What We Are Reading Today: Little Bosses Everywhere by Bridget Read

Short Url
Updated 10 May 2025
Follow

What We Are Reading Today: Little Bosses Everywhere by Bridget Read

In “Little Bosses Everywhere,” journalist Bridget Read tells the gripping story of multilevel marketing in full for the first time.

“Little Bosses Everywhere” exposes the deceptions of direct-selling companies that make their profit not off customers but off their own sales force.

The book lays out an almost prosecutorial case against many multilevel marketing schemes, explaining why regulators need to take the industry seriously, and the larger story it tells about whom the economy has set up to fail. 

The book “reads like a thriller as it investigates the birth and growth of this shadowy and sprawling industry that polished up door-to-door sales with a new veneer of all-American entrepreneurialism,” said a review in The New York Times.

The book primarily focuses on a broader analysis of pyramid schemes and their history.


What We Are Reading Today: ‘How the Universe Got Its Spots’

Photo/Supplied
Updated 02 January 2026
Follow

What We Are Reading Today: ‘How the Universe Got Its Spots’

  • Nimbly explaining geometry, topology, chaos, and string theory, Levin shows how the pattern of hot and cold spots left over from the big bang may one day reveal the size of the cosmos

Author: JANNA LEVIN 

Is the universe infinite or just really big? With this question, cosmologist Janna Levin announces the central theme of this book, which established her as one of the most direct, unorthodox, and creative voices in contemporary science.

As Levin sets out to determine how big “really big” may be, she offers a rare intimate look at the daily life of an innovative physicist, complete with jet lag and the tensions between personal relationships and the extreme demands of scientific exploration.

Nimbly explaining geometry, topology, chaos, and string theory, Levin shows how the pattern of hot and cold spots left over from the big bang may one day reveal the size of the cosmos.