A continuación un trailer de lo que puedes llegar a hacer con Nintendo Labo
Nintendo Labo - Overview Trailer
Make, Play, and Discover with Nintendo Labo! Have fun making DIY cardboard creations called Toy-Con, bring them to life with the technology of the Nintendo Switch system to play games, and discover the magic behind how each Toy-Con works. Express your creativity by customizing Toy-Con creations with your own color, stickers, paint, and more. You can even invent your own Toy-Con projects!
Nintendo Toy-Con 01: Variety Kit & Nintendo Toy-Con 02: Robot Kit available now!
Learn more about Nintendo Labo! https://labo.nintendo.com
lunes, abril 30, 2018
Nintendo Labo 3: Make
El nuevo invento de Nintendo del que estamos hablando en los últimos posts de Emeshing.com es Nintendo Labo. El leitmotiv de Nintendo Labo es: "Make, Play, Discover"
Así pues en el post de hoy vamos a profundizar más en lo que significa Make en Nintendo Labo:
En los sets de Nintendo Labs encontrarás una serie de piezas con las que contruir una serie de robots o artilugios para luego jugar con ellos
Build your own Toy-Con creations
Setting you up for DIY success
En el interior de tus creaciones DIY (Do It Yourself) añades el mando de tu Nintendo Switch para así conseguir interactuar con tu creación
Add a Nintendo Switch system and play!
A continuación algunos de los artilugios que puedes fabricar con los kits de Nintendo Labo:
Look at what you can make
It's easy to follow along with interactive step-by-step instructions
Así pues en el post de hoy vamos a profundizar más en lo que significa Make en Nintendo Labo:
En los sets de Nintendo Labs encontrarás una serie de piezas con las que contruir una serie de robots o artilugios para luego jugar con ellos
Build your own Toy-Con creations
Setting you up for DIY success
En el interior de tus creaciones DIY (Do It Yourself) añades el mando de tu Nintendo Switch para así conseguir interactuar con tu creación
Add a Nintendo Switch system and play!
A continuación algunos de los artilugios que puedes fabricar con los kits de Nintendo Labo:
Look at what you can make
It's easy to follow along with interactive step-by-step instructions
domingo, abril 29, 2018
TED: The psychology of your future self (by Dan Gilbert)
La charla que os propongo hoy se titula The psychology of your future self por parte de Dan Gilbert
The psychology of your future self | Dan Gilbert
"Human beings are works in progress that mistakenly think they're finished." Dan Gilbert shares recent research on a phenomenon he calls the "end of history illusion," where we somehow imagine that the person we are right now is the person we'll be for the rest of time. Hint: that's not the case.
TEDTalks is a daily video podcast of the best talks and performances from the TED Conference, where the world's leading thinkers and doers give the talk of their lives in 18 minutes (or less). Look for talks on Technology, Entertainment and Design -- plus science, business, global issues, the arts and much more.
The psychology of your future self | Dan Gilbert
"Human beings are works in progress that mistakenly think they're finished." Dan Gilbert shares recent research on a phenomenon he calls the "end of history illusion," where we somehow imagine that the person we are right now is the person we'll be for the rest of time. Hint: that's not the case.
TEDTalks is a daily video podcast of the best talks and performances from the TED Conference, where the world's leading thinkers and doers give the talk of their lives in 18 minutes (or less). Look for talks on Technology, Entertainment and Design -- plus science, business, global issues, the arts and much more.
Nintendo Labo 2: Make, Play and Discover
Hoy empiezo un conjunto de posts sobre las posibilidades del nuevo Nintendo Labo que la multinacional nipona sacó al mercado recientemente.
Nintendo Labo viene a ser una extensión de la Nintendo Switch para poder jugar en el mundo real montando todo tipo de artilugios:gadgets, robots o animales siempre handmade. De esta forma el niño o la niña podran crear sus propios juguetes STEAM.
Nintendo Labo
Make - Play - Discover
Los precios de Nintendo Labo oscilan en entre los 69,99$ del Toy-Con 01 Variety Kit, y los 79,99$ del Toy-Con 02 Robot Kit.
Una vez tienes contruido tu artilugio puedes decorarlo, y en la web aparecen varias ideas de como hacerlo, o incluso puedes inventar y diseñar tu artilugio con la herramienta Toy-Con Garage
Hay gran variedad de vídeos en Internet que permiten descubrir de lo que es Nintendo Labo y te dan ideas de los robots o artiluguis que puedes llegar a construir con tus propias manos y la ayuda de Nintendo Labo.
