Orbit: Looking for Libido

by Steve Bodansky

It’s the beginning of the 23rd century. The world is prosperous and at peace with a benevolent global government. There is an ever increasing reliance on machine intelligence. The only drawback to our young and brilliant heroine, Nicole, is the almost total lack of libido being expressed by the productive, linear oriented society. Nicole discovers a group of women, called The Circle, that have been protecting important sensual information from completely disappearing, since the viral pandemic that had destroyed 80% of the human population. Nicole eventually starts on an expansion of her own sensual potential; then teaches her boyfriend. Nicole and her boyfriend, who is a wunderkind in space research, encounter resistance from the powers that be. These powers are algorithms rather than actual people. AI does not understand nor appreciate sensual pleasure. Our two heroes do not give up easily.

195 pages, Kindle Edition

Published February 14, 2021

About the author

My wife Vera and myself started teaching folks about pleasure and orgasm since the early 1980s. we were students together at More U and started teaching there. After receiving our doctorates in sensuality with an emphasis on female orgasm we branched out and formed our own group. We wrote our first book called extended massive orgasm in 2000 and have written 5non-fiction books and recently published our first novel also about sex called extended massive orgasm the novel. I guess I'm addicted to that title which is also the name of our website www.extendedmassiveorgasm.com

Reviews

[David B. Ellis · Rating 5 out of 5]

Amazing

Thank you Steve for bringing your teaching to life. As one of your students I am grateful. What I learned from you and Vera changed my life.

[Steve Bodansky]

I have a release date now, Valentine's Day February 14, 2021. If you would like to contact me, email me at stevebodansky@gmail.com

Here is a teaser from the book.
Barrett was assigned to the team that was working on the construction and fabrication of living spaces, once a planet could be reached and colonized. Barrett had another idea pop into his mind from being in the cold of Siberia. The environments that he was placed in seemed to have that effect on him. He had the thought and again first confided in Nicole.
“If enough energy was available, then a planet that was a little too cold to be in the “Goldilocks” zone could be functional to support life. Man-introduced energy could melt the ice to help foster survival, as long as the planet or the planet’s moon had ice that is. It would make no sense to go to a planet without H2O. Liquid water is best. Steam would be way too hot but ice could be manageable. So maybe we could colonize a closer solar system than we have previously thought possible. Once we melt the ice, we could perhaps vaporize some of the water to make oxygen too,” Barrett said.
Continuing the lecture, “I don’t think the planets in our solar system are worthy subjects for a long-term colony but such moons of Saturn such as Titan that has ice-mountains could be temporarily colonized as a learning facility. We could melt that ice, use it for water purposes and create oxygen too from that water. The atmosphere is really thick so it would keep colonists better protected than on Mars from cosmic rays and other radiation. People could live above ground on Titan. On Mars or on the moon they have to live underground or at least have radiation proof habitats, something that my group is working on here. The thick atmosphere is mostly nitrogen and there are lakes and rivers of methane on this moon too. Gravity is about 15% of Earth’s, so people could get around, jump around, even fly a bit if they strapped on some form of wings or arm extensions.
With enough energy we could create artificial photosynthesis. There is not much sunlight reaching Titan that could do that otherwise. There are an abundance of carbon compounds that could be used as fuels too. I don’t think that we would have to worry about Titan getting too warm from climate change. A wind farm in the atmosphere tethered to the ground could also help produce more energy. And the view of the ringed planet would be spectacular.”
“I like the idea of flying but it’s way colder than this place and this place is too cold for me. I like the sunshine. I don’t think that I will sign up for that mission, no matter how spectacular the view, unless of course we could surf on the methane lakes. Then maybe I would give it a try,” Nicole said, as she jumped in the air pretending to take off and fly, landing on the couch. She would have liked it if Barrett had jumped on top of her but she did not say anything.