RT @InertialObservr: The most elegant solution to Euler's "Basel Problem" I've ever seen 🔸The LHS can be shown to be π²/6 using standard c…
RT @InertialObservr: The most elegant solution to Euler's "Basel Problem" I've ever seen 🔸The LHS can be shown to be π²/6 using standard c…
RT @InertialObservr: The most elegant solution to Euler's "Basel Problem" I've ever seen 🔸The LHS can be shown to be π²/6 using standard c…
RT @kompuerima: Do you know where to read a more rigorous demonstration of that problem? I read that elegant form in Thomas Apostol's book…
RT @InertialObservr: The most elegant solution to Euler's "Basel Problem" I've ever seen 🔸The LHS can be shown to be π²/6 using standard c…
RT @InertialObservr: The most elegant solution to Euler's "Basel Problem" I've ever seen 🔸The LHS can be shown to be π²/6 using standard c…
Do you know where to read a more rigorous demonstration of that problem? I read that elegant form in Thomas Apostol's book a long time ago. The main idea behind the demonstration is to limit partial sums.
RT @InertialObservr: The most elegant solution to Euler's "Basel Problem" I've ever seen 🔸The LHS can be shown to be π²/6 using standard c…
RT @InertialObservr: The most elegant solution to Euler's "Basel Problem" I've ever seen 🔸The LHS can be shown to be π²/6 using standard c…
RT @InertialObservr: The most elegant solution to Euler's "Basel Problem" I've ever seen 🔸The LHS can be shown to be π²/6 using standard c…
RT @InertialObservr: The most elegant solution to Euler's "Basel Problem" I've ever seen 🔸The LHS can be shown to be π²/6 using standard c…
RT @InertialObservr: The most elegant solution to Euler's "Basel Problem" I've ever seen 🔸The LHS can be shown to be π²/6 using standard c…
RT @InertialObservr: The most elegant solution to Euler's "Basel Problem" I've ever seen 🔸The LHS can be shown to be π²/6 using standard c…
RT @InertialObservr: The most elegant solution to Euler's "Basel Problem" I've ever seen 🔸The LHS can be shown to be π²/6 using standard c…
RT @InertialObservr: The most elegant solution to Euler's "Basel Problem" I've ever seen 🔸The LHS can be shown to be π²/6 using standard c…
RT @InertialObservr: The most elegant solution to Euler's "Basel Problem" I've ever seen 🔸The LHS can be shown to be π²/6 using standard c…
RT @InertialObservr: The most elegant solution to Euler's "Basel Problem" I've ever seen 🔸The LHS can be shown to be π²/6 using standard c…
RT @InertialObservr: The most elegant solution to Euler's "Basel Problem" I've ever seen 🔸The LHS can be shown to be π²/6 using standard c…
RT @InertialObservr: The most elegant solution to Euler's "Basel Problem" I've ever seen 🔸The LHS can be shown to be π²/6 using standard c…
RT @InertialObservr: The most elegant solution to Euler's "Basel Problem" I've ever seen 🔸The LHS can be shown to be π²/6 using standard c…
RT @InertialObservr: The most elegant solution to Euler's "Basel Problem" I've ever seen 🔸The LHS can be shown to be π²/6 using standard c…
RT @InertialObservr: The most elegant solution to Euler's "Basel Problem" I've ever seen 🔸The LHS can be shown to be π²/6 using standard c…
RT @InertialObservr: The most elegant solution to Euler's "Basel Problem" I've ever seen 🔸The LHS can be shown to be π²/6 using standard c…
RT @InertialObservr: The most elegant solution to Euler's "Basel Problem" I've ever seen 🔸The LHS can be shown to be π²/6 using standard c…
FUCK CLONING WOOLLY MAMMOTHS. CLONE LEONARD EULER.
RT @InertialObservr: The most elegant solution to Euler's "Basel Problem" I've ever seen 🔸The LHS can be shown to be π²/6 using standard c…
RT @InertialObservr: The most elegant solution to Euler's "Basel Problem" I've ever seen 🔸The LHS can be shown to be π²/6 using standard c…
RT @InertialObservr: The most elegant solution to Euler's "Basel Problem" I've ever seen 🔸The LHS can be shown to be π²/6 using standard c…
RT @InertialObservr: The most elegant solution to Euler's "Basel Problem" I've ever seen 🔸The LHS can be shown to be π²/6 using standard c…
The most elegant solution to Euler's "Basel Problem" I've ever seen 🔸The LHS can be shown to be π²/6 using standard calculus techniques (cite: 𝐴 𝑝𝑟𝑜𝑜𝑓 𝑡ℎ𝑎𝑡 𝐸𝑢𝑙𝑒𝑟 𝑚𝑖𝑠𝑠𝑒𝑑: 𝑒𝑣𝑎𝑙𝑢𝑎𝑡𝑖𝑛𝑔 ζ(2) 𝑡ℎ𝑒 𝑒𝑎𝑠𝑦 𝑤𝑎𝑦) https://t.co/F6GDq4F04K https://t.co/4htpbetVCf