Nintendo Labo viene a ser una extensión de la Nintendo Switch para poder jugar en el mundo real montando todo tipo de artilugios:gadgets, robots o animales siempre handmade. De esta forma el niño o la niña podran crear sus propios juguetes STEAM.
Nintendo Labo
Make - Play - Discover
Los precios de Nintendo Labo oscilan en entre los 69,99$ del Toy-Con 01 Variety Kit, y los 79,99$ del Toy-Con 02 Robot Kit.
Una vez tienes contruido tu artilugio puedes decorarlo, y en la web aparecen varias ideas de como hacerlo, o incluso puedes inventar y diseñar tu artilugio con la herramienta Toy-Con Garage
Hay gran variedad de vídeos en Internet que permiten descubrir de lo que es Nintendo Labo y te dan ideas de los robots o artiluguis que puedes llegar a construir con tus propias manos y la ayuda de Nintendo Labo.
sábado, abril 28, 2018
Primer vistazo a Nintendo Labo 1
Hoy quiero que le echemos un vistazo a la nueva creación de Nintendo denominada Nintendo Labo de la que voy a hablar en algunos posts...
First Look at Nintendo Labo
Get ready to Make, Play and Discover with Nintendo Labo! Nintendo Labo is a new line of interactive build-and-play experiences that combine DIY creations with the magic of Nintendo Switch. Available on April 20, 2018!
Learn more about Nintendo Labo here: https://labo.nintendo.com
First Look at Nintendo Labo
Get ready to Make, Play and Discover with Nintendo Labo! Nintendo Labo is a new line of interactive build-and-play experiences that combine DIY creations with the magic of Nintendo Switch. Available on April 20, 2018!
Learn more about Nintendo Labo here: https://labo.nintendo.com
TED: The Housing First approach to homelessness (Lloyd Pendleton)
Este sábado os traigo a continuación la charla TED The Housing First approach to homelessness (Lloyd Pendleton)
TED: The Housing First approach to homelessness (Lloyd Pendleton)
What do you think would happen if you invited an individual with mental health issues who had been homeless for many years to move directly from the street into housing? Lloyd Pendleton shares how he went from skeptic to believer in the Housing First approach to homelessness -- providing the displaced with short-term assistance to find permanent housing quickly and without conditions -- and how it led to a 91 percent reduction in chronic homelessness over a ten-year period in Utah.
This video was produced by TEDMED. TED's editors featured it among our daily selections on the home page.
Lloyd Pendleton wants to eliminate chronic homelessness.
Lloyd Pendleton began his career as Director of Utah’s Homeless Task Force in 2006 with the goal of functionally eliminating the state’s chronic homelessness problem within 10 years. In his 2016 TEDMED Talk, Lloyd shares the inspiring account of how Utah's Housing First program reduced the number of chronically homeless from 1,932 to 168 in just 10 years.
TED: The Housing First approach to homelessness (Lloyd Pendleton)
What do you think would happen if you invited an individual with mental health issues who had been homeless for many years to move directly from the street into housing? Lloyd Pendleton shares how he went from skeptic to believer in the Housing First approach to homelessness -- providing the displaced with short-term assistance to find permanent housing quickly and without conditions -- and how it led to a 91 percent reduction in chronic homelessness over a ten-year period in Utah.
This video was produced by TEDMED. TED's editors featured it among our daily selections on the home page.
Lloyd Pendleton wants to eliminate chronic homelessness.
Lloyd Pendleton began his career as Director of Utah’s Homeless Task Force in 2006 with the goal of functionally eliminating the state’s chronic homelessness problem within 10 years. In his 2016 TEDMED Talk, Lloyd shares the inspiring account of how Utah's Housing First program reduced the number of chronically homeless from 1,932 to 168 in just 10 years.
viernes, abril 27, 2018
Drunk in Love (by Beyoncé ft. JAY Z)
El vídeo que os propongo este viernes es el protagonizado por la pareja que forman Beyoncé y Jay Z.
Beyoncé - Drunk in Love (Explicit) ft. JAY Z
BEYONCÉ Platinum Edition.
Available on iTunes: http://beyonce.lk/itunesplatinum
Available on Amazon: http://beyonce.lk/platinumam
Box Set includes : 2 New Tracks . 4 New Remixes . 10 Live performances . 2015 Mini Calendar . 2 Photo Books . 17 Music Videos
Music video by Beyoncé feat. Jay Z performing Drunk in Love. (C) 2013 Columbia Records, a Division of Sony Music Entertainment
Beyoncé - Drunk in Love (Explicit) ft. JAY Z
BEYONCÉ Platinum Edition.
