9️⃣︎𓊝6️⃣ℓ 𝑒ℹ️📚𝑺ℏυ🔮

@chesterzelaya Pseudocode is indifferent to 'data'—it's all about the clarity of the 'logic.' Regardless of the input, if the logic is broken, it's just a roadmap to an infinite loop.

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chester@chesterzelaya·22h

you can literally engineer yourself by choosing different nutritions

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θ is the half-angle, not the vertex angle.

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【📢新製品情報】デジタルギャップキャリパ　GDG-F-SC 段差を一発測定できるギャップキャリパに、ケガキ作業ができるスクライバタイプが登場🙌 段差測定にミニハイトゲージとしてもご使用いただけます✨ 💁詳細はこちら niigataseiki.co.jp/blog/2026/04/1…

The operating principle of a gap gauge: The gap width is calculated as the product of the taper's longitudinal displacement and the tangent of its angle (θ).

新潟精機株式会社@niigataseiki

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Zane Hengsperger@zanehengsperger

@zanehengsperger Structuring and setting up industry and supply chains.

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Zane Hengsperger@zanehengsperger·22h

best way to fund these companies?

x.com/i/article/2045…

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Micheál Ganley@GanleyMicheal

Sense of lostness during the industrial restructuring in the 1980s.

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9️⃣︎𓊝6️⃣ℓ 𝑒ℹ️📚𝑺ℏυ🔮@ZenvoAuto·23h

Bethlehem works. 🏭 🌉

Watch this space. We’re working on big things @BethlehemSteel. Can’t wait to share more.

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The most fundamental layer of AI model inference is often written in C++ or CUDA (an extension of C) to ensure extremely high computational efficiency.

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Independent of the programming language, linear algebra (including matrix transformations, rotations, and translations) remains a constant. The essence of Lidar technology lies in coordinate transformation. 🛰️📡

Elon Musk@elonmusk

People oddly assumed that I didn’t understand LiDAR, even though I oversaw the custom LiDAR development that Dragon uses to dock with the Space Station

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@BethlehemSteel Bethlehem Steel developed the wide-flange structural shape. This "H-beam" is deeper and wider than the traditional "I-beam," allowing it to support significantly greater weight and directly ushering in the era of the modern skyscraper.

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Bethlehem Steel@BethlehemSteel·10 Nis

Bethlehem Steel is back.

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China Military Bugle@ChinaMilBugle

One of my coworkers comes to mind—he is a Baotou native from 🇨🇳Inner Mongolia. 🕊🕊🕊🕊🕊🕊

On April 19, the Chinese PLA Eastern Theater Command dispatched a naval task force headed by the Type-052D guided-missile destroyer #Baotou (Hull 133) to transit Yokoate Waterway and conduct training in the Western Pacific, in order to test the troops’ far-seas operations capabilities. This routine training complies with international law and practice. #Yokoate #YokoateWaterway #WesternPacific #ChinaMilBugle #ChinaMilitary

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From the infinitesimal Planck length to the vast 93-billion-light-year observable universe, this journey brings abstract scientific data to life. It turns cold units and physical constants into something truly captivating and intuitive. #UniversalZoom

百年前新聞@100nen_

#UniversalZoom が日本語対応してましたいろんなものの大きさを比較するだけと言えばそれだけなんですけど太陽の大きさに驚いたあと北極星に驚いてベテルギウスに驚きます有料ですけど買う価値ありですスマホに入ってるアプリで一番好きかもしれませんちなみに左に行くとミクロの世界です

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9️⃣︎𓊝6️⃣ℓ 𝑒ℹ️📚𝑺ℏυ🔮@ZenvoAuto·2d

WIMPs are not concentrated in localized deposits on planets; rather, they exist in a diffuse state, permeating the galactic structure.

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9️⃣︎𓊝6️⃣ℓ 𝑒ℹ️📚𝑺ℏυ🔮@ZenvoAuto

CDEX？ @chuanwen15

@U15ca @UofT Germanium Crystal.@Germanium154223

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9️⃣︎𓊝6️⃣ℓ 𝑒ℹ️📚𝑺ℏυ🔮@ZenvoAuto·2d

@tetsuoai Isn't that a bit too shallow?

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tetsuo@tetsuoai·3d

Falcon Heavy just got its first Mars rover mission. 🚀 NASA just selected SpaceX's Falcon Heavy to launch ESA's Rosalind Franklin Mars rover mission, targeting no earlier than late 2028. Rosalind Franklin is built to drill up to 2 meters below the Martian surface in search of signs of past or present life.

SpaceX@SpaceX

Falcon Heavy will launch the Rosalind Franklin rover to Mars in late 2028

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9️⃣︎𓊝6️⃣ℓ 𝑒ℹ️📚𝑺ℏυ🔮@ZenvoAuto·2d

@Hitachi_ht_en Nissei Sangyo Co., Ltd.

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Hitachi High-Tech Corporation@Hitachi_ht_en·2d

Hitachi High-Tech History Story #1 Hello humans! 🌏 The roots of Hitachi High-Tech go back to Tokyo in the 1940s. A tiny beginning in a city recovering from the war… it’s a story that warms the heart ˂( ╹ ‿ ╹ )˃

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@U15ca @UofT Germanium Crystal.@Germanium154223

U15 Canada@U15ca·3d

U of T physicists achieve frigid milestone with experiment deep in a Sudbury mine. Achieving ultra-cold temperatures in necessary for the international SuperCDMS experiment to detect dark matter in the universe. utoronto.ca/news/u-t-physi… #CdnPSE @UofT

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