Boris Andrews
@borisandrews.bsky.social
PhD (DPhil) in maths (numerical methods for PDEs) || Oxford 🎓 / Blackburn 🏵️ || Unofficial 2023 UK 7 Wonders champion
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Boris Andrews
@borisandrews.bsky.social
· Jan 23
1/
The results of this work are (to me) super exciting!
They demonstrate how vital it is, when designing a numerical simulation, that you preserve your conservation and dissipation laws from the CONTINUOUS 🤔 level to the DISCRETE 🖥️.
The results of this work are (to me) super exciting!
They demonstrate how vital it is, when designing a numerical simulation, that you preserve your conservation and dissipation laws from the CONTINUOUS 🤔 level to the DISCRETE 🖥️.
M*sk taking control of Twitter:
February 28, 2025 at 3:07 AM
M*sk taking control of Twitter:
1/
The results of this work are (to me) super exciting!
They demonstrate how vital it is, when designing a numerical simulation, that you preserve your conservation and dissipation laws from the CONTINUOUS 🤔 level to the DISCRETE 🖥️.
The results of this work are (to me) super exciting!
They demonstrate how vital it is, when designing a numerical simulation, that you preserve your conservation and dissipation laws from the CONTINUOUS 🤔 level to the DISCRETE 🖥️.
January 23, 2025 at 12:17 PM
1/
The results of this work are (to me) super exciting!
They demonstrate how vital it is, when designing a numerical simulation, that you preserve your conservation and dissipation laws from the CONTINUOUS 🤔 level to the DISCRETE 🖥️.
The results of this work are (to me) super exciting!
They demonstrate how vital it is, when designing a numerical simulation, that you preserve your conservation and dissipation laws from the CONTINUOUS 🤔 level to the DISCRETE 🖥️.