Yaakov Elman

Yaakov Elman (1943 – July 29, 2018) was an American professor of Talmud at Yeshiva University's Bernard Revel Graduate School of Jewish Studies where he held the Herbert S. and Naomi Denenberg Chair in Talmudic Studies. He was the founder of the field now known as Irano-Talmudica, which seeks to understand the Babylonian Talmud in its Middle-Persian context.

Prof.

Yaakov Elman
Personal
Born(1943-08-30)August 30, 1943
DiedJuly 29, 2018(2018-07-29) (aged 74)
ReligionJudaism
NationalityUnited States
DenominationOrthodox Judaism
PositionProfessor of Judaic studies at the Bernard Revel Graduate School
OrganizationYeshiva University
ResidenceBrooklyn, New York

Education

Elman received his MA in Assyriology from Columbia University and his PhD in Talmud from New York University.

Publications

Authored:

  • Authority and Tradition: Toseftan Baraitot in Talmudic Babylonia
  • The Living Nach: The Early Prophets, The Later Prophets
  • Reading the Hebrew Bible: Two Millennia of Jewish Biblical Commentary

Edited:

  • Transmitting Jewish Traditions: Orality, Textuality, and Cultural Diffusion (Studies in Jewish Culture and Society)
  • Dream Interpretation from Classical Jewish Sources
  • Immortality, Resurrection and the Age of the Universe: A Kabbalistic View
  • Why Jews Do What They Do: The History of Jewish Customs Throughout the Cycle of the Jewish Year
  • Hazon Nahum: Studies in Jewish Law, Thought, and History

Research interests

His research interests centered around Talmud and rabbinic literature of nearly all periods and genres, including rabbinic theology, unfolding systems of rabbinic legal exegesis, and the cultural context of classical rabbinic texts. He researched the relation of the Babylonian Jewish community of Talmudic times to the surrounding Middle Persian culture and religions.

gollark: The $5 price for Pi0s is actually a lie.
gollark: It's kind of funny that the entire RPi3 GPU has less throughput than a single core of my CPU.
gollark: Exactly.
gollark: > The VideoCore IV GPU, in the configuration as found in the Raspberry Pi models, has a theoretical maximum performance of 24 GPFLOS and is therefore very powerful in comparison to the host CPU. The GPU (which is located on the same chip as the CPU) has 12 cores, able of running independent instructions each, supports a SIMD vector-width of 16 elements natively and can access the RAM directly via DMA.So obviously ALL should write code for the VC4.
gollark: Good ideaeae!

See also

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