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A pulsar is a very dense, very compact star. Most often a remnant after a supern...

Piotr Kosek: "A pulsar is a very dense, very compact star. Most often a remnant after a supernova explosion, it has sizes of 10, 20 k, several kilometers,..." — True

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📅 02.02.2026 · Einstein wątpił w ich istnienie. Dowód mniejszy niż 1/1... · 👁️ 4

True. Piotr Kosek's claim is true. Pulsars are indeed very dense and compact neutron stars, remnants of supernova explosions. Their sizes typically range from about 10-20 kilometers in diameter, and their mass is greater than...

"A pulsar is a very dense, very compact star. Most often a remnant after a supernova explosion, it has sizes of 10, 20 k, several kilometers, but a mass, a mass greater than the mass of the sun. density at the level of nuclear density 10 to the 14 kg per cubic centimeter, these are like individual neutrons packed next to each other." "Pulsar jest bardzo gęstą, bardzo zwartą gwiazdą. Pozostałością najczęściej po wybuchu supernowej ma rozmiary 10, 20 k, kilkunastu kilometrów, ale za to masę, masę większą niż masa słońca. gęstość na poziomie gęstości jądrowej 10 do 14 kog na każdy centymetr sześcienny to są takie no pojedyncze neutrony są tam upchane jeden obok drugiego."
🌐 (Machine-translated — original in Polish) · Original in Polishuage
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Transcript excerpt

Oryginał w języku Polskim Open on YouTube

Bardzo szybko analizując te jego milisekundowy, to znaczy, że że okres kiedy docierają do nas te poszczególne piki jest poniżej milisekundy, czyli czyli albo pojedyncze milisekundy. Z kolei jakby żeby sobie wyobrazić co to oznacza, no to dla tych, którzy podejrzewam, że jest was mało, ale dla tych, którzy nie wiedzą, Pulsar jest bardzo gęstą, bardzo zwartą gwiazdą. Pozostałością najczęściej po wybuchu supernowej ma rozmiary 10, 20 k, kilkunastu kilometrów, ale za to masę, masę większą niż masa słońca. gęstość na poziomie gęstości jądrowej 10 do 14 kog na każdy centymetr sześcienny to są takie no pojedyncze neutrony są tam upchane jeden obok drugiego i >> tu warto właśnie to zrozumieć też nie że zobacz że mamy atomy i to że jak nie wiem coś ma jakąś tam swoją masę i tak dalej wynika z tego, że na przykład ma bardziej masywne te atomy tak więcej jest tego upakowanego materiału tam większa też jest kinetyka tego tego wszystkiego całego układu, ale zobacz, że większość tak naprawdę to jest pustka.

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