Charles K. Kao Net Worth: One million to five million dollars is an estimate of Charles Kao’s net worth or income. He’s earned so much money as a Physicist that it’s hard to believe. In the field of telecommunications, Sir Charles Kuen Kao (4 November 1933 – 23 September 2018) was a pioneer in the creation and application of fiber optics.
He died on September 23, 2018, at the age of 85. It was Kao’s work in the 1960s that established the framework for the development of the Internet by developing several methods to combine glass fibers with lasers to transfer digital data. Kao was born in Shanghai and his family relocated to Hong Kong when he was approximately 15 years old, where he currently resides with his girlfriend. He was born in Taiwan and grew up in Hong Kong before traveling to London to study electrical engineering at the University of London. It was at the Standard Telecommunication Laboratories (STL) research site in Harlow!
Essex, in 1966 that Kao laid the foundation for fiber optic transmission. In addition to being known as the “father of fibre optics” and the “godfather of broadband”, he also worked at the Chinese University of Hong Kong and ITT (the parent company of STC), and Yale University in the United States. It was Kao’s “groundbreaking achievements involving the transport of light in fibers for optical communication” that earned him the 2009 Nobel Prize in Physics. In recognition of his “services to fibre optic communications,” he was knighted in 2010 by Queen Elizabeth II. Kao was a dual citizen of the United Kingdom and the United States, a permanent resident of Hong Kong.
Charles K. Kao Net Worth
Shanghai was a separate administrative region at the time of Charles Kao’s birth in 1933. A tutor taught him and his brother Chinese classics at home. Also at this Shanghai World School (), he learned English and French under the guidance of Cai Yuanpei and other leading progressive Chinese educators. St. Joseph’s College in Hong Kong served as Kao’s school of choice, where he completed his secondary education (Hong Kong School Certificate Examination, a predecessor of HKCEE) in 1952.
He graduated from Woolwich Polytechnic (now the University of Greenwich) with a Bachelor of Engineering degree in electrical engineering. While working as an external student at Standard Telecommunication Laboratories (STL) in Harlow, England, a research center for Standard Telephones and Cables, he got his Ph.D. in electrical engineering from the University of London in 1965. During this time, Kao worked with George Hockham and Alec Reeves on groundbreaking studies as an engineer and researcher. citations are needed
A family’s history and Ancestry
As a student at the University of Michigan Law School in 1925, Kao’s father Kao Chun-Hsiang received his Juris Doctor degree. He was a professor at the Comparative Law School of China at Soochow University (then located in Shanghai). As a scholar, poet, and artist in the late Qing Dynasty, Kao Hsieh’s grandfather was a prominent figure in the South Society. They were all close family members of Kao Hsü, Yao Kuang [zh] (), and Kao Tseng [zh] ().
Kao Ping-tse is a world-renowned astronomer and a distant cousin of his father’s (Kao crater is named after him). Professor Emeritus of Civil Engineering at the Catholic University of America, Kao’s younger brother Timothy Wu Kao () is a civil engineer. Hydrodynamics is the field of study he focuses on.
Personal Life
After graduating, Kao moved to London and worked as an engineer at Standard Telephones and Cables, where he met his future wife Gwen May-Wan Kao (née Wong). A British-born Chinese woman, she is ethnically British-Chinese. A son and a daughter, both of whom live and work in Silicon Valley, California, were born to them in 1959 when they were married in London. While he was a Catholic and attended church regularly, Kao was married to a woman who attended the Anglican Communion.
Future in Higher Education
Communications and fiber optics: The de facto global standard for optical communication is a bundle of silica glass fibers. In addition, Kao was the first to openly advocate the use of high purity silica glass for long-distance optical communication. In the 1960s, Kao and his colleagues at Standard Telecommunication Laboratories (STL) in Harlow, Essex, England, demonstrated that the high loss of existing fiber optics originated from imperfections in the glass, rather than an underlying problem with the technology itself.
Upon joining the optical communications research group for the first time in 1963, Kao jotted down notes outlining the background scenario, the existing technology, and the main players. Antoni E. Karbowiak’s (Anton Karbowiak’s) team was initially under Alec Reeves’ (Alec Reeves’) direction to explore optical waveguides for communications. Because he had to analyze fiber attenuation, Kao obtained samples from several fiber producers and also extensively examined the properties of bulk glasses as part of his assignment.
Impurities in the material were the primary reason for the fibers’ excessive light losses, which was confirmed by Kao’s extensive research. Later that year, Kao was promoted to chief of STL’s electro-optics research team. On Dec. 31, 1964, his supervisor, Karbowiak, left STL to occupy the Chair of Communications in UNSW, Sydney, Australia. He took over the optical communication program of STL at that time.
Charles K. Kao Net Worth
To prove that the significant loss of existing fiber optics was caused by flaws in the glass rather than a flaw in the technology itself, Kao and his colleagues worked at Standard Telecommunication Laboratories (STL) in Harlow, Essex, England, in the 1960s. Upon joining the optical communications research group for the first time in 1963, Kao jotted down notes outlining the background scenario, the existing technology, and the main players. Antoni E. Karbowiak’s (Anton Karbowiak’s) team was initially under Alec Reeves’ (Alec Reeves’) direction to explore optical waveguides for communications.
Because he had to analyze fiber attenuation, Kao obtained samples from several fiber producers and also extensively examined the properties of bulk glasses as part of his assignment. Impurities in the material were the primary reason for the fibers’ excessive light losses, which was confirmed by Kao’s extensive research. Later that year, Kao was promoted to chief of STL’s electro-optics research team. After Karbowiak departed STL to take up a Chair in Communications at the University of New South Wales (UNSW) in Sydney, Australia, he took over the optical communication program at STL.
Awards
One of Kao’s many honors is the Nobel Prize in Physics, the Grand Bauhinia Medal, the Marconi Prize, and the Prince Philip Medal, among others.
Honors
- In 1993, he was awarded the CBE (Commander of the Most Excellent Order of the British Empire)
- As of 2010, he was named a Knight Commander of the Most Excellent Order of the British Empire.
- Awarded in 2010: Hong Kong SAR’s Grand Bauhinia Medal