Available on iTunes: http://beyonce.lk/itunesplatinum
Available on Amazon: http://beyonce.lk/platinumam
Box Set includes : 2 New Tracks . 4 New Remixes . 10 Live performances . 2015 Mini Calendar . 2 Photo Books . 17 Music Videos
Music video by Beyoncé feat. Jay Z performing Drunk in Love. (C) 2013 Columbia Records, a Division of Sony Music Entertainment
jueves, abril 26, 2018
8 principales industrias dónde aplicar Inteligencia Artificial - Where industries will put practical AI to work (by PwC)
En el post de hoy os muestro una interesante infografía que refleja las 8 principales industrias dónde poner en práctica AI o Inteligencia Artificial:
Where industries will put practical AI to work (by PwC)
Where industries will put practical AI to work (by PwC)
miércoles, abril 25, 2018
Quantum ‘spookiness' explained
Un interesante vídeo que explica una de las propiedades de la física cuantica que no llegó a creer si Einstein
Quantum ‘spookiness' explained
Quantum physics has never made much sense. Einstein never liked the idea that separated particles could influence each other - ‘spooky action at a distance’ - but a new variation on a famous experiment may have proved its existence once and for all. Nature Video dives into a world where quantum entanglement and quantum superposition seem to defy all laws of common sense.
Si vamos a Wikipedia encontraremos la siguiente explicación de Quantum entanglement
Quantum entanglementis a physical phenomenon which occurs when pairs or groups of particles are generated or interact in ways such that the quantum state of each particle cannot be described independently of the state of the other(s), even when the particles are separated by a large distance—instead, a quantum state must be described for the system as a whole.
Measurements of physical properties such as position, momentum, spin, and polarization, performed on entangled particles are found to be correlated. For example, if a pair of particles are generated in such a way that their total spin is known to be zero, and one particle is found to have clockwise spin on a certain axis, the spin of the other particle, measured on the same axis, will be found to be counterclockwise, as to be expected due to their entanglement. However, this behavior gives rise to paradoxical effects: any measurement of a property of a particle can be seen as acting on that particle (e.g., by collapsing a number of superposed states) and will change the original quantum property by some unknown amount; and in the case of entangled particles, such a measurement will be on the entangled system as a whole. It thus appears that one particle of an entangled pair "knows" what measurement has been performed on the other, and with what outcome, even though there is no known means for such information to be communicated between the particles, which at the time of measurement may be separated by arbitrarily large distances.
Such phenomena were the subject of a 1935 paper by Albert Einstein, Boris Podolsky, and Nathan Rosen,[1] and several papers by Erwin Schrödinger shortly thereafter,[2][3] describing what came to be known as the EPR paradox. Einstein and others considered such behavior to be impossible, as it violated the local realist view of causality (Einstein referring to it as "spooky action at a distance")[4] and argued that the accepted formulation of quantum mechanics must therefore be incomplete. Later, however, the counterintuitive predictions of quantum mechanics were verified experimentally.[5] Experiments have been performed involving measuring the polarization or spin of entangled particles in different directions, which—by producing violations of Bell's inequality—demonstrate statistically that the local realist view cannot be correct. This has been shown to occur even when the measurements are performed more quickly than light could travel between the sites of measurement: there is no lightspeed or slower influence that can pass between the entangled particles.[6] Recent experiments have measured entangled particles within less than one hundredth of a percent of the travel time of light between them.[7] According to the formalism of quantum theory, the effect of measurement happens instantly.[8][9] It is not possible, however, to use this effect to transmit classical information at faster-than-light speeds[10] (see Faster-than-light § Quantum mechanics).
Quantum entanglement is an area of extremely active research by the physics community, and its effects have been demonstrated experimentally with photons,[11][12][13][14] neutrinos,[15] electrons,[16][17] molecules the size of buckyballs,[18][19] and even small diamonds.[20][21] Research is also focused on the utilization of entanglement effects in communication and computation.
El entrelazamiento cuántico (Quantenverschränkung, originariamente en alemán) es una propiedad predicha en 1935 por Einstein, Podolsky y Rosen (en lo sucesivo EPR) en su formulación de la llamada paradoja EPR.
El término fue introducido en 1935 por Erwin Schrödinger para describir un fenómeno de mecánica cuántica que se demuestra en los experimentos, pero inicialmente no se comprendió bien su relevancia para la física teórica. Un conjunto de partículas entrelazadas (en su término técnico en inglés: entangled) no pueden definirse como partículas individuales con estados definidos, sino como un sistema con una función de onda única para todo el sistema.
