Richard Assheton Dermot Dinan | |
---|---|
Born | October 1986 (age 37) |
Nationality | British |
Occupation(s) | Businessman, author, lecturer, television personality |
Richard Assheton Dermot Dinan[1] is a British businessman, author, lecturer, and former television personality. He is the founder of aerospace company Pulsar Fusion,[2] has written the book The Fusion Age: Modern Nuclear Fusion Reactors,[3][4] and starred in the reality television series Made in Chelsea.[2][5][6][7]
Dinan is the son of Barry and Lady Charlotte-Anne Curzon and the grandson of Edward Curzon, 6th Earl Howe.[8] He initially attended St. Edward’s School in Oxford.[9] Dinan dropped out of school when he was 16 and began working at the London-based gunmaker and clothing retailer Holland & Holland.[10]
Shortly after working at Holland & Holland, Dinan founded the magazine Ammunition at age 16.[1] Dinan founded Applied Fusion Systems with physicist James Lambert in 2011 to develop nuclear reactors.[6][11] The company’s first project was a spherical tokamak based on the Mega Ampere Spherical Tokamak.[6]
Dinan debuted as a cast member on the reality television program Made in Chelsea on its third series, which aired in 2012.[12] He returned to the show in its fifth series, which aired in 2013.[13] He returned for a third time on the program’s tenth series, which aired in 2015.[14]
Dinan also founded the 3D printing business Ion Core in 2013.[15][16][17]
Dinan published the book The Fusion Age: Modern Nuclear Fusion Reactors in 2017 and was subsequently invited to lecture on nuclear fusion in venues such as Oxford University.[18]
Dinan eventually changed Applied Fusion Systems’ company name to Pulsar Fusion.[19] In 2019, Dinan and Lambert built a fusion reactor in Milton Keynes for Pulsar Fusion.[20][21][22] Dinan and Lambert also began developing nuclear fusion-powered rocket thrusters for space flights[23] and hybrid rocket engines at Pulsar Fusion.[24][25][26]
Year | Title | Role | Notes |
2012-2015 | Made in Chelsea | Self | Series 3,4 5, and 10 |