Yann Le Cun : « Les applications bénéfiques de l’intelligence artificielle vont, de loin, l’emporter » Spécialiste renommé de l’intelligence artificielle (IA), Yann Le Cun est professeur à l’université de New York et responsable de la recherche en IA chez Facebook. Il a été titulaire, en 2016, de la chaire « informatique et sciences numériques » au Collège de France. Il a notamment écrit Quand la machine apprend. La révolution des neurones artificiels et de l’apprentissage profond (Odile Jacob, 2019). Comment répondez-vous aux nombreuses critiques qui fleurissent sur les effets potentiels, imaginaires ou réels, de l’IA ? Il y a beaucoup d’effets positifs que les gens ignorent, certains sont potentiellement négatifs et d’autres relèvent du fantasme. Aujourd’hui, quand on achète une voiture, celle-ci intègre un système nommé AEBS [Advanced Emergency Braking System], reposant sur des méthodes d’IA, qui permet par exemple de détecter qu’un piéton traverse la rue devant une voiture et qui entraîne automatiquement son freinage pour éviter l’accident.
Incompatibilism Contradiction of free will and determinism Incompatibilism is the view that the thesis of determinism is logically incompatible with the classical thesis of free will. The term was coined in the 1960s, most likely by philosopher Keith Lehrer.[1][2] The term compatibilism was coined (also by Lehrer) to name the view that the classical free will thesis is logically compatible with determinism, i.e. it is possible for an ordinary human to exercise free will (the freedom-relevant ability to do otherwise), even in a universe where determinism is true. Definition[edit] On one recent taxonomy, there are now at least three substantively different, non-classical uses of the term incompatibilism, namely: neo-classical incompatibilism, post-classical incompatibilism (a.k.a. incompossibilism), and anti-classical incompatibilism. Libertarianism[edit] Hard determinism[edit] Moral implications[edit] Hard incompatibilism[edit] Experimental research[edit] See also[edit] References[edit]
Atheism Atheism is, in a broad sense, the rejection of belief in the existence of deities.[1][2] In a narrower sense, atheism is specifically the position that there are no deities.[3][4][5] Most inclusively, atheism is the absence of belief that any deities exist.[4][5][6][7] Atheism is contrasted with theism,[8][9] which, in its most general form, is the belief that at least one deity exists.[9][10][11] The term "atheism" originated from the Greek ἄθεος (atheos), meaning "without god(s)", used as a pejorative term applied to those thought to reject the gods worshiped by the larger society.[12] With the spread of freethought, skeptical inquiry, and subsequent increase in criticism of religion, application of the term narrowed in scope. The first individuals to identify themselves using the word "atheist" lived in the 18th century during the Age of Enlightenment. Arguments for atheism range from the philosophical to social and historical approaches. Definitions and distinctions Range Concepts
Innovation at the Highest Levels: GE and Google Bio Maria Bartiromo Maria Bartiromo is anchor of CNBC’s “Closing Bell” and anchor and managing editor of the nationally syndicated “Wall Street Journal Report,” the most watched financial news program in America. Beth Comstock Beth Comstock leads GE's growth and market-innovation initiatives, as well as the sales, marketing and communications functions. Previously she served as President of Integrated Media at NBC Universal where she oversaw ad sales, marketing and research, and led the company's digital media development and distribution, including the formation of hulu.com, Peacock Equity and the acquisition of ivillage.com. In 2003, she was named GE's first Chief Marketing officer in more than 20 years introducing the ecomagination platform, as well as a new innovation pipeline and the "imagination at work" brand campaign. Comstock held a succession of roles at GE, NBC, CBS and Turner Broadcasting. Anjali Joshi To download this program become a Front Row member. General Electric Co.
