Need PowerPoint Inspiration? SlideShare's Top 5 Fun Presentation Ideas | PGi Blog We all love to hate a horrendous presentation, but SlideShare’s amazingly talented crowd has some amazingly fun presentation ideas that will help you be the best in your company. Here are the top 5 SlideShare presentations with fun presentation ideas you can use today. 1. Death by PowerPoint (and how to fight it) — Alexei Kapterev The stats in this presentation are awe-inspiring, with an estimated 300 million PowerPoint users worldwide giving an average of 30 million presentations each day. 2. This author’s personal favorite “presentation about presentations,” Mr. 3. PGi’s own fun presentation ideas guide is a presentations sneak peek from its powerful eBook of the same name. 4. Mr. 5. Slide Comet’s presentation takes the world’s best presenters and boils down their techniques into slide design tips you can use. What are your favorite presentations about presentations on SlideShare?
The future of medicine | Playlist Now playing One hundred sixty years after the invention of the needle and syringe, we’re still using them to deliver vaccines; it’s time to evolve. Biomedical engineer Mark Kendall demos the Nanopatch, a one-centimeter-by-one-centimeter square vaccine that can be applied painlessly to the skin. 'Cyborg' spinal implant could help paralysed walk again The implant, called ‘e-Dura’, is so effective because it mimics the soft tissue around the spine – known as the dura mater – so that the body does not reject its presence. “Our e-Dura implant can remain for a long period of time on the spinal cord or cortex,” said Professor Stéphanie Lacour. “This opens up new therapeutic possibilities for patients suffering from neurological trauma or disorders, particularly individuals who have become paralyzed following spinal cord injury.” Previous experiments had shown that chemicals and electrodes implanted in the spine could take on the role of the brain and stimulate nerves, causing the rats' legs to move involuntarily when they were placed on a treadmill. But this is the first study to show a simple gadget can help rats walk again and be tolerated by the body. The electronic ribbon is placed directly onto the spinal cord However the new gadget is flexible and stretchy enough that it can be placed directly onto the spinal cord.
Alejandro Jodorowsky Alejandro Jodorowsky (Spanish: [aleˈxandɾo xoðoˈɾofski]; born 17 February 1929)[1][2][3] is a Chilean[4][5] filmmaker, playwright, play director, actor, author, poet, musician, comics writer and spiritual guru. Best known for his avant-garde films, he has been "venerated by cult cinema enthusiasts" for his work which "is filled with violently surreal images and a hybrid blend of mysticism and religious provocation".[6] Born to Jewish-Ukrainian parents in Chile, Jodorowsky experienced an unhappy and alienated childhood, and so immersed himself in reading and writing poetry. Dropping out of college, he became involved in theater and in particular mime, working as a clown before founding his own theater troupe, the Teatro Mimico, in 1947. Moving to Paris in the early 1950s, Jodorowsky studied mime under Étienne Decroux before turning to cinema, directing the short film Les têtes interverties in 1957. Biography[edit] Early years (1929–1952)[edit] Dune and Tusk (1975–1980)[edit] Comics[edit]
Scientists Regenerate Leg Muscles With Pig Bladder Tissue Muscle can regenerate after an injury, but not if large amounts are destroyed -- such as with military wounds and traumatic accidents. Treatments are limited for these extreme cases of muscle loss, where scar tissue formed to fill in the gap. Stem cells have been shown to work, and these therapies usually follow a similar pattern: take stem cells from the patient, help them develop into the cells of choice, then inject them back. Now, a University of Pittsburgh team led by Stephen Badylak developed a different kind of stem cell treatment that doesn’t involve taking out and adding back stem cells; rather, the stem cells stay in the body. To create thin sheets of biological scaffolding, the team stripped the lining of pig bladders of all their cells -- except for collagen, sugars, and structural proteins. After the method was successful in rodents with injured hind limbs, the team moved on to humans who have lost between 58 and 90 percent of their leg muscle.
