Harold Calvin Marston Morse (March 24, 1892 – June 22, 1977) was a prominent American mathematician recognized for his significant contributions to the field of mathematics, particularly in the calculus of variations in the large. His groundbreaking work in differential topology, now known as Morse theory, has left a lasting impact on mathematical analysis and physics. Morse's influential achievements include the development of the Morse–Palais lemma and the Thue–Morse sequence, an infinite binary sequence with diverse applications.Throughout his illustrious career, Morse held esteemed positions at renowned institutions such as Harvard University, Cornell University, Brown University, and the Institute for Advanced Study in Princeton. His dedication to Morse theory and differential topology led to pioneering applications in modern mathematical physics, including its relevance in string theory.Morse's legacy extends beyond his academic pursuits, as he was honored with prestigious memberships in the American Academy of Arts and Sciences, the United States National Academy of Sciences, and the American Philosophical Society. His profound impact on the mathematical community garnered him recognition as an influential figure, with J. Robert Oppenheimer describing him as "almost a statesman of mathematics."Morse's remarkable body of work is reflected in his numerous publications, which have significantly contributed to the advancement of mathematical analysis and the calculus of variations. He passed away on June 22, 1977, leaving behind a profound and enduring legacy in the field of mathematics.

Marston Bates (July 23, 1906 – April 3, 1974) was an American zoologist and environmental author known for his groundbreaking studies on mosquitoes and their impact on the epidemiology of yellow fever in northern South America. He earned a BS in biology from the University of Florida in 1927 and later obtained a PhD in zoology from Harvard University in 1934. Throughout his illustrious career, Bates worked for the Rockefeller Foundation, served as a professor at the University of Michigan, and contributed to various scientific expeditions and research projects. His notable literary works include "The Forest and the Sea," a pioneering ecological science book published in 1960, which provided an insightful introduction to the workings of ecosystems by comparing a rainforest and a tropical sea. Bates was also recognized as a Fellow of the Entomological Society of America and an elected fellow of the American Academy of Arts and Sciences. His profound contributions to the field of zoology and environmental science have left a lasting legacy in the scientific community.

Marston Donald Edward Conder, born on September 9, 1955, is a distinguished New Zealand mathematician and a Distinguished Professor of Mathematics at Auckland University. He previously served as the co-director of the New Zealand Institute of Mathematics and its Applications. Conder's primary research interests lie in combinatorial group theory, graph theory, and their interconnections. He hails from Hamilton, New Zealand, and pursued his studies at Matamata College. Conder obtained a master's degree in social science from Waikato University in 1977 and completed his doctorate at Oxford University in 1980 under the guidance of Graham Higman. His exceptional contributions to mathematics have earned him numerous accolades and recognitions. Conder is a fellow of the New Zealand Mathematical Society, the Royal Society Te Apārangi, and the American Mathematical Society. He has been honored with prestigious awards, including the James Cook Research Fellowship and the Euler Medal by the Institute of Combinatorics and its Applications. Additionally, in the 2020 Birthday Honours, Conder was appointed an Officer of the New Zealand Order of Merit (ONZM) for his remarkable services to mathematics.

Marston Bigot is a former civil parish and small village in the Somerset district of England. It has a rich history dating back to the Domesday Book of 1086, when it was known as "Mersitone-tora" and owned by Robert Arundel. The manor of Marston Bigot was held by the Crown after the execution of Lord Charles Stourton in 1557 and later sold to William Brown and James Orenge. In 1933, the parish was merged with Nunney. Marston Bigot Park, covering approximately 222 hectares, includes Marston House, Marston Pond, and the remains of the medieval shrunken village of Lower Marston. The Grade II* listed Marston House has a rich history, including its use by the US Army during World War II. The gardens at Marston House, laid out between 1724 and 1745, are listed Grade II and include a limestone grotto built by James Scott. The small stone church, dedicated to St Leonard, was opened to the public in 1789 and is a Grade I listed building. The stained glass in the east window dates back to the 15th century and is from Altenberg Abbey near Cologne, Germany.

Marston Taylor Bogert (April 18, 1868 – March 21, 1954) was a prominent American chemist known for his significant contributions to the field of chemistry. Born in Flushing, New York, Bogert pursued his education at the Flushing Institute and later attended Columbia College, where he obtained his A.B. degree in 1890. He furthered his studies at the Columbia School of Mines, earning a Ph.B. degree in analytical and applied chemistry in 1894. Bogert went on to become a respected figure in academia, serving as a professor of organic chemistry at Columbia and receiving numerous prestigious honors and awards for his outstanding work, including the William H. Nichols Medal, the Priestley Medal, and the Chandler Medal. During the First World War, he played a crucial role in the U.S. Army Chemical Warfare Service, holding the rank of lieutenant colonel and making significant contributions to the Chemical Division of the War Industries Board. In addition to his remarkable professional achievements, Bogert was also a family man, marrying Charlotte E. Hoogland in 1893. His legacy continues to be celebrated in the scientific community, and his impact on the field of chemistry remains profound. Bogert passed away on March 21, 1954, leaving behind a lasting imprint on the world of chemistry.