Neuroscience of free will On several different levels, from neurotransmitters through neuron firing rates to overall activity, the brain seems to "ramp up" before movements. This image depicts the readiness potential (RP), a ramping-up activity measured using EEG. The onset of the RP begins before the onset of a conscious intention or urge to act. Some have argued that this indicates the brain unconsciously commits to a decision before consciousness awareness. Others have argued that this activity is due to random fluctuations in brain activity, which drive arbitrary, purposeless movements.[1] Philosophers like Daniel Dennett or Alfred Mele consider the language used by researchers. Overview[edit] ...the current work is in broad agreement with a general trend in neuroscience of volition: although we may experience that our conscious decisions and thoughts cause our actions, these experiences are in fact based on readouts of brain activity in a network of brain areas that control voluntary action... William R.
How AI Is Helping Companies Break Silos AI is helping companies coordinate their workflows to achieve great efficiency and more synchronization. MIT SMR Frontiers This article is part of an MIT SMR initiative exploring how technology is reshaping the practice of management. Anyone who has ever worked for a large organization knows that information silos are a challenging fact of life. They’re evident internally: The left hand doesn’t always know what the right hand is doing, and employees who are supposed to be working in concert are out of sync. Silos exist externally, too. But as companies start to experiment with new technologies that break down silos, things might begin to look different. UPS, the Atlanta-based shipping giant, is a prime example of how companies can embrace new technology for operational efficiency and better outcomes. The beauty of NPT, however, is not just its algorithm; rather, it’s that the app empowers human engineers to make better decisions. Becton, Dickinson and Co.
Libertarianism Traditionally, libertarianism was a term for a form of left-wing politics; such left-libertarian ideologies seek to abolish capitalism and private ownership of the means of production, or else to restrict their purview or effects, in favor of common or cooperative ownership and management, viewing private property as a barrier to freedom and liberty.[6][7][8][9] In the United States, modern right-libertarian ideologies, such as minarchism and anarcho-capitalism, co-opted the term in the mid-20th century to instead advocate laissez-faire capitalism and strong private property rights, such as in land, infrastructure, and natural resources.[10][11][12] Etymology[edit] The 17 August 1860 edition of Le Libertaire: Journal du Mouvement Social, a libertarian communist publication in New York In the mid-1890s, Sébastien Faure began publishing a new Le Libertaire while France's Third Republic enacted the lois scélérates ("villainous laws"), which banned anarchist publications in France.
Dissolution of the Monasteries The Dissolution of the Monasteries, sometimes referred to as the Suppression of the Monasteries, was the set of administrative and legal processes between 1536 and 1541 by which Henry VIII disbanded monasteries, priories, convents and friaries in England, Wales and Ireland, appropriated their income, disposed of their assets, and provided for their former members and functions. He was given the authority to do this in England and Wales by the Act of Supremacy, passed by Parliament in 1534, which made him Supreme Head of the Church in England, thus separating England from Papal authority, and by the First Suppression Act (1536) and the Second Suppression Act (1539). Context[edit] Henry VIII c.1537 The 200 houses of friars in England and Wales constituted a second distinct wave of foundations almost all occurring in the 13th century. The monasteries were next in line. English precedents of the Church[edit]
Wired 13.03: Mind Control Matt Nagle is paralyzed. He's also a pioneer in the new science of brain implants. By Richard MartinPage 1 of 4 next » Matthew Nagle is beating me at Pong. "O, baby," he mutters. The creases in his forehead deepen as he moves the onscreen paddle to block the ball. Story Tools Story Images Click thumbnails for full-size image: The remarkable thing about Nagle is not that he plays skillfully; it's that he can play at all. A bundle of wires as thick as a coaxial cable runs from a connector in Nagle's scalp to a refrigerator-sized cart of electronic gear. Nagle, 25, is the first patient in a controversial clinical trial that seeks to prove brain-computer interfaces can return function to people paralyzed by injury or disease. After we play Pong for a while, I ask Nagle to try something I'd seen him do in a video: draw a circle. Today, Nagle barely gets to imperfect. "I'm tryin', dude," Nagle says, cursing softly. Roughly the size of a deflated volleyball, your brain weighs about 3 pounds.