Oshoke

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Oshoke

Oshoke

@Muwaffaaq

product, motion and interaction designer. Building @nuringapp

Abuja Katılım Aralık 2017
1.3K Takip Edilen1.2K Takipçiler
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Oshoke
Oshoke@Muwaffaaq·
Alhamdulillah… I’ve wrapped up this project and submitted for review. I took a deep dive with -Relational CMS Design -Layout templates -Scroll animations I’m available for framer gigs. 🚀
Oshoke@Muwaffaaq

My first @framer template is coming to life. 📐🏙️ AXIS — A premium framework for the future of urban infrastructure. Focused on: • Structural precision • Seamless interactivity • Legible typography

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AbuMustaeina Oloye
AbuMustaeina Oloye@AbuMustaeina·
This was what led to the death of my beloved brother Ahmad last year. After reading your tweet, Walai you were lucky, you took forever to take her to the hospital, you were really lucky and she was strong also
Fatteh Hamid, MON@OgbeniAyoola

The professor that carried out the brain procedure said we were lucky that the doctor made the right call. He said most times, patients would have being treated for malaria and once the headache comes back again, the aneurysm could get ruptured. We were lucky.

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Oshoke
Oshoke@Muwaffaaq·
@diiiyyah Alright… thank you. I’ve accessed it now
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imaani
imaani@diiiyyah·
@Muwaffaaq sorry about that, it's unrestricted now
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imaani
imaani@diiiyyah·
This Semester's Hadith course covers Suicidal Ideation. Wish I could find the NGL tweet by the Brother who was going through it and share.
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Oshoke retweetledi
Uncle Beccs™️
Uncle Beccs™️@Uncle_Beccs·
I too love this club mahn ♥️
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Oshoke
Oshoke@Muwaffaaq·
We should be putting at least 3 past this Liverpool team 🙂‍↔️
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Mayowa
Mayowa@Mayoveli·
Westerners think it’s a fumble when powerful states refuse to be brutal transcontinental colonizers. This is why they can’t fathom China’s geopolitical posture even today; their entire view of China, and many other rising powers, is shaped by their own history and assumptions. These are civilizations that built reputations on dominating and suppressing others. They remember what they did to the world when they held so much power and can’t understand why others with similar power historically and even today are more restrained.
David Shapiro (L/0)@DaveShapi

For context, China had the technology for gunpowder, printing, and blue ocean exploration hundreds of years before Europe. They failed to use it. That goes beyond a generational fumble. That is a self inflicted civilizational fumble that China still hasn't made up for.

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oluwasefunmi.
oluwasefunmi.@adebola_io·
Glasses transitions, made with CSS clip-path() and inverted transforms Another day I can put off learning WebGL
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Oshoke
Oshoke@Muwaffaaq·
رَبَّنَا مَا خَلَقْتَ هَٰذَا بَاطِلًا سُبْحَانَكَ فَقِنَا عَذَابَ النَّارِ
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Oshoke
Oshoke@Muwaffaaq·
“And it is He who has made the earth subservient to you, so walk among its slopes and eat of His provision.” The more you learn of the creation, the more you learn and love the creator.
Anish Moonka@anishmoonka

50 light-years from here is a dead star made mostly of diamond. Two-thirds the size of Earth. As heavy as the Sun. The biggest diamond ever found on our planet was 3,100 carats. This one is 10 billion trillion trillion carats. Diamonds are absurdly common in space. Wood is the cosmic miracle. Carbon is the 4th most common element in the universe, after hydrogen, helium, and oxygen. Squeeze it hard enough and it turns into diamond. Inside Neptune and Uranus, the pressure is so extreme that methane in their atmospheres comes apart, and the carbon falls as diamond rain. Some of these diamonds could grow up to a meter wide. Lab experiments confirmed it in 2017, and a 2024 follow-up showed it can happen on smaller, Neptune-like planets too. Those are among the most common types of planet astronomers find outside our solar system. Take PSR J1719-1438 b. A planet 4,000 light-years from here, twice as dense as lead. As heavy as Jupiter, but less than half its size. Probably mostly crystalline carbon. A diamond planet, orbiting a tiny dead star that spins 10,000 times a minute. And nanodiamonds are everywhere, even in meteorites that land on Earth. They make up about 3% of the carbon in those rocks. Wood is harder. It needs lignin, a natural compound that turns soft plant tissue into hard wood. Lignin first appeared on Earth about 385 million years ago. Earth is 4.5 billion years old. Trees have only existed for 8.5% of our planet's history. For tens of millions of years after lignin appeared, plant matter built up in Earth's swamps faster than it could fully break down. Most of the coal humans have ever burned was once those plants. Wood needs everything: water, photosynthesis, an oxygen atmosphere, complex life, plants with veins, and finally the chemistry to build lignin. Diamonds need just two things: carbon and pressure. So far, every place we have looked in the universe has carbon and pressure. Only one place we know of has trees.

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Oshoke
Oshoke@Muwaffaaq·
And if you tried to count the blessings of Allah, you could never enumerate them
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Anish Moonka
Anish Moonka@anishmoonka·
50 light-years from here is a dead star made mostly of diamond. Two-thirds the size of Earth. As heavy as the Sun. The biggest diamond ever found on our planet was 3,100 carats. This one is 10 billion trillion trillion carats. Diamonds are absurdly common in space. Wood is the cosmic miracle. Carbon is the 4th most common element in the universe, after hydrogen, helium, and oxygen. Squeeze it hard enough and it turns into diamond. Inside Neptune and Uranus, the pressure is so extreme that methane in their atmospheres comes apart, and the carbon falls as diamond rain. Some of these diamonds could grow up to a meter wide. Lab experiments confirmed it in 2017, and a 2024 follow-up showed it can happen on smaller, Neptune-like planets too. Those are among the most common types of planet astronomers find outside our solar system. Take PSR J1719-1438 b. A planet 4,000 light-years from here, twice as dense as lead. As heavy as Jupiter, but less than half its size. Probably mostly crystalline carbon. A diamond planet, orbiting a tiny dead star that spins 10,000 times a minute. And nanodiamonds are everywhere, even in meteorites that land on Earth. They make up about 3% of the carbon in those rocks. Wood is harder. It needs lignin, a natural compound that turns soft plant tissue into hard wood. Lignin first appeared on Earth about 385 million years ago. Earth is 4.5 billion years old. Trees have only existed for 8.5% of our planet's history. For tens of millions of years after lignin appeared, plant matter built up in Earth's swamps faster than it could fully break down. Most of the coal humans have ever burned was once those plants. Wood needs everything: water, photosynthesis, an oxygen atmosphere, complex life, plants with veins, and finally the chemistry to build lignin. Diamonds need just two things: carbon and pressure. So far, every place we have looked in the universe has carbon and pressure. Only one place we know of has trees.
Ulises@UlisesDavid__

🚨 : La Tierra es el único planeta conocido que tiene árboles, lo que hace que la madera sea mucho más rara que los diamantes en todo el universo.

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Dee!
Dee!@Khadee__jatu·
Being Muslim is really not about being perfect. It’s about turning back to Allah every time you fall.
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