What does gene editing mean for society? How complex is the procedure? What is the likelihood that mistakes will be made in the process? What happens to discarded embryos?
The book you are seeing on your screen may look like a normal book; it is not. It is a conversation in which you are a participant. The book does not offer pat answers to hard questions. In fact, it barely even gives definition to hard questions. Rather, this book presents that stage in which science is most challenging and, arguably, most interesting—the period of identifying just what the problems and issues are. That is why we solicit your help in writing this story—the story of extreme events in social systems.
The participants in this book-writing enterprise are independent thinkers who wish to understand the forces impinging on social systems and the systems’ often dramatic and extreme responses to those forces. Extreme events, the sudden and discontinuous response of social systems to these forces, are what we for shorthand term X-Events. X-events We imagine the reader to be a person who wants to intelligently manage his or her actions and behaviors in the midst of an X-event—in short, to manage an organization in chaos. And not only manage, but be a beneficiary of that event. Explicitly, we understand that there are no simple answers to social questions. But but there is at least a gestalt that can help an individual anticipate and manage X-events. The program outlined here is to build the gestalt by total immersion in the topic—by examining the issues from many perspectives.
Suppose you are a prospective parent. Can you and do you want to affect the properties of your baby. Would you like it to be disease free? How about athletic or intelligent? What is the science? What are the ethics?
The news is full of commentary on gene editing of humans. What is gene editing? How is it different from GMOs and other types of genetic engineering? What are the ethics? How is the course of human evolution being changed?
We live in a world of abundance. What are the implications?
These are images taken of chemical crystals using a Nikon polarizing microscope from 2004-2006. I prepared slides of melt crystals of phenol (carbolic acid) and benzoic acid, and precipitation crystals of ascorbic acid and potassium acid phthalate. Crystal will form vivid colors in a polarizing microscope as you can see this video. The music is a piece called “Impermanence,” I composed in 2011 using Acid Pro.
These are biological subjects I photographed using an Olympus Stereo microscope with a Nikon F camera, and a Nikon polarizing microscope. The music is a piece composed in Acid Pro called, “Before Current Era.” Enjoy, and feel free to share! I shot images of S. Mark Nelson’s butterfly collection and leaf samples using the Olypmus dissection scope, and the prepared biological slides using a Nikon polarizing microscope.
How Water Thinks is a video play in which you are an actor and the director. You determine how the play unfolds based solely on your preferences for telling a story. How sayeth me this? In battle, my sword is as swift as my eye. Each of thy thrusts are met before by my blade….
Trailer #1 Trailer #2 Cylinder Two by Chris Zabriskie is licensed under a Creative Commons Attribution license (https://creativecommons.org/licenses/by/4.0/) Source: http://chriszabriskie.com/cylinders/ Artist: http://chriszabriskie.com/ See More … Excerpts from the Game
The best way to understand what a neurotransmitter does is to see what happens when it is absent or over-present.
These are photos I took with Instagram on my cell phone of the Chihuly exhibit on a recent trip to Seattle. (August 2018)
The Mind and the Body