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Spring 2017 OLLI Catalog (Interactive)

The Osher Lifelong Learning at California State University Dominguez Hills is a program of educational, cultural, and social opportunities for retired and semi-retired individuals age 50 and above. Members experience taking courses in a relaxed atmosphere for the pure pleasure of learning.

The Osher Lifelong Learning at California State University Dominguez Hills is a program of educational, cultural, and social opportunities for retired and semi-retired individuals age 50 and above. Members experience taking courses in a relaxed atmosphere for the pure pleasure of learning.

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PEER-LED CLASSES (Omnilore)<br />

Common Reading:<br />

The History of the<br />

Mongol Conquests,<br />

by J. J. Saunders (March 2001)<br />

(MON) The Mongols<br />

The Mongols established the most extensive land empire in the<br />

history of the world. The Mongol conquests, culminating in the<br />

invasion of Europe in the middle of the 13th Century, were of a<br />

scope and range never equaled. These nomadic peoples from<br />

central Asia briefly held sway over a territory that stretched from<br />

the Pacific Ocean to Germany, from the rivers of the Baltic to the<br />

shores of the Adriatic. No European army was their equal;<br />

no European country was able to resist their assaults. Who were<br />

these people? What drove them on their quest? Why were they<br />

so invincible? How were they finally stopped? Our goal will be<br />

to learn of the Mongols and their place in history, and how they<br />

nearly changed the face of the civilization.<br />

Common Reading:<br />

Arrival of the Fittest:<br />

Solving Evolution’s Greatest Puzzle<br />

by Andreas Wagner (October 2014)<br />

(NAT) Arrival of the Fittest:<br />

How Nature Innovates<br />

This class will explore the continuing developments in Evolutionary<br />

theory. The question “how does nature innovate?” often elicits a<br />

succinct but unsatisfying response—random mutations. Darwin’s<br />

theory of natural selection explains how useful adaptations are<br />

preserved over time. But the biggest mystery about evolution<br />

eluded him. As genetics pioneer Hugo de Vries put it, “natural<br />

selection may explain the survival of the fittest, but it cannot<br />

explain the arrival of the fittest.”<br />

In Arrival of the Fittest, renowned evolutionary biologist Andreas<br />

Wagner draws on over fifteen years of research to present the<br />

missing piece in Darwin’s theory. Using experimental and<br />

computational technologies that were heretofore unimagined,<br />

he has found that adaptations are not just driven by chance,<br />

but by a set of laws that allow nature to discover new molecules<br />

and mechanisms in a fraction of the time that random variation<br />

would take. He shows how nature innovates but also how these<br />

two complementary forces of nature—innovation and natural<br />

selection interact and balance to create, sustain, and evolve life<br />

with all its rich complexity.<br />

42 OSHER LIFELONG LEARNING INSTITUTE @ CSU DOMINGUEZ HILLS

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