Author

Novak, John

INSPIRE profile2901860 ORCID0009-0005-1997-1899

3 papers·180 citations in this corpus

	Paper	Category
May 6, 2024#52405.02255	Response of strongly coupled fermions on classical and quantum computers John Novak · Manqoba Q. Hlatshwayo · Elena Litvinova	nucl-th	—	5
Sep 20, 2023#12309.10179	Quantum benefit of the quantum equation of motion for the strongly coupled many-body problem Manqoba Q. Hlatshwayo🇺🇸 · John Novak🇺🇸 · Elena Litvinova🇺🇸	nucl-th	PRC	14
Mar 26, 2013#1*1303.5769	Determining Fundamental Properties of Matter Created in Ultrarelativistic Heavy-Ion Collisions John Novak🇺🇸 · Kevin Novak🇺🇸 · Scott Pratt🇺🇸 · J. Vredevoogd🇺🇸 · Chris Coleman-Smith🇺🇸 · Robert Wolpert🇺🇸	nucl-th	PRC	161

Response of strongly coupled fermions on classical and quantum computers
John Novak · Manqoba Q. Hlatshwayo · Elena Litvinova
May 6, 2024#5nucl-th5 citations
Quantum benefit of the quantum equation of motion for the strongly coupled many-body problem
Manqoba Q. Hlatshwayo🇺🇸 · John Novak🇺🇸 · Elena Litvinova🇺🇸
Sep 20, 2023#1nucl-thPRC14 citations
Determining Fundamental Properties of Matter Created in Ultrarelativistic Heavy-Ion Collisions
John Novak🇺🇸 · Kevin Novak🇺🇸 · Scott Pratt🇺🇸 · J. Vredevoogd🇺🇸 · Chris Coleman-Smith🇺🇸 · Robert Wolpert🇺🇸
Mar 26, 2013#1*nucl-thPRC161 citations

Showing 1–3 of 3·25 / 50 / 100per page

Page 1 of 1

Shows only papers in the locally ingested corpus, matched through the INSPIRE author identity. This may not match the author's full publication record.

Novak, John

Response of strongly coupled fermions on classical and quantum computers

Quantum benefit of the quantum equation of motion for the strongly coupled many-body problem

Determining Fundamental Properties of Matter Created in Ultrarelativistic Heavy-Ion Collisions