El entrelazamiento es un fenómeno cuántico, sin equivalente clásico, en el cual los estados cuánticos de dos o más objetos se deben describir mediante un estado único que involucra a todos los objetos del sistema, aún cuando los objetos estén separados espacialmente. Esto lleva a correlaciones entre las propiedades físicas observables. Por ejemplo, es posible preparar (enlazar) dos partículas en un solo estado cuántico de espín nulo, de forma que cuando se observe que una gira hacia arriba, la otra automáticamente recibirá una «señal» y se mostrará como girando hacia abajo, pese a la imposibilidad de predecir, según los postulados de la mecánica cuántica, qué estado cuántico se observará. Esas fuertes correlaciones hacen que las medidas realizadas sobre un sistema parezcan estar influyendo instantáneamente otros sistemas que están enlazados con él, y sugieren que alguna influencia se tendría que estar propagando instantáneamente entre los sistemas, a pesar de la separación entre ellos.
No obstante, no parece que se pueda transmitir información clásica a velocidad superior a la de la luz mediante el entrelazamiento porque no se puede transmitir ninguna información útil a más velocidad que la de la luz. Sólo es posible la transmisión de información usando un conjunto de estados entrelazados en conjugación con un canal de información clásico, también llamado teleportación cuántica. Mas, por necesitar de ese canal clásico, la información útil no podrá superar la velocidad de la luz. El entrelazamiento cuántico fue en un principio planteado por sus autores (Einstein, Podolsky y Rosen) como un argumento en contra de la mecánica cuántica, en particular con vistas a probar su incompletitud puesto que se puede demostrar que las correlaciones predichas por la mecánica cuántica son inconsistentes con el principio del realismo local, que dice que cada partícula debe tener un estado bien definido, sin que sea necesario hacer referencia a otros sistemas distantes.
Con el tiempo se ha acabado definiendo como uno de los aspectos más peculiares de esta teoría, especialmente desde que el físico norirlandés John S. Bell diera un nuevo impulso a este campo en los años 60 gracias a un refinado análisis de las sutilezas que involucra el entrelazamiento. La propiedad matemática que subyace a la propiedad física de entrelazamiento es la llamada no separabilidad. Además, los sistemas físicos que sufren entrelazamiento cuántico son típicamente sistemas microscópicos (casi todos los que se conocen de hecho lo son), pues, según se entendía, esta propiedad se perdía en el ámbito macroscópico debido al fenómeno de la Decoherencia cuántica. Sin embargo más recientemente, un experimento1 ha logrado el citado entrelazamiento en diamantes milimétricos, llevando así este fenómeno al nivel de lo macroscópico.
El entrelazamiento es la base de tecnologías en fase de desarrollo, tales como la computación cuántican. 1 o la criptografía cuántica, y se ha utilizado en experimentos de teleportación cuántica.
Quantum ‘spookiness' explained
Quantum physics has never made much sense. Einstein never liked the idea that separated particles could influence each other - ‘spooky action at a distance’ - but a new variation on a famous experiment may have proved its existence once and for all. Nature Video dives into a world where quantum entanglement and quantum superposition seem to defy all laws of common sense.
Si vamos a Wikipedia encontraremos la siguiente explicación de Quantum entanglement
Quantum entanglementis a physical phenomenon which occurs when pairs or groups of particles are generated or interact in ways such that the quantum state of each particle cannot be described independently of the state of the other(s), even when the particles are separated by a large distance—instead, a quantum state must be described for the system as a whole.
Measurements of physical properties such as position, momentum, spin, and polarization, performed on entangled particles are found to be correlated. For example, if a pair of particles are generated in such a way that their total spin is known to be zero, and one particle is found to have clockwise spin on a certain axis, the spin of the other particle, measured on the same axis, will be found to be counterclockwise, as to be expected due to their entanglement. However, this behavior gives rise to paradoxical effects: any measurement of a property of a particle can be seen as acting on that particle (e.g., by collapsing a number of superposed states) and will change the original quantum property by some unknown amount; and in the case of entangled particles, such a measurement will be on the entangled system as a whole. It thus appears that one particle of an entangled pair "knows" what measurement has been performed on the other, and with what outcome, even though there is no known means for such information to be communicated between the particles, which at the time of measurement may be separated by arbitrarily large distances.
