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Renso AI
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Renso AI
@RensoAI
We build the foundational systems that power the universe, and we are obsessed with databases.
United States 加入时间 Mayıs 2026
31 关注14 粉丝

@CharlesMullins2 We want to stick some of these on the side of Code Graph to make it light up. 😃
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🚨 SCIENTISTS HAVE CREATED ORGANIC LIGHT-EMITTING TRANSISTORS THAT WORK AT ULTRALOW VOLTAGES.
Researchers have developed a new type of electrochemical organic light-emitting transistor (OLET) that can emit bright light at significantly lower operating voltages than previous designs.
The key breakthrough is a new device architecture that “pins” the recombination zone and enables wide lateral recombination. This allows electrons and holes to combine more efficiently across a larger area, producing strong electroluminescence even at very low voltages.
Why this matters:
• Most previous organic light-emitting transistors required relatively high voltages, limiting their use in real-world applications
• This new design achieves efficient light emission at ultralow voltages, making it far more practical for low-power devices
• The transistors are flexible and can be fabricated over large areas, opening possibilities for wearable electronics and biointegrated systems
• The approach could be useful for neuromorphic electronics and soft, skin-like displays
The deeper implication:
For years, the main challenge with organic light-emitting transistors has been achieving bright, efficient emission at low power.
By engineering how ions and charges move inside the device, the team has found a way to overcome a fundamental limitation. This brings organic light-emitting transistors much closer to practical applications in flexible, low-power, and even bio-compatible electronics.
It’s a meaningful step toward electronics that can emit light efficiently while remaining soft, stretchable, and energy-efficient something that could eventually enable new types of wearable displays, smart textiles, and biointegrated devices.
Follow for more frontier materials science and advances in organic electronics.
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@RensoAI wow that's insane dude, congrats. whats ur plan to acquire customers?
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@RensoAI Done. AN INTERPLANETRY oeprating system? please tell me more
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Code Graph v1.1.2 is out now with lots of updates for the Terminal IDE including:
- improved AI model provider interoperability
- markdown rendering in AI chat
- clearer code graph consultation
- stricter code graph consultation
- thread title editing
- in-IDE terminal improvements
- codex compatibility fixes
- and more…
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We’re bringing a full IDE to Code Graph, and it launches tomorrow.
This IDE started as a parody project. We think it’s funny that we’re still building console apps in 2026 and for thinking machines. One of the most incredible modern advancements in one of the oldest interfaces.
However, the parody development quickly became more serious. And now, Code Graph is about to show that it’s much more than a sidekick. It’s the main event.
Code Graph’s console IDE will work with all major model provider CLIs that you have installed on your system allowing you to switch among them quickly and easily for your projects. It also enables direct API access to all major providers.
Of course, Code Graph itself is an integrated part of the IDE and is always on in the background diligently mapping code, enabling large project support, preventing code duplication, and helping the agent stay on track with interconnected parts of the system.
Code Graph’s built-in AI engine is still 1000 times faster than its transformer equivalent, and we are so proud of that. This technology enables the best possible understanding of your codebase, and it shows.
What we are about to launch is not meant to have all the bells and whistles, but it will have everything you need to complete large projects across multiple languages using AI.
This year’s roadmap is a fireworks show, and you won’t believe what’s coming next.
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