Diane Keaton's Eccentric Lover: The 20,000-Calorie-a-Day Property Mogul Who Wooed Hollywood's Elite
Diane Keaton's Eccentric 20,000-Calorie Lover Revealed

The remarkable story of Diane Keaton's unconventional former lover has emerged, painting a portrait of one of Hollywood's most eccentric figures - a man who consumed 20,000 calories daily while charming some of cinema's biggest stars before transforming into a £100 million property magnate.

The 'Odd Kid' Who Captivated Hollywood

Before amassing his property empire, the mysterious figure was known throughout Tinseltown as the 'odd kid' with bizarre habits that defied conventional understanding. His daily consumption of enough food to sustain ten ordinary people became the stuff of legend among the film industry's inner circle.

Romancing Cinema's Greatest Stars

His extraordinary personality proved irresistible to Hollywood's elite. During his relationship with Diane Keaton, he moved in circles that included screen legends Warren Beatty and Al Pacino, developing complex relationships that blurred the lines between friendship and romance in the glittering world of 1970s cinema.

From Silver Screen to Property Empire

In a dramatic career transformation that surprised his Hollywood contemporaries, the eccentric personality leveraged his connections and sharp business acumen to build a property development empire valued at over £100 million. His journey from Hollywood outsider to real estate tycoon represents one of the most unexpected success stories in modern business.

A Life of Contradictions

The biography reveals a man of fascinating contradictions - someone who could consume gargantuan meals while maintaining relationships with health-conscious celebrities, and who transitioned seamlessly from the creative chaos of film sets to the calculated world of high-stakes property development.

Christopher Stevens' account provides unprecedented insight into this enigmatic figure whose life intersected with multiple Hollywood legends while maintaining his unique identity against all conventional expectations.