Such phenomena were the subject of a 1935 paper by Albert Einstein, Boris Podolsky, and Nathan Rosen,[1] and several papers by Erwin Schrödinger shortly thereafter,[2][3] describing what came to be known as the EPR paradox. Einstein and others considered such behavior to be impossible, as it violated the local realist view of causality (Einstein referring to it as "spooky action at a distance")[4] and argued that the accepted formulation of quantum mechanics must therefore be incomplete. Later, however, the counterintuitive predictions of quantum mechanics were verified experimentally.[5] Experiments have been performed involving measuring the polarization or spin of entangled particles in different directions, which—by producing violations of Bell's inequality—demonstrate statistically that the local realist view cannot be correct. This has been shown to occur even when the measurements are performed more quickly than light could travel between the sites of measurement: there is no lightspeed or slower influence that can pass between the entangled particles.[6] Recent experiments have measured entangled particles within less than one hundredth of a percent of the travel time of light between them.[7] According to the formalism of quantum theory, the effect of measurement happens instantly.[8][9] It is not possible, however, to use this effect to transmit classical information at faster-than-light speeds[10] (see Faster-than-light § Quantum mechanics).
Quantum entanglement is an area of extremely active research by the physics community, and its effects have been demonstrated experimentally with photons,[11][12][13][14] neutrinos,[15] electrons,[16][17] molecules the size of buckyballs,[18][19] and even small diamonds.[20][21] Research is also focused on the utilization of entanglement effects in communication and computation.
El entrelazamiento cuántico (Quantenverschränkung, originariamente en alemán) es una propiedad predicha en 1935 por Einstein, Podolsky y Rosen (en lo sucesivo EPR) en su formulación de la llamada paradoja EPR.
El término fue introducido en 1935 por Erwin Schrödinger para describir un fenómeno de mecánica cuántica que se demuestra en los experimentos, pero inicialmente no se comprendió bien su relevancia para la física teórica. Un conjunto de partículas entrelazadas (en su término técnico en inglés: entangled) no pueden definirse como partículas individuales con estados definidos, sino como un sistema con una función de onda única para todo el sistema.
El entrelazamiento es un fenómeno cuántico, sin equivalente clásico, en el cual los estados cuánticos de dos o más objetos se deben describir mediante un estado único que involucra a todos los objetos del sistema, aún cuando los objetos estén separados espacialmente. Esto lleva a correlaciones entre las propiedades físicas observables. Por ejemplo, es posible preparar (enlazar) dos partículas en un solo estado cuántico de espín nulo, de forma que cuando se observe que una gira hacia arriba, la otra automáticamente recibirá una «señal» y se mostrará como girando hacia abajo, pese a la imposibilidad de predecir, según los postulados de la mecánica cuántica, qué estado cuántico se observará. Esas fuertes correlaciones hacen que las medidas realizadas sobre un sistema parezcan estar influyendo instantáneamente otros sistemas que están enlazados con él, y sugieren que alguna influencia se tendría que estar propagando instantáneamente entre los sistemas, a pesar de la separación entre ellos.
No obstante, no parece que se pueda transmitir información clásica a velocidad superior a la de la luz mediante el entrelazamiento porque no se puede transmitir ninguna información útil a más velocidad que la de la luz. Sólo es posible la transmisión de información usando un conjunto de estados entrelazados en conjugación con un canal de información clásico, también llamado teleportación cuántica. Mas, por necesitar de ese canal clásico, la información útil no podrá superar la velocidad de la luz. El entrelazamiento cuántico fue en un principio planteado por sus autores (Einstein, Podolsky y Rosen) como un argumento en contra de la mecánica cuántica, en particular con vistas a probar su incompletitud puesto que se puede demostrar que las correlaciones predichas por la mecánica cuántica son inconsistentes con el principio del realismo local, que dice que cada partícula debe tener un estado bien definido, sin que sea necesario hacer referencia a otros sistemas distantes.
Con el tiempo se ha acabado definiendo como uno de los aspectos más peculiares de esta teoría, especialmente desde que el físico norirlandés John S. Bell diera un nuevo impulso a este campo en los años 60 gracias a un refinado análisis de las sutilezas que involucra el entrelazamiento. La propiedad matemática que subyace a la propiedad física de entrelazamiento es la llamada no separabilidad. Además, los sistemas físicos que sufren entrelazamiento cuántico son típicamente sistemas microscópicos (casi todos los que se conocen de hecho lo son), pues, según se entendía, esta propiedad se perdía en el ámbito macroscópico debido al fenómeno de la Decoherencia cuántica. Sin embargo más recientemente, un experimento1 ha logrado el citado entrelazamiento en diamantes milimétricos, llevando así este fenómeno al nivel de lo macroscópico.
