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春夏秋冬 鈴(ひととせ りん)
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春夏秋冬 鈴(ひととせ りん)
@hitotoserin
漫画家。 レディーズメイド全②巻。 紅殻のパンドラ(原案:士郎正宗 原作:六道神士 作画:春夏秋冬 鈴)全㉖巻。 「ぐがぐもぐるてん」青騎士にて連載中(,,Ծ ‸ Ծ,,)
福岡 Katılım Mayıs 2015
1.7K Takip Edilen35.8K Takipçiler
春夏秋冬 鈴(ひととせ りん) retweetledi

A 40-year-old patent has finally been brought to life.
That's the Y-zipper.
A 3D-printed three-sided fastener that transitions any object from flexible to rigid and back again.
The robotics application is the one that caught my attention.
A quadruped robot that adjusts its leg stiffness depending on terrain, switching between rigid and flexible in real time without additional motors or complex mechanical systems.
But this goes way beyond robotics. A wrist cast that loosens during the day and stiffens at night. A tent that pops into shape in 90 seconds instead of six minutes.
The idea sat in a patent filing for four decades. It took 3D printing to finally make it real.
~~
♻️ Join the weekly robotics newsletter, and never miss any news → ziegler.substack.com
English
春夏秋冬 鈴(ひととせ りん) retweetledi

【未確認飛行物体】米国防総省、UFOなど161点の資料公開
news.livedoor.com/article/detail…
国防総省は「政府として現象の性質が判断できていない事例」として、写真や動画、文書など161点を公開。日本周辺で目撃された飛行物体の映像も含まれている。

日本語
春夏秋冬 鈴(ひととせ りん) retweetledi
春夏秋冬 鈴(ひととせ りん) retweetledi

🚨 BREAKING:
Scientists just learned how to control magnetism at the atomic level.
Not materials.
Not circuits.
Individual spin patterns.
Read that again.
Instead of using electric charge…
they’re using the spin of electrons to store and process data.
And it gets crazier:
They can create tiny magnetic whirlpools
called skyrmions…
that move with almost no energy
and can store massive amounts of data
This means:
Faster computers
Lower power usage
Ultra-dense memory
But the real shift is this:
We’re not just building electronics anymore…
we’re engineering structure at the smallest possible scale.
So the real question is:
If information can be stored in spin itself…
what limits computation?
Follow me I’m tracking where physics becomes technology.
English
春夏秋冬 鈴(ひととせ りん) retweetledi

1万1000カラットの巨大ルビー、ミャンマーで発見-重さ2.2キログラム bloomberg.com/jp/news/articl…
日本語
春夏秋冬 鈴(ひととせ りん) retweetledi
春夏秋冬 鈴(ひととせ りん) retweetledi
春夏秋冬 鈴(ひととせ りん) retweetledi
春夏秋冬 鈴(ひととせ りん) retweetledi
春夏秋冬 鈴(ひととせ りん) retweetledi
春夏秋冬 鈴(ひととせ りん) retweetledi
春夏秋冬 鈴(ひととせ りん) retweetledi

🚨BREAKING Scientists just observed a new kind of wave that could become the next information carrier.
Not electrons.
Not photons.
Not magnons.
Ferrons.
A ferron is a wave of electric polarization moving through a ferroelectric material.
Basically:
If a magnon is a ripple in magnetism…
a ferron is a ripple in electric order.
For years, ferrons were mostly theoretical.
Now researchers report coherent ferron emission and propagation in van der Waals ferroelectrics.
The breakthrough:
Laser pulses triggered narrow-band terahertz emission and launched long-lived polarization waves along the material’s polar axis.
That means electric order itself can carry coherent wave information.
Why this matters:
• terahertz emitters
• ultrafast electronics
• ferronic computing
• coherent electric control
• new information-processing devices
The deeper point:
We are learning how to use the hidden collective motions of matter.
Spin gave us spintronics.
Charge gave us electronics.
Now polarization may give us ferronics.
Follow me if you want the newest breakthroughs in physics, quantum tech, AI, and the hidden structures shaping reality.
English
春夏秋冬 鈴(ひととせ りん) retweetledi
春夏秋冬 鈴(ひととせ りん) retweetledi
春夏秋冬 鈴(ひととせ りん) retweetledi
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