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リュウ・ハヤブサ

リュウ・ハヤブサ

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Yooooo WTF is this!?
this is my first track of aho-cool Japanese hiphop🤣
Does anyone have other suggests?🤔
i want to hear more😂😂😂
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nodasanta

nodasanta

時には壁に閉ざされ過去を見つめ直せと暗示されて思い直す。
Sometimes, being surrounded by walls suggests that one should reconsider the past, which makes one reconsider.
#past #wall #life #nodasanta
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ねこ(星の仲間)📚

ねこ(星の仲間)📚

初めて胸を触った感想初めて胸を触った感想

回答数 96>>

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That is, the heuristics deployed to navigate the epistemic manifold of hypercomplexity simultaneously circumscribe and delimit the boundaries of intelligibility, rendering any purportedly objective metric of cognitive efficacy inherently self-negating.



Moreover, within the domain of computational epistemology, the application of modal logic to such systems reveals a bifurcation between deontic necessity and ontological contingency, wherein the modal operators governing knowledge acquisition are themselves subject to an infinite regress of meta-epistemic qualification.

This suggests that any attempt at formalizing a universal heuristic for epistemic expansion within hypercomplex systems is, in effect, tantamount to attempting a self-axiomatizing formal system—one that invariably collapses under the weight of its own meta-theoretical dependencies.


(2/3)
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tom

tom

Quantum entanglement is one of science’s most mysterious and fascinating discoveries proof that the universe may be deeply interconnected. When two particles are created together, they share a single quantum state, mirroring each other instantly no matter the distance, even across light-years.
Albert Einstein called it “spooky action at a distance,” yet countless experiments have confirmed it’s real. This phenomenon seems to ignore the speed of light, hinting that space itself might not be what it seems a continuous web rather than separate points in space.

At its core, entanglement suggests that everything in existence may be part of one unified field, connected through invisible threads of energy. From atoms to galaxies, reality might not just be around us it could be within us all.

Sources: NASA | CERN | Max Planck Institute for Quantum Optics | Scientific American | National Geographic
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金々子

金々子

The image shows a conversation in a group chat, likely about work experiences in China and Japan. Here's a breakdown of the key points:
* Domestic Work in China: Several people express dissatisfaction with their work in China, citing low pay, long hours, and a lack of opportunities for learning and growth. One person mentions feeling like 99% of their work is just "增删改查" (CRUD operations - Create, Read, Update, Delete), indicating a repetitive and unfulfilling work environment.
* Comparison to Japan: The group chat's title suggests a focus on IT professionals considering moving to Japan. The conversation highlights the perceived differences in work culture and opportunities between the two countries.
* Frustration and Burnout: The overall tone is one of frustration and burnout. The participants seem to be looking for better work-life balance and more fulfilling career paths.
* AI's Perspective: One person mentions an AI's conclusion about their situation, suggesting that AI might n
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Abdul

Abdul

1. Empathize
• Problem: Many users want to automate their homes, but SmartThings-compatible devices are often expensive or limited in local availability.
• Research: Interview homeowners, renters, and students about what smart features they want most (security, energy saving, comfort, etc.).
• Observation: Notice how people manually control appliances (switches, remotes, etc.) and identify pain points.



2. Define
• User Need Statement:
“Tech-savvy users need an affordable and easy-to-install smart home solution that works with Samsung SmartThings so they can improve comfort and efficiency without costly setup.”



3. Ideate

Brainstorm possible innovations:
• Smart plug controlled via SmartThings app.
• Motion-based lighting system.
• Leak detector that alerts via SmartThings notifications.
• Energy monitoring sensor that tracks usage and suggests savings.
• Smart fan or AC controller integrated through SmartThings Hub.



4. Prototype
• Build a low-cost IoT device (e.g., using ESP32 or Arduino with Wi-Fi).
• Connect it to the SmartThings API or hub.
• Design a mobile interface or use the SmartThings app to control it.



5. Test
• Try it with real users (e.g., hostel rooms, small offices, or homes).
• Collect feedback on ease of setup, responsiveness, and value for money.
• Refine the prototype and prepare for scaling.
Make this as human right
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