El entrelazamiento es la base de tecnologías en fase de desarrollo, tales como la computación cuántican. 1 o la criptografía cuántica, y se ha utilizado en experimentos de teleportación cuántica.
martes, abril 24, 2018
Vídeo demo Toyota humanoide T-HR3
Os muestro a continuación un interesante vídeo que muestra los avances conseguidos con el robot humanoide de Toyota T-HR3:
T-HR3 video (by Toyota Global Newsroom
Toyota City, Japan, Toyota Motor Corporation (Toyota) today revealed T-HR3, the company's third generation humanoid robot. Toyota's latest robotics platform, designed and developed by Toyota's Partner Robot Division, will explore new technologies for safely managing physical interactions between robots and their surroundings, as well as a new remote maneuvering system that mirrors user movements to the robot.
More information: https://newsroom.toyota.co.jp/en/detail/19666346/
Toyota Global Newsroom: http://newsroom.toyota.co.jp/
Toyota Global website: http://www.toyota-global.com/
Toyota Motor Corporation on Twitter: http://www.twitter.com/ToyotaMotorCorp/
T-HR3 video (by Toyota Global Newsroom
Toyota City, Japan, Toyota Motor Corporation (Toyota) today revealed T-HR3, the company's third generation humanoid robot. Toyota's latest robotics platform, designed and developed by Toyota's Partner Robot Division, will explore new technologies for safely managing physical interactions between robots and their surroundings, as well as a new remote maneuvering system that mirrors user movements to the robot.
More information: https://newsroom.toyota.co.jp/en/detail/19666346/
Toyota Global Newsroom: http://newsroom.toyota.co.jp/
Toyota Global website: http://www.toyota-global.com/
Toyota Motor Corporation on Twitter: http://www.twitter.com/ToyotaMotorCorp/
lunes, abril 23, 2018
Sant Jordi 2018
La Diada de Sant Jordi se celebra en Catalunya alrededor del libro y de la rosa. Es por este motivo que paso a citar los libros que me he leído en los últimos meses o que me estoy leyendo y que recomiendo a los lectores de este modesto blog emeshing.com :
Sapiens (by Yuval Noah Harari)
Reinventar las Organizaciones (by Frederic Laloux)
Y después un montón de novelas de John Grisham como...
La serie de 6 novelas del joven aprendiz de abogado Theodore Boone:
El Secreto de Gray Mountain
El Profesional (by John Grisham)
Y el próximo que voy a empezar es el libro Més Il·lustres Execrables (by Malcolm Otero & Santi Giménez)
Sapiens (by Yuval Noah Harari)
Reinventar las Organizaciones (by Frederic Laloux)
Y después un montón de novelas de John Grisham como...
La serie de 6 novelas del joven aprendiz de abogado Theodore Boone:
El Secreto de Gray Mountain
El Profesional (by John Grisham)
Y el próximo que voy a empezar es el libro Més Il·lustres Execrables (by Malcolm Otero & Santi Giménez)
domingo, abril 22, 2018
TED: What's hidden under the Greenland ice sheet? (by Kristin Poinar)
La charla TED que os propongo hoy es What's hidden under the Greenland ice sheet? de Kristin Poinar
What's hidden under the Greenland ice sheet? | Kristin Poinar
The Greenland ice sheet is massive, mysterious -- and melting. Using advanced technology, scientists are revealing its secrets for the first time, and what they've found is amazing: hidden under the ice sheet is a vast aquifer that holds a Lake Tahoe-sized volume of water from the summer melt. Does this water stay there, or does it find its way out to the ocean and contribute to global sea level rise? Join glaciologist Kristin Poinar for a trip to this frozen, forgotten land to find out.
Check out more TED Talks: http://www.ted.com
The TED Talks channel features the best talks and performances from the TED Conference, where the world's leading thinkers and doers give the talk of their lives in 18 minutes (or less). Look for talks on Technology, Entertainment and Design -- plus science, business, global issues, the arts and more.
What's hidden under the Greenland ice sheet? | Kristin Poinar
The Greenland ice sheet is massive, mysterious -- and melting. Using advanced technology, scientists are revealing its secrets for the first time, and what they've found is amazing: hidden under the ice sheet is a vast aquifer that holds a Lake Tahoe-sized volume of water from the summer melt. Does this water stay there, or does it find its way out to the ocean and contribute to global sea level rise? Join glaciologist Kristin Poinar for a trip to this frozen, forgotten land to find out.
