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When we speak of posthumanism we refer to the expansion of the “natural” faculties of the human being, and more concretely to the fusion between meat and digital technology …
According to Wikipedia a cyborg is an “organism that has restored function or enhanced abilities due to the integration of some artificial component or technology that relies on some sort of feedback”. For the essential author Donna Haraway “the cyborg is a figure born from the interface between the automaton and autonomy”. As blogger and author Plácida Ye-Yé explains for Haraway “the cyborg is at the same time what we are –carnality- and what we can be –future cyborg, emancipatory possibilities-” therefore “if our future depends on thinking differently, the cyborg offers us a transitory ontology for the present, an imagery that recognizes the process of constant redefinition that is going to suppose take on the new era”. Evidently this theories affect a large number of topics: technology, epistemology, politics, science, art, or feminism.
In reference to this hybridation between humans and communication machiens catalonian philosopher and UOC teacher Pau Alsina explains in his text “Humanism 2.0: Art, science, technology and society” that “the image of the body and the body itself are found in the impacts caused by the information and communication technologies, seeing themselves in this way propelled to the understanding of the new experiences that come to us”. This point of view includes –from the perspective of Derrick de Kerckhove – the creation of new types of human typologies identities, and sensorial experiences like: teleception, expansion, multiple personality or proprioception.
My article for the Cato Institute via Cato Unbound is out. Cato is one of the leading think tanks in the world, so I’m excited they are covering transhumanism:
Zoltan Istvan describes a complicated future when humans aren’t the only sapients around anymore. Citizenship for “Sophia” was a publicity stunt, but it won’t always be so. Istvan insists that if technology continues on the path it has traveled, then there is only one viable option ahead for humanity: We must merge with our creations and “go full cyborg.” If we do not, then machines may easily replace us.
Posted in biotech/medical
Scientists have just performed the world’s most precisely controlled chemical reaction, sticking together just two atoms from elements that wouldn’t normally form a molecule.
The two elements — sodium and caesium — produced an interesting alloy-like molecule. On top of that, this method of creation could set the way of making just the kind of materials we might need in future technology.
A team of Harvard University scientists used laser ‘tweezers’ to manipulate individual atoms of the two alkali metals into close proximity, and provided a photon to help them bond into a single molecule.
Vancouver, British Columbia, Canada
Imagine if you could gather thousands of writers in a circle to discuss one question. What would optimist Thomas L. Friedman say about intervening in Syria, for example? Would chaos theorist Santo Banerjee concur?
Google now has a way to convene that kind of forum—in half a second. Speaking to TED curator Chris Anderson yesterday (April 13), legendary futurist Ray Kurzweil introduced “Talk to Books” a new way to find answers on the internet that should bring pleasure to researchers, bookworms and anyone seeking to expand their thinking on a range of topics.
If you’ve read anything about quantum computers, you may have encountered the statement, “It’s like computing with zero and one at the same time.” That’s sort of true, but what makes quantum computers exciting is something spookier: entanglement.
A new quantum device entangles 20 quantum bits together at the same time, making it perhaps one of the most entangled, controllable devices yet. This is an important milestone in the quantum computing world, but it also shows just how much more work there is left to do before we can realize the general-purpose quantum computers of the future, which will be able to solve big problems relating to AI and cybersecurity that classical computers can’t.
“We’re now getting access to single-particle-control devices” with tens of qubits, study author Ben Lanyon from the Institute for Quantum Optics and Quantum Information in Austria told Gizmodo. Soon, “we can get to the level where we can create super-exotic quantum states and see how they behave in the lab. I think that’s very exciting.”
Seven Brief Lessons on Physics sold over a million copies around the world. Now Rovelli is back to explore the mysteries of time. He tells Charlotte Higgins about student revolution and how his quantum leap began with an acid trip.
• Extract from Carlo Rovelli’s new book: on the elastic concept of time.
