multiplexing improves scalability
Would you change anything in your day because of this?
aethertek.org
#consciousness #emotions #quantumphysics #biophotons #aethertek
Would you change anything in your day because of this?
aethertek.org
#consciousness #emotions #quantumphysics #biophotons #aethertek
📊 2026 Benchmark: Cutting Cursor & Claude MCP Token Bloat by 85% (<8k tokens, <3ms AST firewall) + Full-Stack Next.js 15, iOS/Android & AI Agent Delivery SLAs.
Compare ContextShield vs Lunar MCPX & Kong:
https://neoninnovationlab.com/solutions/cursor-40-tool-limit
Compare ContextShield vs Lunar MCPX & Kong:
https://neoninnovationlab.com/solutions/cursor-40-tool-limit
2026 MCP Gateway Benchmark & Enterprise AI Engineering Studio
85% MCP token reduction, 200+ tool multiplexing for Cursor IDE, and 1-4 week custom Web, Mobile & AI Agent sprints.
neoninnovationlab.com
November 8, 2026 at 9:35 AM
📊 2026 Benchmark: Cutting Cursor & Claude MCP Token Bloat by 85% (<8k tokens, <3ms AST firewall) + Full-Stack Next.js 15, iOS/Android & AI Agent Delivery SLAs.
Compare ContextShield vs Lunar MCPX & Kong:
https://neoninnovationlab.com/solutions/cursor-40-tool-limit
Compare ContextShield vs Lunar MCPX & Kong:
https://neoninnovationlab.com/solutions/cursor-40-tool-limit
Liu & Zhu's team at SCAU developed the AP/Exo-Cas12 toolbox, combining PapE exonuclease and BER modules with xCas12iMax to achieve up to 100% T0 biallelic editing and 4-locus multiplexing in rice. 🌾🤖 #RiceGenomics #CRISPR #Cas12iMax #JIPB2026 #SCAU #AgBiotech
November 5, 2026 at 8:13 AM
Liu & Zhu's team at SCAU developed the AP/Exo-Cas12 toolbox, combining PapE exonuclease and BER modules with xCas12iMax to achieve up to 100% T0 biallelic editing and 4-locus multiplexing in rice. 🌾🤖 #RiceGenomics #CRISPR #Cas12iMax #JIPB2026 #SCAU #AgBiotech
TCAN4x5x (1.0.0) by George Papamichail
➡️ https://github.com/Hyperion-Robotics/TCAN4x5x
A universal SPI library for the TCAN4x5x CAN-FD controller.
#ArduinoLibs #ArduinoLibraries
➡️ https://github.com/Hyperion-Robotics/TCAN4x5x
A universal SPI library for the TCAN4x5x CAN-FD controller.
#ArduinoLibs #ArduinoLibraries
GitHub - Hyperion-Robotics/TCAN4x5x: A hardware-agnostic Arduino C++ library for the Texas Instruments TCAN4550 and TCAN4x5x CAN-FD controllers, featuring a universal SPI abstraction layer and advanced pin multiplexing.
A hardware-agnostic Arduino C++ library for the Texas Instruments TCAN4550 and TCAN4x5x CAN-FD controllers, featuring a universal SPI abstraction layer and advanced pin multiplexing. - Hyperion-Rob...
github.com
November 9, 2026 at 4:30 PM
TCAN4x5x (1.0.0) by George Papamichail
➡️ https://github.com/Hyperion-Robotics/TCAN4x5x
A universal SPI library for the TCAN4x5x CAN-FD controller.
#ArduinoLibs #ArduinoLibraries
➡️ https://github.com/Hyperion-Robotics/TCAN4x5x
A universal SPI library for the TCAN4x5x CAN-FD controller.
#ArduinoLibs #ArduinoLibraries
A major update on combinatorial scaling of proteomics throughput using time-encoded multiplexing.
Mass spec proteomics has long multiplexed samples in the mass domain (using mass tags). timePlex multiplexes in the time domain, setting a new direction with new possibilities.
