tensor product of Hilbert spaces

Summary

tensor product of Hilbert spaces is a binary operation^[1]. It draws 52 Wikipedia views per month (binary_operation category, ranking #11 of 29).^[2]

Key Facts

• tensor product of Hilbert spaces's instance of is recorded as binary operation^[3].
• tensor product of Hilbert spaces's subclass of is recorded as tensor product^[4].
• tensor product of Hilbert spaces's Freebase ID is recorded as /m/04_1n3s^[5].
• tensor product of Hilbert spaces's defining formula is recorded as \begin{aligned}\mathcal H\otimes_\mathrm{Hilb}\mathcal H'&=\overline{\mathcal H\otimes_{\mathbb C}\mathcal H'}\\langle x\otimes x',y\otimes y\rangle_{\mathcal H\otimes_\mathrm{Hilb}\mathcal H'}&=\langle x,y\rangle_{\mathcal H}\langle x',y'\rangle_{\mathcal H'}\end{aligned}^[6].
• tensor product of Hilbert spaces's maintained by WikiProject is recorded as WikiProject Mathematics^[7].
• tensor product of Hilbert spaces's Microsoft Academic ID is recorded as 93776189^[8].
• tensor product of Hilbert spaces's in defining formula is recorded as \mathcal H^[9].
• tensor product of Hilbert spaces's in defining formula is recorded as \mathcal H'^[10].
• tensor product of Hilbert spaces's in defining formula is recorded as \otimes_\mathrm{Hilb}^[11].
• tensor product of Hilbert spaces's in defining formula is recorded as \otimes_{\mathbb C}^[12].
• tensor product of Hilbert spaces's in defining formula is recorded as \overline{\quad}^[13].
• tensor product of Hilbert spaces's OpenAlex ID is recorded as C93776189^[14].

Why It Matters

tensor product of Hilbert spaces draws 52 Wikipedia views per month (binary_operation category, ranking #11 of 29).^[2] It has Wikipedia articles in 5 language editions, a strong signal of global cultural recognition.^[15]