In an examination of the scientific principles behind success, a leading researcher reveals the surprising ways to turn achievement into success.
Albert László Barabási Libri
Albert-László Barabási è un influente fisico rinomato per la sua ricerca pionieristica nella scienza delle reti. Il suo lavoro ha portato alla scoperta delle reti scalefree e ha proposto un modello per spiegarne la diffusa emergenza in sistemi naturali, tecnologici e sociali. L'impatto di Barabási si estende dalla fisica teorica a una profonda comprensione dei sistemi complessi, con i suoi scritti che illuminano i principi fondamentali che governano l'organizzazione e l'evoluzione delle reti in tutto l'universo. La sua prosa è accessibile, coinvolgente e acuta, offrendo ai lettori una nuova prospettiva sulle dinamiche che plasmano il mondo che ci circonda.
Discusses the connections between business, science, information, disease, knowledge--just about everything--and the hubs and complex networks that create an interconnected web of life.
A revolutionary theory reveals how we can predict human behavior, challenging long-held beliefs about randomness. For centuries, scientists have sought to understand if our future can be foreseen, and new research is uncovering patterns in human actions that were once considered random. Albert Laszlo Barabasi, a leading expert on network science, explores this mystery through the lens of our digital world, where mobile phones and the Internet have created a vast research laboratory. The electronic traces we leave behind—texts, voicemails, and online searches—form a massive dataset that tracks our behaviors and decisions. Barabasi's analysis uncovers a striking pattern: we engage in bursts of activity followed by periods of inactivity. This "bursty" behavior contradicts the assumption that randomness governs our lives. Through compelling narratives, including a 16th-century crusade in Transylvania and the story of a contemporary artist pursued by the FBI, Barabasi illustrates the historical obsession with predicting human behavior. His diverse examples, from the movement of dollar bills to email writing patterns and epidemic spread, reveal a consistent mathematical structure underlying these phenomena. This research sheds light on the balance between individual spontaneity and the predictability of human behavior, fundamentally altering how we perceive our potential for extraordinary actions.