1/
Mass spec proteomics has long multiplexed samples in the mass domain (using mass tags). timePlex multiplexes in the time domain, setting a new direction with new possibilities.
1/
November 3, 2026 at 12:41 PM
A major update on combinatorial scaling of proteomics throughput using time-encoded multiplexing.
Mass spec proteomics has long multiplexed samples in the mass domain (using mass tags). timePlex multiplexes in the time domain, setting a new direction with new possibilities.
1/
Mass spec proteomics has long multiplexed samples in the mass domain (using mass tags). timePlex multiplexes in the time domain, setting a new direction with new possibilities.
1/
Stoichiometric Encoding of Amplification Kinetics Enables High-Level Multiplexing in Single-Channel TaqMan Real-Time PCR https://www.biorxiv.org/content/10.64898/2026.11.05.764713v1
November 6, 2026 at 12:19 PM
Stoichiometric Encoding of Amplification Kinetics Enables High-Level Multiplexing in Single-Channel TaqMan Real-Time PCR https://www.biorxiv.org/content/10.64898/2026.11.05.764713v1
Stoichiometric Encoding of Amplification Kinetics Enables High-Level Multiplexing in Single-Channel TaqMan Real-Time PCR https://www.biorxiv.org/content/10.64898/2026.11.05.764713v1
November 6, 2026 at 12:19 PM
Stoichiometric Encoding of Amplification Kinetics Enables High-Level Multiplexing in Single-Channel TaqMan Real-Time PCR https://www.biorxiv.org/content/10.64898/2026.11.05.764713v1
Didn’t know about t3 so I think you are doing alright being up to date ;)
I have been mostly multiplexing in the terminal. Before, the last full GUI I tried was the codex one.
Then I landed on Herdr and decided to stay put for a while, and I think it has been great.
I have been mostly multiplexing in the terminal. Before, the last full GUI I tried was the codex one.
Then I landed on Herdr and decided to stay put for a while, and I think it has been great.
November 7, 2026 at 1:33 PM
Didn’t know about t3 so I think you are doing alright being up to date ;)
I have been mostly multiplexing in the terminal. Before, the last full GUI I tried was the codex one.
Then I landed on Herdr and decided to stay put for a while, and I think it has been great.
I have been mostly multiplexing in the terminal. Before, the last full GUI I tried was the codex one.
Then I landed on Herdr and decided to stay put for a while, and I think it has been great.
Happy to share our updated timePlex preprint! 📄 www.biorxiv.org/content/10.1...
Time-domain multiplexing (timePlex) is orthogonal to mass-domain multiplexing (e.g. isotopic labeling w/ plexDIA), so plex scales combinatorially: 9-plexDIA × 3-timePlex = 27-plex
Time-domain multiplexing (timePlex) is orthogonal to mass-domain multiplexing (e.g. isotopic labeling w/ plexDIA), so plex scales combinatorially: 9-plexDIA × 3-timePlex = 27-plex
November 2, 2026 at 2:32 PM
Happy to share our updated timePlex preprint! 📄 www.biorxiv.org/content/10.1...
Time-domain multiplexing (timePlex) is orthogonal to mass-domain multiplexing (e.g. isotopic labeling w/ plexDIA), so plex scales combinatorially: 9-plexDIA × 3-timePlex = 27-plex
Time-domain multiplexing (timePlex) is orthogonal to mass-domain multiplexing (e.g. isotopic labeling w/ plexDIA), so plex scales combinatorially: 9-plexDIA × 3-timePlex = 27-plex
Time domain multiplexing does not require labeling analytes, which opens possibilities beyond proteomics: timePlex can speed up the analysis of many analytes, including metabolites and lipids.
📄 Preprint: doi.org/10.1101/2025...
📄 Preprint: doi.org/10.1101/2025...
doi.org
November 3, 2026 at 12:41 PM
Time domain multiplexing does not require labeling analytes, which opens possibilities beyond proteomics: timePlex can speed up the analysis of many analytes, including metabolites and lipids.
