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Frampton, Paul Howard

INSPIRE profile1009586 ORCID0000-0002-2219-0330

2 papers

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	Paper	Category
Mar 4, 2025#172503.00693	Possible Explanation of $F_{2}^{n} / F_{2}^{p}$ at Large $x$ Using Quantum Statistical Mechanics C. Bourrely🇫🇷 · F. Buccella🇮🇹 · W. C. Chang🇹🇼 · D. Di Bari🇮🇹 · P. H. Frampton🇮🇹 · J. C. Peng🇺🇸	↳ hep-ph	NPA	1
May 19, 1995#2*nucl-th/9505026	Effective Lagrangians and Parity-Conserving Time-Reversal Violation at Low Energies Jonathan Engel🇺🇸 · Paul H. Frampton🇺🇸 · Roxanne P. Springer🇺🇸	nucl-th	PRD	24

Possible Explanation of $F_{2}^{n} / F_{2}^{p}$ at Large $x$ Using Quantum Statistical Mechanics
C. Bourrely🇫🇷 · F. Buccella🇮🇹 · W. C. Chang🇹🇼 · D. Di Bari🇮🇹 · P. H. Frampton🇮🇹 · J. C. Peng🇺🇸
Mar 4, 20252503.00693↳ hep-phNPA1 citation
Effective Lagrangians and Parity-Conserving Time-Reversal Violation at Low Energies
Jonathan Engel🇺🇸 · Paul H. Frampton🇺🇸 · Roxanne P. Springer🇺🇸
May 19, 1995*nucl-th/9505026nucl-thPRD24 citations

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Frampton, Paul Howard

Possible Explanation of F2n​/F2p​ at Large x Using Quantum Statistical Mechanics

Effective Lagrangians and Parity-Conserving Time-Reversal Violation at Low Energies

Affiliations

Possible Explanation of $F_{2}^{n} / F_{2}^{p}$ at Large $x$ Using Quantum Statistical Mechanics