Check out more TED Talks: http://www.ted.com
The TED Talks channel features the best talks and performances from the TED Conference, where the world's leading thinkers and doers give the talk of their lives in 18 minutes (or less). Look for talks on Technology, Entertainment and Design -- plus science, business, global issues, the arts and more.
sábado, abril 21, 2018
TED: The biggest risks facing cities — and some solutions (by Robert Muggah)
La charla TED de este sábado es de Robert Muggah y se titula "Los mayores riesgos que enfrentan las ciudades - y algunas soluciones" ó en el original inglés: The biggest risks facing cities — and some solutions
The biggest risks facing cities — and some solutions (by Robert Muggah)
With fantastic new maps that show interactive, visual representations of urban fragility, Robert Muggah articulates an ancient but resurging idea: cities shouldn't just be the center of economics -- they should also be the foundation of our political lives. Looking around the world, from Syria to Singapore to Seoul and beyond, Muggah submits six principles for how we can build more resilient cities. "Cities are where the future happens first. They're open, creative, dynamic, democratic, cosmopolitan, sexy," Muggah says. "They're the perfect antidote to reactionary nationalism."
This talk was presented at an official TED conference, and was featured by our editors on the home page.
Robert Muggah creates tools to understand cycles of violence in urban environments and opens dialogues on ways to confront them globally.
The biggest risks facing cities — and some solutions (by Robert Muggah)
With fantastic new maps that show interactive, visual representations of urban fragility, Robert Muggah articulates an ancient but resurging idea: cities shouldn't just be the center of economics -- they should also be the foundation of our political lives. Looking around the world, from Syria to Singapore to Seoul and beyond, Muggah submits six principles for how we can build more resilient cities. "Cities are where the future happens first. They're open, creative, dynamic, democratic, cosmopolitan, sexy," Muggah says. "They're the perfect antidote to reactionary nationalism."
This talk was presented at an official TED conference, and was featured by our editors on the home page.
Robert Muggah creates tools to understand cycles of violence in urban environments and opens dialogues on ways to confront them globally.
viernes, abril 20, 2018
The Masterplan (by Oasis)
Hoy viernes os propongo una de las canciones más introspectivas de Oasis, y quizás de las más desconocidas, pero que demuestra que fue una de las grandes bandas de finales del siglo pasado...
Oasis - The Masterplan
Best of Oasis: https://goo.gl/21jdTL
Subscribe here: https://goo.gl/Qe9vk4
Official music video for The Masterplan
Directed by: Ben & Greg
Release Date: 30 October 1995
Album Taken From: The Masterplan
Oasis - The Masterplan
Best of Oasis: https://goo.gl/21jdTL
Subscribe here: https://goo.gl/Qe9vk4
Official music video for The Masterplan
Directed by: Ben & Greg
Release Date: 30 October 1995
Album Taken From: The Masterplan
jueves, abril 19, 2018
Alternativa a Dropbox: Sync.com 3/3 - demo marketing
Como comentábamos en el post de ayer, Sync.com es un sistema de almacenamiento totalmente encriptado basado en el cloud que permite la compartición y el acceso a tus ficheros desde cualquier lugar.
Sync.com — Secure cloud storage and sharing
Sync.com is a fully encrypted cloud storage service that makes it easy to store, share and access your files from everywhere.
Get your team in Sync. Free signup: https://www.sync.com
Sync.com — Secure cloud storage and sharing
Sync.com is a fully encrypted cloud storage service that makes it easy to store, share and access your files from everywhere.
Get your team in Sync. Free signup: https://www.sync.com
miércoles, abril 18, 2018
Alternativa a Dropbox: Sync.com 2/3 - características y precios
En este segundo post sobre la utilidad Sync.com vamos a tratar sus características, y el plan de precios...