📄 Preprint: doi.org/10.1101/2025...
📄 Preprint: doi.org/10.1101/2025...
Advanced Programming in the #Unix Environment
Week 9: I/O Multiplexing
With this video, we complete our discussion of interprocess communication and move from one-to-one communications towards a more typical client-server model with a server side process capable of handling multiple […]
Week 9: I/O Multiplexing
With this video, we complete our discussion of interprocess communication and move from one-to-one communications towards a more typical client-server model with a server side process capable of handling multiple […]
Original post on mstdn.social
mstdn.social
November 8, 2026 at 7:24 PM
Advanced Programming in the #Unix Environment
Week 9: I/O Multiplexing
With this video, we complete our discussion of interprocess communication and move from one-to-one communications towards a more typical client-server model with a server side process capable of handling multiple […]
Week 9: I/O Multiplexing
With this video, we complete our discussion of interprocess communication and move from one-to-one communications towards a more typical client-server model with a server side process capable of handling multiple […]
By multiplexing our labeling strategy with distinguishable monomeric and dimeric AuNPs, we simultaneously localized AMPA and NMDA receptors, showing that they extensively intermix across the cleft and exhibit variable nanoscale alignment with observed fusion events.
November 3, 2026 at 7:28 PM
By multiplexing our labeling strategy with distinguishable monomeric and dimeric AuNPs, we simultaneously localized AMPA and NMDA receptors, showing that they extensively intermix across the cleft and exhibit variable nanoscale alignment with observed fusion events.
It was fun contributing to the FLIM workshop at @ceitec-cellimcf.bsky.social! Thanks to the #cellimteam for the invitation and the great organization!
lnkd.in/p/d9V-bux2
lnkd.in/p/d9V-bux2
#flim #cellimteam #stellaris8 #flippertr #multiplexing | Cellular Imaging Core Facility (CELLIM)
🔬 Another workshop completed at CELLIM – this time exploring the world of FLIM! ✨
Organized in collaboration with SPECION and Leica Microsystems, our Lifetime-based Bioimaging Across Cells and Tissue...
lnkd.in
November 3, 2026 at 8:32 AM
It was fun contributing to the FLIM workshop at @ceitec-cellimcf.bsky.social! Thanks to the #cellimteam for the invitation and the great organization!
lnkd.in/p/d9V-bux2
lnkd.in/p/d9V-bux2
#Highlyviewedpaper
📖 Spatial Mode Division Multiplexing of Free-Space Optical Communications Using a Pair of Multiplane Light Converters and a Micromirror Array for Turbulence Emulation
✍ By David Benton et al.
🏘️ From Aston University and Cailabs
👉 mdpi.com/2304-6732/11/3/241
#Photonics #Optics
📖 Spatial Mode Division Multiplexing of Free-Space Optical Communications Using a Pair of Multiplane Light Converters and a Micromirror Array for Turbulence Emulation
✍ By David Benton et al.
🏘️ From Aston University and Cailabs
👉 mdpi.com/2304-6732/11/3/241
#Photonics #Optics
November 4, 2026 at 9:45 AM
#Highlyviewedpaper
📖 Spatial Mode Division Multiplexing of Free-Space Optical Communications Using a Pair of Multiplane Light Converters and a Micromirror Array for Turbulence Emulation
✍ By David Benton et al.
🏘️ From Aston University and Cailabs
👉 mdpi.com/2304-6732/11/3/241
#Photonics #Optics
📖 Spatial Mode Division Multiplexing of Free-Space Optical Communications Using a Pair of Multiplane Light Converters and a Micromirror Array for Turbulence Emulation
✍ By David Benton et al.
