Systems and Mathematics Titelbild

Systems and Mathematics

The Great Mental Models, Volume 3

Reinhören

0,00 € - kostenlos hören
Aktiviere das kostenlose Probeabo mit der Option, jederzeit flexibel zu pausieren oder zu kündigen.
Nach dem Probemonat bekommst du eine vielfältige Auswahl an Hörbüchern, Kinderhörspielen und Original Podcasts für 9,95 € pro Monat.
Wähle monatlich einen Titel aus dem Gesamtkatalog und behalte ihn.

Systems and Mathematics

Von: Shane Parrish, Rhiannon Beaubien, Rosie Leizrowice
Gesprochen von: Grover Gardner
0,00 € - kostenlos hören

9,95 € pro Monat nach 30 Tagen. Jederzeit kündbar.

Für 18,95 € kaufen

Für 18,95 € kaufen

Jetzt kaufen
Kauf durchführen mit: Zahlungsmittel endet auf
Bei Abschluss deiner Bestellung erklärst du dich mit unseren AGB einverstanden. Bitte lese auch unsere Datenschutzerklärung und unsere Erklärungen zu Cookies und zu Internetwerbung.
Abbrechen

Über diesen Titel

From the New York Times bestselling author of Clear Thinking and Farnam Street founder, Shane Parrish.

The third book in the timeless Great Mental Models series.

Time and time again, great thinkers such as Charlie Munger and Warren Buffett have credited their success to mental models–representations of how something works that can scale onto other fields.

Mastering a small number of mental models enables you to rapidly grasp new information, identify patterns others miss, and avoid the common mistakes that hold people back.

Volume 3 of The Great Mental Models series focuses on systems and mathematics, simplifying more than twenty-four key concepts from these technical fields into easy-to-understand terms. It provides insights into the unseen mechanisms that influence our environment and teaches you how to apply these principles to benefit your life.

Some of the mental models covered in this book include:

  • Margin of Safety: Engineers design for extremes, not averages. To create a robust system, ensure a meaningful gap between what the system is capable of handling and what it is required to handle.
  • Compounding: The most powerful force in the universe can work in domains other than money.
  • The law of diminishing returns: Inputs to a system lead to more output, up until a point where each further unit of input will lead to a decreasing amount of output.
  • Regression to the mean: Above- or below-average performance tends to correct towards the average over the long term.

The Great Mental Models series demystifies once elusive concepts and illuminates rich knowledge that traditional education overlooks. This series is the most comprehensive and accessible guide on using mental models to better understand our world, solve problems, and gain an advantage.

©2024 Shane Parrish, Rhiannon Beaubien, and Rosie Leizrowice (P)2024 Penguin Audio
Erfolg im Beruf
activate_Holiday_promo_in_buybox_DT_T2

Diese Titel könnten dich auch interessieren

The Great Mental Models Titelbild
Clear Thinking Titelbild
Mastery Titelbild
33 Strategies of War Titelbild
Excellent Advice for Living Titelbild
Co-Intelligence Titelbild
Same as Ever Titelbild
Meditations Titelbild
Thinking in Systems Titelbild
Can't Hurt Me Titelbild

Kritikerstimmen

“I’m really glad this exists in the world and I can see that I will be recommending it often.”—Matt Mullenweg, co-founder of WordPress, founder and CEO of Automattic

“If you’ve read Charlie Munger’s Almanack this is the book you deeply crave in its wake. … Learn the big ideas from the big disciplines and you’ll be able to twist and turn problems in interesting ways at unprecedented speeds. … You owe yourself this book.”—Simon Eskildsen

“This is what non-fiction books should aspire to be like. Informative, concise, universal, practical, visual, sharing stories and examples for context. Definitely, a must-read if you’re into universal multi-disciplinary thinking.”—Carl Rannaberg

Das sagen andere Hörer zu Systems and Mathematics

Nur Nutzer, die den Titel gehört haben, können Rezensionen abgeben.

Rezensionen - mit Klick auf einen der beiden Reiter können Sie die Quelle der Rezensionen bestimmen.