我々のインタラクションデザイナーである Alla Kholmatova が FutureLearn での Atomic Design の利用の状況について考察します。 1年前、私たちは FutureLearn での最初のパターンライブラリ開発について、そしてなぜ我々が Atomic Design を使うことになったのかについて著しました。 全般的に、Atomic Design は我々のチーム内でうまく機能しています。それはインターフェイスの理解の共有や、さらなるモジュール化への移行、我々のデザイン言語の進化などに貢献しました。 Atomic Design におけるいくつかのコンセプトについては最初から明確でしたが、その他はあいまいに感じていました。例えば、我々の理解がまだ不十分な分野は、molecules と organisms の違いについてです。 Brad Frost は、molecu
Atomic Design の理解 : molecules と organisms をどのように分割するか - 海外のイケてるテックニュースを翻訳するよ
Original: Making sense of atomic design: molecules and organisms by Alla Kholmatova 本記事は、原著者の許諾のもとに翻訳・掲載しています。 frasco.io 👆こちらに移転しました。 我々のインタラクションデザイナーである Alla Kholmatova が FutureLearn での Atomic Design の利用の状況について考察します。 1年前、私たちは FutureLearn での最初のパターンライブラリ開発について、そしてなぜ我々が Atomic Design を使うことになったのかについて著しました。 全般的に、Atomic Design は我々のチーム内でうまく機能しています。それはインターフェイスの理解の共有や、さらなるモジュール化への移行、我々のデザイン言語の進化などに貢献しました
Become a top spotter! Grab a photograph of an interesting organism and share it with the community. Birds of the World There are over 10,000 living species of birds on the planet. They can be found in ecosystems across ...
Solar-Powered Sea Slugs: The Rare Organisms with Plant-Like Qualities
Solar-Powered Sea Slugs: The Rare Organisms with Plant-Like Qualities Meet the Elysia chlorotica, a bright green sacoglossa found along the Atlantic coast of North America that's earned the title of “solar-powered sea slug” for its ability to produce its own energy with sunlight and the chloroplasts that it sucks off of algae. This unusual process, which is similar to photosynthesis, is known as k
Evolving Simple Organisms using a Genetic Algorithm and Deep Learning from Scratch with Python
Evolving Simple Organisms using a Genetic Algorithm and Deep Learning from Scratch with Python TL;DR - Learn how to evolve a population of simple organisms each containing a unique neural network using a genetic algorithm. IntroductionA few weeks ago I got pretty deep into a late night YouTube rabbit hole, and somewhere around evolving soft body robots, I came across this video (here). I’m not sur
ユニセフ：フォトエッセイ- [Using efficient micro-organisms[EMO] to sanitise Bubugwnda transit site foe refugees.]難民キャンプでのEM菌活用 | EM（微生物）の力で環境を守る
ユニセフ：フォトエッセイ- [Using efficient micro-organisms[EMO] to sanitise Bubugwnda transit site foe refugees.]難民キャンプでのEM菌活用 unicef：PHOTO ESSAY https://www.unicef.org/uganda/13340.html Using efficient micro-organisms[EMO] to sanitise Bubugwnda transit site foe refugees. Sanitation committee members measure out efficient micro-organisms (EMO) to be used to spray and sanitise dozens of latrines in Bukubwanga
![ユニセフ：フォトエッセイ- [Using efficient micro-organisms[EMO] to sanitise Bubugwnda transit site foe refugees.]難民キャンプでのEM菌活用 | EM（微生物）の力で環境を守る](https://cdn-ak-scissors.b.st-hatena.com/image/square/351e6f8e49520c5821a173a9cfd54dadd82d8dfc/height=288;version=1;width=512/http%3A%2F%2Fimg-cdn.jg.jugem.jp%2F224%2F2986855%2F20170324_1855452.png)
A scalable pipeline for designing reconfigurable organisms | PNAS
View ORCID ProfileSam Kriegman, Douglas Blackiston, Michael Levin, and Josh Bongard aDepartment of Computer Science, University of Vermont, Burlington, VT 05405;bDepartment of Biology, Tufts University, Medford, MA 02153;cAllen Discovery Center, Tufts University, Medford, MA 02153;dWyss Institute for Biologically Inspired Engineering, Harvard University, Boston, MA 02115
Experiments in the Revival of Organisms : Techfilm Studio, Moscow : Free Download, Borrow, and Streaming : Internet Archive
Can You Chip In? Dear Patron: Please don't scroll past this. The Internet Archive is a nonprofit fighting for universal access to quality information. We build and maintain all our own systems, but we don’t charge for access, sell user information, or run ads. Instead, we're powered by online donations averaging $15.58. We'd be deeply grateful if you'd join the one in a thousand users that support
Tiny Shrimp-like Organisms Try to Illuminate the Insides of Fish That Eat Them — Colossal
No, these aren’t light vomiting fish, though you would be forgiven for thinking so because that’s exactly what it looks like. What you’re seeing is the defense mechanism of a tiny crustacean called an ostracod, a shrimp-like organism about 1mm in size that some fish accidentally eat while hunting for plankton. When eaten by a translucent cardinalfish, the ostracod immediately releases a biolumines
生物名検索： 登録されている全生物の学名、別名、和名から種情報の検索を行う事ができます。 （和名、別名の場合は全角カタカナでご入力ください）
KEGG Organisms: Complete Genomes
KEGG Organisms: Complete Genomes Eukaryotes: 1042 Bacteria: 8479 Archaea: 435
ソビエトでの動物実験。犬の生首に人工心臓をつなぐとありゃ不思議。まばたきはするは鼻を刺激するとペロペロ舐めるわ・・。人間も殺人事件なんかで死体から生首を残してこうすれば犯人を被害者の口から証言してもらえるかもね。一応映像はパブリック・ドメインってことで、どぞー。
Nasa revives 'weird life forms' trapped inside crystals for 60,000 years, raising hopes of finding alien organisms in space
Researcher Mario Corsalini stands by giant gypsum rosette crystals in the Naica mine in Chihuahua, Mexico Credit: Penelope J Boston/PA Lifeforms which have been living inside crystals for up to 60,000 years have been revived by NASA, raising hopes that alien organisms could be found in extreme environments on other planets. Penelope Boston, the director of NASA's Astrobiology Institute, and her te
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Atomic Design の理解 : molecules と organisms をどのように分割するか - Frasco
Project Noah | Networked Organisms And Habitats
-AQUATIC ORGANISMS-
Experiments in the Revival of Organisms
30604-2)
‘Model organisms’ in the light of evolution: Current Biology