Quantum computing and new approaches to Artificial Intelligence could get the resources to achieve real breakthroughs in computing Ramez Naam made a case against a technological Singularity will take longer. Ramez gives examples and problems to achieving an intelligence explosion * the complexity of important problems like computational chemistry have exponentially increasing complexity - if designing intelligence is an N^2 problem, an AI that is 2x as intelligent as the entire team that built it (not just a single human) would be able to design a new AI that is only 70% as intelligent as itself * There are already entities with vastly greater than human intelligence working on the problem of augmenting their own intelligence. A great many, in fact. Let's focus on as a very particular example: The Intel Corporation. * should Intel, or Google, or some other organization succeed in building a smarter-than-human AI, it won't immediately be smarter than the entire set of humans and computers that built it, Quantum computers have the technological potential to more rapidly crack larger exponentially complex problems.
Paralyzed woman walks again with 3D-printed robotic exoskeleton A 3D printed robotic exoskeleton has enabled a woman paralyzed from the waist down to walk again Image Gallery (5 images) 3D Systems, in collaboration with Ekso Bionics, has created a 3D-printed robotic exoskeleton that has restored the ability to walk in a woman paralyzed from the waist down. View all Robotic exoskeletons were once the stuff of sci-fi movies, bestowing their wearers with superhuman strength and speed. ReWalk has provided powered exoskeletons for individuals with spinal cord injuries since 2011 and the EU-funded Mindwalker project has developed a mind-controlled robotic exoskeleton. Boxtel's Ekso-Suit was created by first scanning her thighs, shins and spine to create a model from which the basic personalized exoskeleton could be 3D-printed. "This project represents the triumph of human creativity and technology that converged to restore my authentic functionality in a stunningly beautiful, fashionable and organic design," says Boxtel. Source: 3D Systems About the Author
¿Qué ocurrirá cuando, dentro de no mucho tiempo, ya no sea necesario el trabajo humano? Paco Bello | Iniciativa Debate | 19/04/2014 La respuesta a esta pregunta es el mejor antídoto para la confusión producida por el envenenamiento por liberalismo económico agudo. Es una tremenda patada neuronal que debería hacernos reaccionar y poner en jaque todas nuestras convicciones. Y no precisamente pensando en ese día, sino en el día de hoy, en el que ya hemos superado el ecuador de un proceso inapelable, pero sin notar sus posibles beneficios, sino quizá todo lo contrario. Hacerle frente a esta cuestión hace que nos encontremos con dos nuevas preguntas: ¿qué tipo de sociedad hemos permitido?, y ¿qué tipo de sociedad queremos? Y ahora olvidemos lo planteado y hablemos de las predicciones de uno de los economistas más nombrados de los últimos años, pese a que sus trabajos tuvieron lugar principalmente en las décadas de los 20 y 30 del siglo pasado. Lo mejor de este ensayo es comprobar en qué acertó y en qué se equivocó y el porqué. ¿Y si esto es así, por qué no trabajamos menos?
MIT researchers augment humans with extra robotic arms Featured in comic books since 1963, Dr. Octopus, or "Doc Ock" is an enemy of Spiderman with four extra robotic arms attached to his back that assist him in his nefarious plans. That vision of humans with extra limbs – minus the supervillain part – is taking shape at MIT with researchers adding "supernumerary robotic arms" to assist with tasks that ordinary two-armed humans would find difficult. View all There are many tasks around the house or factory that you have probably said to yourself, “if I only an extra arm, this would be a lot easier." The project is being run at MIT’s d'Arbeloff Laboratory for Information Systems and Technology and headed by Federico Parietti and Baldin Llorens-Bonilla, both in the Mechanical Engineering Department. The concept was demonstrated with installing ceiling panels in an airplane, a task that must be duplicated dozens of times in the construction of an airliner. The arms are programmed by the "teach by demonstration" method.
What is a Book Sprint? | BookSprints.net A Book Sprint brings together a group to produce a book in 3-5 days. There is no pre-production and the group is guided by a facilitator from zero to published book. The books produced are high quality content and are made available immediately at the end of the sprint via print-on-demand services and e-book formats. The Sprint Table Zero to book in 5 days. There are three important outcomes from Book Sprints: * Producing a book* Sharing knowledge* Team/community building Books Sprints produce great books and they are a great learning environment and team-building process. This kind of spectacular efficiency can only occur because of intense collaboration, facilitation and synchronous shared production environments. There are five main parts of a Book Sprint (thanks to Dr D. 1. Here are some interesting articles that provide more detail on the process: * 0 to Book in 3 Days? BookSprints.net is where the Book Sprint methodology all started.