🏘️ From Aston University and Cailabs
👉 mdpi.com/2304-6732/11/3/241
#Photonics #Optics
Haibin Tong, Luming Guo, Nana Cui, Jiang Yu: Time-Division Multiplexing: The Operational Rhythm and Temporal Organization Layer of Digital Life https://arxiv.org/abs/2611.06603 https://arxiv.org/pdf/2611.06603 https://arxiv.org/html/2611.06603
November 5, 2026 at 6:39 AM
Haibin Tong, Luming Guo, Nana Cui, Jiang Yu: Time-Division Multiplexing: The Operational Rhythm and Temporal Organization Layer of Digital Life https://arxiv.org/abs/2611.06603 https://arxiv.org/pdf/2611.06603 https://arxiv.org/html/2611.06603
Upgrade from tmux to Zellij on Ubuntu 24.04
Our SRE guide covers:
• Installing latest Rust binaries
• Fixing Vim/Neovim key conflicts
• Dynamic KDL workspace templates
• Securing web sessions via SSH tunnels
www.servermo.com/howto/instal...
#Zellij #Linux #DevOps
Our SRE guide covers:
• Installing latest Rust binaries
• Fixing Vim/Neovim key conflicts
• Dynamic KDL workspace templates
• Securing web sessions via SSH tunnels
www.servermo.com/howto/instal...
#Zellij #Linux #DevOps
November 6, 2026 at 9:49 AM
Upgrade from tmux to Zellij on Ubuntu 24.04
Our SRE guide covers:
• Installing latest Rust binaries
• Fixing Vim/Neovim key conflicts
• Dynamic KDL workspace templates
• Securing web sessions via SSH tunnels
www.servermo.com/howto/instal...
#Zellij #Linux #DevOps
Our SRE guide covers:
• Installing latest Rust binaries
• Fixing Vim/Neovim key conflicts
• Dynamic KDL workspace templates
• Securing web sessions via SSH tunnels
www.servermo.com/howto/instal...
#Zellij #Linux #DevOps
This a #vibecode claude app for multiplexing:
- Apple #SpatialVideos / #3DVideo
- Upload in #3D onto YouTube.
- Share with friends so they can watch in #VR 3D too!
- There's also a retro feel to it.
Hope you like?
macOS arm64 and Windows 11 compatible.
github.com/sebsebsebbo/...
- Apple #SpatialVideos / #3DVideo
- Upload in #3D onto YouTube.
- Share with friends so they can watch in #VR 3D too!
- There's also a retro feel to it.
Hope you like?
macOS arm64 and Windows 11 compatible.
github.com/sebsebsebbo/...
November 5, 2026 at 9:53 PM
This a #vibecode claude app for multiplexing:
- Apple #SpatialVideos / #3DVideo
- Upload in #3D onto YouTube.
- Share with friends so they can watch in #VR 3D too!
- There's also a retro feel to it.
Hope you like?
macOS arm64 and Windows 11 compatible.
github.com/sebsebsebbo/...
- Apple #SpatialVideos / #3DVideo
- Upload in #3D onto YouTube.
- Share with friends so they can watch in #VR 3D too!
- There's also a retro feel to it.
Hope you like?
macOS arm64 and Windows 11 compatible.
github.com/sebsebsebbo/...
Registration is open for @Luminex xMAP® Connect 2026 Virtual Series—a 3-part program exploring xMAP® Multiplexing Technology & its applications in research & clinical development. July 15 | Sept 23 | Nov 4 - Reserve your spot: buff.ly/mynZW82
#xMAPConnect #xMAPTechnology #Luminex #Multiplexing
#xMAPConnect #xMAPTechnology #Luminex #Multiplexing
https://buff.ly/SjozimJ
buff.ly
November 2, 2026 at 5:35 PM
Registration is open for @Luminex xMAP® Connect 2026 Virtual Series—a 3-part program exploring xMAP® Multiplexing Technology & its applications in research & clinical development. July 15 | Sept 23 | Nov 4 - Reserve your spot: buff.ly/mynZW82
#xMAPConnect #xMAPTechnology #Luminex #Multiplexing
#xMAPConnect #xMAPTechnology #Luminex #Multiplexing