James Watt was an innovative mechanical engineer and inventor whose steam engine design revolutionized the Industrial Revolution. His design, which became synonymous with steam engines during the period, was a significant improvement over the original Newcomen design. Watt's key innovation was the addition of a separate condensing cylinder, which allowed for more efficient use of heat and significantly reduced the amount of coal needed to produce the same amount of power. This groundbreaking design was commercially introduced in 1776 and had a profound impact on various industries, leading to the development of new steam engine designs and the establishment of modern industrialized factories. Watt's continuous efforts to improve the engine resulted in the introduction of a system using a sun and planet gear to convert linear motion into rotary motion, making steam engines suitable for a wide range of applications. His contributions to steam engine technology and industrialization were pivotal in shaping the course of the Industrial Revolution and its impact on society.

James Watt, a Scottish engineer, is renowned for his work in developing the unit of power, known as the watt. In addition to his contributions to science and engineering, Watt is also the namesake for various individuals, such as Watt of Sussex, an Anglo-Saxon king, and Watt Hobt, an American college football and basketball coach. The term "Watt" also extends to locations, including Watt, California in the US, and artistic works like the album "Watt" by English blues rock band Ten Years After. Furthermore, the term "Watt" can be associated with the WATT System for charging electric vehicles and the Watt Library in Greenock, Scotland. Notably, "WATT" is also the ICAO code for El Tari International Airport in East Nusa Tenggara, Indonesia. With such a diverse range of associations, the term "Watt" encompasses a rich tapestry of historical, cultural, and scientific significance.

James Watt (1736–1819) was a Scottish engineer who revolutionized the industrial world with his invention of the Watt steam engine in 1776. This groundbreaking invention powered the Industrial Revolution and led to the naming of the watt unit of power in his honor. The surname "Watt" has been carried by various notable individuals across different fields, including sports, politics, and the arts. From American football player J.J. Watt to Australian cyclist Kathy Watt, the impact of the Watt name extends across diverse domains. The legacy of James Watt and the influence of the Watt family name continue to resonate in various spheres, reflecting a rich and varied heritage.

Watt Key, also known as Albert Key, is an American fiction author renowned for his captivating young-adult survival fiction. His debut novel, "Alabama Moon," published in 2006, received the prestigious E.B. White Read-Aloud Award for older readers in 2007 and a Parents' Choice Award in the same year. This compelling work has been translated into eight languages and was recognized by TIME Magazine as one of the top 100 young-adult books of all time in 2015. Key's literary accomplishments extend to screenwriting, with "Alabama Moon" being adapted into a feature film in 2009. His other notable works include "Dirt Road Home," "Fourmile," "Terror at Bottle Creek," and "Hideout." Key's dedication to storytelling has earned him numerous accolades, including the American Library Association Best Books for Young Adults and the SIBA Young Adult Book Award. A graduate of Bayside Academy and Birmingham–Southern College, Key currently resides in Mobile, Alabama, with his wife and three children. With a prolific portfolio and a passion for captivating narratives, Watt Key continues to inspire readers worldwide with his literary prowess.

Watt Wetmore Webb (August 27, 1927 – October 29, 2020) was an American biophysicist, renowned for his groundbreaking work in biophysics and microscopy. Born in Kansas City, Missouri, Webb hailed from a family of bankers and initially pursued business administration at the Massachusetts Institute of Technology (MIT). However, his passion for science led him to take numerous science and engineering courses, eventually earning a bachelor's degree in business and engineering administration in 1947. He later completed his doctorate in materials science physics and mathematics at MIT in 1955.Webb's illustrious research career included significant contributions to fluorescence correlation spectroscopy (FCS) and multiphoton microscopy (MPM). He pioneered FCS in 1972, enabling single-molecule detection in solutions at nanomolar concentrations and providing insights into molecular mobility, conformational fluctuations, and chemical reactions. Additionally, Webb co-invented multiphoton microscopy in 1990, a revolutionary technique for imaging living tissue with exceptional clarity and depth.Throughout his career, Webb held various esteemed positions, including director of the college's School of Applied and Engineering Physics at Cornell University. He received numerous accolades for his work, such as the American Physical Society's Max Delbruck Prize and the Rank Prize for Optoelectronics. Webb's profound impact on biophysics and microscopy continues to shape scientific research and innovations in the field.Watt Wetmore Webb's legacy lives