Forwarded from AI Programming
Bereket is being nominated for Outstanding Contribution from a New Arrival for his impactful work on BetterAuth, which is making authentication simpler and helping many developers.
The community has already started nominating him. Let’s add our support.
📅 Nominations close Sept 19
Nominate Bereket 👉 here.
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There are a lot of new year resolutions i have in mind, I will defo make it this time.
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How does it feel being 20 and beyond? Im genuinely asking for advice and a different POV i should be aware of... Pass if you are a teen😅
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When you feel overwhelmed, writing down everything that’s weighing on your mind can relieve half of the burden.
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Linear algebra just might be the crown jewel of mathematics. Foundational to quantum mechanics, machine learning, robotics, and key areas of physics like particle physics, its principles underpin some of the most transformative fields of science and technology. It will continue to be.
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Do you think we (humans) are closer in size to the largest thing in the universe (the observable universe) or to the smallest thing in the universe (the planck's length)
Anonymous Poll
38%
Option A
62%
Option B
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Henok
Do you think we (humans) are closer in size to the largest thing in the universe (the observable universe) or to the smallest thing in the universe (the planck's length)
If you compare our size to the grand scale of existence, humans sit in a surprisingly “middle” position. The observable universe stretches about 10²⁶ meters across (or in astronomical terms, 90 billion light years), while the smallest possible unit of length (the Planck length) is just 10⁻³⁵ meters. That means we’re only 26 powers of ten away from the largest thing, but 35 powers of ten away from the smallest. In other words, we are closer in size to the entire universe than to the tiniest building block of reality. Even atoms and protons are far nearer to us than the Planck scale.
Simply put, we are about 1,000,000,000 times closer in size to the observable universe than to the smallest meaningful length in physics🤯
Simply put, we are about 1,000,000,000 times closer in size to the observable universe than to the smallest meaningful length in physics🤯
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