William Payne Durham, born on June 15, 2000, is a professional American football tight end currently playing for the Tampa Bay Buccaneers in the NFL. Durham's journey to professional football began at Peachtree Ridge High School in Suwanee, Georgia, where he initially focused on lacrosse before transitioning to football in his senior year. Despite his late start, he made an impact with 22 receptions, 330 yards, and five touchdowns in his lone high school season. Following his standout performance, Durham committed to Purdue University, where he continued to hone his skills on the football field. During his college career, he showcased steady progress, culminating in an impressive 2022 season with 467 yards, 45 receptions, and six touchdowns. In 2023, Durham was selected by the Tampa Bay Buccaneers in the fifth round of the NFL draft, marking the beginning of his professional career. Throughout his rookie season, he demonstrated potential with notable performances, including his first NFL touchdown against the Carolina Panthers in the 2024 week 16 matchup. With a promising start in the NFL, Durham is poised to carve out a successful career as a tight end.

A.R. Payne is a prominent British rubber scientist known for his extensive studies on the Payne effect, a significant feature of the stress-strain behavior of rubber compounds containing fillers like carbon black. This phenomenon is also referred to as the Fletcher-Gent effect, named after the authors of the first study of the phenomenon. Under cyclic loading conditions with small strain amplitudes, the Payne effect is characterized by a dependence of the viscoelastic storage modulus on the amplitude of the applied strain. As the strain amplitude exceeds approximately 0.1%, the storage modulus diminishes rapidly. At larger strain amplitudes, usually around 20%, the storage modulus approaches a lower bound. The Payne effect's existence is linked to the filler content of the material and disappears for unfilled elastomers. It is attributed to deformation-induced changes in the material's microstructure, involving the breakage and recovery of weak physical bonds among adjacent filler clusters. Given its significance in the dynamic stiffness and damping behavior of rubber products like automotive tires and bushings, constitutive models have been developed to represent the Payne effect. Notably, the Mullins effect is a similar phenomenon observed under large deformations.

Payne Fisher (1616–1693) was an English poet known for his Latin verse and adulatory arts. Fisher's early life was marked by his time at Hart Hall, Oxford, and later at Magdalene College, Cambridge, where he developed a penchant for verse-making. He then enlisted in the army, fought in various campaigns, and eventually rose to the rank of captain. After a series of events, including his desertion of the royalist cause, Fisher found himself living in poverty and out of favor after the Restoration. Despite his notoriety, Fisher was a fashionable poet of his time and wrote under the pseudonyms 'Pagani Piscatoris' and 'Fitzpaganus Fisher.' His works included panegyrics and elegies dedicated to influential figures of the day, such as Oliver Cromwell and Admiral Robert Blake. Fisher's ability to court the favor of the rich and powerful through his dedications was a notable trait. His life and character, summed up by William Winstanley, reflect a complex and controversial figure in English poetry. Fisher's legacy lives on through his poetic works, marking his place in the literary landscape of his time.