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The fourth discussion of the NEW NOW program, “Transhumanism: Beyond the Human Frontier?”, took place on December 16.

Together with our guest experts, we tried to identify the latest technology that has either already become a reality or is currently in development, focusing on the ethical aspects of the consequences that ensue. We reflected on the question of whether the realization of transhumanist ideas is likely to entail a radical change in the ways people relate to one another. How far are we prepared to go in changing our bodies in order to attain these enhanced capacities? We will attempt to identify the “human frontier”, beyond which the era of posthumanism awaits.

Speakers:

James “J.” Hughes Ph.D. is a bioethicist and sociologist who serves as the Associate Provost for the University of Massachusetts Boston (UMB), and as Senior Research Fellow at UMB’s Center for Applied Ethics. He holds a doctorate in Sociology from the University of Chicago where he taught bioethics at the MacLean Center for Clinical Medical Ethics. Since then Dr. Hughes has taught health policy, bioethics, medical sociology and research methods at Northwestern University, the University of Connecticut, and Trinity College.

Transhumanists are redefining what it means to be human. This talk takes a deeper look at the movement and its implications for the future.
About this event.

From bionic eyes to designing new senses and extending life expectancy, transhumanists are redefining what it means to be human. This talk takes a deeper look at the movement and its implications for the future of humanity.

Transhumanism is the belief that human beings are destined to transcend their mortal flesh through technology. From bionic eyes to designing new senses and extending life expectancy, transhumanists are redefining what it means to be human.

The profiles of transhumans are as diverse as its application. From artists and CEOs to academics and bedroom hackers, the transhumanist movement raises some important questions for us all.

The concept of linking many minds together to act in concert, or even fuse into a new singular entity, has been popular in science fiction for decades. Today we will explore the idea and Networked Intelligence in general, to see how realistic it is, and what benefits or concerns might arise from it.

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Cover Art by Jakub Grygier: https://www.artstation.com/artist/jakub_grygier.

Graphics Team:
Edward Nardella.
Jarred Eagley.
Justin Dixon.
Katie Byrne.
Kris Holland.
Misho Yordanov.
Murat Mamkegh.
Pierre Demet.
Sergio Botero.
Stefan Blandin.

Script Editing:

Solar power could be gathered far away in space and transmitted wirelessly down to Earth to wherever it is needed. The European Space Agency (ESA) plans to investigate key technologies needed to make Space-Based Solar Power a working reality through its SOLARIS initiative. Recently in Germany, one of these technologies, wireless power transmission, was demonstrated to an audience of decision-makers from business and government.

The demonstration took place at Airbus’ X-Works Innovation Factory in Munich. Microwave beaming was used to transmit green energy between two points representing ‘Space’ and ‘Earth’ over a distance of 36 meters.

The received power was used to light up a model city and produce green hydrogen by splitting water. It even served to produce the world’s first wirelessly cooled 0% alcohol beer in a fridge before being served to the watching audience.

Remember that some of the molecules in your “fresh” sip of water are actually billions of years old—far older than the solar system itself.

It looks doubtful that water existed on Earth before the solar system in which it is located. However, a recent peer-reviewed study published in the journal Science supports this.

Astronomers arrived at this conclusion by demonstrating that water in our solar system had to have been produced inside the huge cloud of gas and dust that preceded and was required for the creation of the star known as the Sun. This implies that water existed before the Sun exploded into a star, water that eventually made its way to Earth via “wet rocks” such as asteroids or comets.

The collective motion of animals in a group is a fascinating topic of research for many scientists. Understanding these collective behaviors can sometimes inspire the development of strategies for promoting positive social change, as well as technologies that emulate nature.

Many studies describe flocking behavior as a self-organized process, with individuals in a group continuously adapting their direction and speed to ultimately achieve a “collective” motion. This perspective, however, does not consider the exhibited by many and the possible benefits of having a “leader” guide the way.

Luis Gómez-Nava, Richard Bon and Fernando Peruani, three researchers at Université Côte d’Azur, Université de Toulouse, and CY Cergy Paris Université have recently used physics theory to examine the collective behavior of small flocks of sheep. Their findings, published in Nature Physics, show that by alternating between the role of leader and follower, the flock ultimately achieves some form of “.”