Frobenius algebra

Summary

Frobenius algebra is a mathematical concept^[1]. It draws 40 Wikipedia views per month (mathematical_concept category, ranking #222 of 1,007).^[2]

Key Facts

• Frobenius algebra is credited with the discovery of Richard Brauer^[3].
• Frobenius algebra is credited with the discovery of Cecil J. Nesbitt^[4].
• Frobenius algebra's instance of is recorded as mathematical concept^[5].
• Ferdinand Georg Frobenius is named after Frobenius algebra^[6].
• Frobenius algebra's subclass of is recorded as algebraic structure^[7].
• Frobenius algebra's Freebase ID is recorded as /m/05z341^[8].
• Frobenius algebra's Stack Exchange tag is recorded as https://mathoverflow.net/tags/frobenius-algebras^[9].
• Frobenius algebra's defining formula is recorded as \langle xy,z\rangle=\langle x,yz\rangle^[10].
• Frobenius algebra's nLab ID is recorded as Frobenius algebra^[11].
• Frobenius algebra's Microsoft Academic ID is recorded as 180950851^[12].
• Frobenius algebra's in defining formula is recorded as \langle~,~\rangle^[13].
• Frobenius algebra's OpenAlex ID is recorded as C180950851^[14].
• Frobenius algebra's underlying structure is recorded as associative algebra^[15].
• Frobenius algebra's underlying structure is recorded as bilinear form^[16].

Body

Works and Contributions

Credited discoveries include Richard Brauer^[3], a mathematician^[17], 1901–1977^[18], of Germany^[19], awarded the Guggenheim Fellowship^[20], specialised in group theory^[21] and Cecil J. Nesbitt^[4], an actuary^[22], 1912–2001^[23], of Canada^[24].

Why It Matters

Frobenius algebra draws 40 Wikipedia views per month (mathematical_concept category, ranking #222 of 1,007).^[2] It has Wikipedia articles in 6 language editions, a strong signal of global cultural recognition.^[25]