Scale

Scale The Universal Laws of Growth, Innovation, Sustainability, and the Pace of Life in Organisms, Cities, Economies, and Companies

"Visionary physicist Geoffrey West is a pioneer in the field of complexity science, the science of emergent systems and networks... Fascinated by issues of aging and mortality, West applied the rigor of a physicist to the biological question of why we live as long as we do and no longer. The result was astonishing, and changed science, creating a new understanding of energy use and metabolism: West found that despite the riotous diversity in the sizes of mammals, they are all, to a large degree, scaled versions of each other... West's work has been gaming changing for biologists, but then he made the even bolder move of exploring his work's applicability...and applied...[it] to the business and social world."--
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Reviews

Photo of Timeo Williams
Timeo Williams@timeowilliams
4 stars
Jun 5, 2024

The essence of the book- disparate in nature, follow universal scaling laws, though in varying degrees- power laws, linearly, logarithmic-ally, ext. One fascinating thing pointed out- heart beats. The total number of beats of each heart for all organisms is pretty much the same, however the speed/frequency is heavily dependent on the size of the organism. Smaller creatures, tend to have much faster heartbeats, compared to larger ones.

Photo of Pierre
Pierre@pst
2 stars
Apr 4, 2024

I wish the author made his point in half the time. Too much inside stories.

Photo of Bouke van der Bijl
Bouke van der Bijl@bouk
3 stars
Mar 1, 2023

Some interesting ideas and patterns are being shown in this book that seem to emerge in life, cities and companies arising from the necessities (oxygen, electricity) they each uniquely need. Lots of neat facts about animals too. Not sure what I learned from it though, because I’m not sure how I can apply the knowledge that many things are scaled versions of each other in my daily life. Maybe feeling more empathy for mice?

Photo of Keven Wang
Keven Wang@kevenwang
3 stars
Feb 4, 2023

A bit hard to read

Photo of Felipe Saldarriaga
Felipe Saldarriaga @felipesaldata
5 stars
Jan 3, 2023

Geoffrey West explaine in a really awesome way how systematicaly is the growth in every form of live and how they tend to a 'order'

Photo of Danté
Danté@dantenel
4 stars
Aug 31, 2022

Main takeaways: - Sublinear scaling of a downside as a system grows = economies of scale. - 3/4 power scaling for organisms means that large insects/Godzilla would collapse under own weight. - Heating/cooling mechanisms in houses must scale with volume not area of walls. Ships increase in volume can carry more cargo and fuel but have less drag as that only scales with area. - areas considered included businesses and cities. E.g. walking speed in a city is greater compared to walking speed of people in a small town.

Photo of Dana Kraft
Dana Kraft@dkatx
4 stars
Aug 15, 2022

I found this super-interesting as it helped me understand the connections between individual actors within a system and the emergent system behavior along with lots of other interesting things. The author does a good job of keeping things relatively simple. I want and need to read more about this as I feel like I generally understand what he explained but I sure as hell couldn’t explain it very well. The things that will stick with me are: * common factors between plants and animals that make them scale similarly * “...what is irrelevant at one scale can become dominant at another...” * Fractal nature of natural systems can make two dimensional things become “space-filling” which means they effectively have an additional dimension. * Dangers of thinking things scale linearly. Blah blah blah, but how smart do I think I am when I look down my nose at economic comparisons that don’t incorporate per unit or per capita -which of course is linear scale - there is plenty in here that is humbling * “...continuous adaptation, not equilibrium, is the rule.” This seems like a better, although less simple way to describe economic systems. * increasing pace of innovation and life in general means that career disruption is something that everyone should expect more than once in their lifetime because whatever you learn will be obsolete within your lifetime.

Photo of Lucas Coelho
Lucas Coelho@coelholucas
5 stars
Sep 20, 2021

Incredibly dense and important read to understand complex systems from biology to culture. Every once in a while, you read a book that changes your view of the world. This book was one of them. Starting my second read now.

Photo of Victor Gomez Estevez
Victor Gomez Estevez@machbel
4 stars
Aug 13, 2021

El libro desarrolla un marco conceptual en el que manejar la complejidad biológica, de las ciudades y de las empresas de una forma muy extensa. Aunque es muy interesante, a veces se repite demasiado y se alarga en ejemplos redundantes.

Photo of Jeremy Cote
Jeremy Cote@cote
4 stars
Aug 7, 2021

This was a pleasant read, to say the least. I always find it fascinating when trying to use mathematical principles to describe social and environmental phenomena that is usually more quantitative. Of course, as a physicist I'm biased. I also thought that the idea of cities and companies being described as having lifespans and similar scaling laws was quite interesting. I'm always fond of using simple principles to describe a wide range of complex phenomena, so it was a lot of fun to read about. I definitely recommend the book.

Photo of Richu A Kuttikattu
Richu A Kuttikattu@richuak
4 stars
Mar 26, 2024
Photo of Coleman McCormick
Coleman McCormick@coleman
5 stars
Aug 13, 2023
Photo of Andre Schweighofer
Andre Schweighofer@dre
3 stars
Jan 13, 2023
Photo of Andy Sporring
Andy Sporring@andysporring
3 stars
Nov 20, 2022
Photo of Christian Beck
Christian Beck@cmbeck
5 stars
Sep 26, 2021
Photo of Adam Wilson
Adam Wilson@adamwilson
5 stars
Sep 14, 2021
Photo of Scott Herrington
Scott Herrington@scott
5 stars
Jun 11, 2021

Highlights

Photo of Travis Well
Travis Well@travisfw

Given the poor track record of males in my ancestry, it seemed natural to begin my thinking about biology by learning about aging and mortality. Because these are among the most ubiquitous and fundamental characteristics of life, I naively assumed that almost everything was known about them. But, to my great surprise, I learned that not only was there no accepted general theory of aging and death but the field, such as it was, was relatively small and something of a backwater. […] where does the scale of one hundred years for human life span come from, and what would constitute a quantitative, predictive theory of aging?

I love that West introduces the whole field of biology by criticising its disconnect from common — no, universal — concerns. And that maybe all that every biology department and the NIH need, is a little bit of basic math.