Las características detalladas de Sync.com son las siguientes:
La versión gratuita de Sync.com permite hasta 5GB, y a partir de allí el plan de precios es el siguiente:
Sync.com
Pricing - Get started with 5GB free. Upgrade anytime
Sync Starter - 0$ - 5GB
Sync PRO Personal for individual users - 8$ per month, billed annually, 30 day money back guarantee - 2TB
Sync PRO Business for multiple users and matters - 5$ per user / month, billed annually, 30 day money back guarantee - 1 TB per user
Sync.com
Super-private. Fully-encrypted. Ultra-secure
Productivity and privacy, no compromises
Las características detalladas de Sync.com son las siguientes:
- Sync and storage
- Sharing and collaboration
- Backup and restore
- Security and privacy
- Compliance
- Datacenters and technology
- Support
La versión gratuita de Sync.com permite hasta 5GB, y a partir de allí el plan de precios es el siguiente:
Pricing - Get started with 5GB free. Upgrade anytime
Sync Starter - 0$ - 5GB
Sync PRO Personal for individual users - 8$ per month, billed annually, 30 day money back guarantee - 2TB
Sync PRO Business for multiple users and matters - 5$ per user / month, billed annually, 30 day money back guarantee - 1 TB per user
Sync.com
Super-private. Fully-encrypted. Ultra-secure
Productivity and privacy, no compromises
martes, abril 17, 2018
Alternativa a Dropbox: Sync.com 1/3 - intro
En 3 posts voy a tratar la utilidad Sync.com explicando qué es, qué características tiene, cómo trata de diferenciarse del líder del mercado como Dropbox, cómo funciona y qué precios tiene...
Everything in Sync
Sync makes it easy to store, share and access your files from anywhere. Your privacy, guaranteed
De forma resumida, las características de Sync.com son las siguientes (mañana las vamos a tratar con más profundidad):
Keep your files sabe, secure, and private:
Your privacy, guaranteed
"We had been looking for a secure Dropbox replacement for quite some time. Thankfully we found Sync"
Puedes empezar a utilizar Sync de forma totalmente gratuita, almacenando hasta 5GB...
Everything in Sync
Sync makes it easy to store, share and access your files from anywhere. Your privacy, guaranteed
De forma resumida, las características de Sync.com son las siguientes (mañana las vamos a tratar con más profundidad):
Keep your files sabe, secure, and private:
- 100% private cloud
- Automatic backup and sync
- Access from anywhere
- Share files securely
- Collaborate with teams
- Compliance built-in
Your privacy, guaranteed
"We had been looking for a secure Dropbox replacement for quite some time. Thankfully we found Sync"
Puedes empezar a utilizar Sync de forma totalmente gratuita, almacenando hasta 5GB...
lunes, abril 16, 2018
Forgiving Pipeline (by RedBull)
Hoy os muestro un espectacular vídeo de una fotógrafa de 22 años de nombre Amber Mozo y sus asombrosas fotografías en olas de surfistas...
Forgiving Pipeline (by RedBull)
Amber Mozo is a 22-year-old photographer born and raised on the North Shore of Oahu. As the daughter of legendary surf photographer Jon Mozo, a former fixture in the lineups along the famed North Shore, Amber was raised with a love for both the ocean and photography.
Jon Mozo passed away while shooting photos in the water at Pipeline — he was 33 years old. Amber was only 9. Soon after her father’s passing, Amber picked up a camera and her photographic journey began.
While photography has taken Amber all around the world, shooting some of the most beautiful known surf breaks, until this winter, she hadn’t yet swam out into the lineup that stole her father’s life — Pipeline. This winter, however, under the tutelage of fellow North Shore surf photographer, Zak Noyle, Amber swam into the Pipeline lineup for the very first time during the 2018 Volcom Pipe Pro.
Forgiving Pipeline (by RedBull)
Amber Mozo is a 22-year-old photographer born and raised on the North Shore of Oahu. As the daughter of legendary surf photographer Jon Mozo, a former fixture in the lineups along the famed North Shore, Amber was raised with a love for both the ocean and photography.
Jon Mozo passed away while shooting photos in the water at Pipeline — he was 33 years old. Amber was only 9. Soon after her father’s passing, Amber picked up a camera and her photographic journey began.
While photography has taken Amber all around the world, shooting some of the most beautiful known surf breaks, until this winter, she hadn’t yet swam out into the lineup that stole her father’s life — Pipeline. This winter, however, under the tutelage of fellow North Shore surf photographer, Zak Noyle, Amber swam into the Pipeline lineup for the very first time during the 2018 Volcom Pipe Pro.
domingo, abril 15, 2018
TED: Cómo encontrarnos con nosotros mismos en los datos (by Giorgia Lupi)
La interesante charla de hoy está realizada por Giorgia Lupi y lleva por título How we can find ourselves in data, es decir Cómo encontrarnos con nosotros mismos en los datos.
How we can find ourselves in data | Giorgia Lupi
Giorgia Lupi uses data to tell human stories, adding nuance to numbers. In this charming talk, she shares how we can bring personality to data, visualizing even the mundane details of our daily lives and transforming the abstract and uncountable into something that can be seen, felt and directly reconnected to our lives.
The TED Talks channel features the best talks and performances from the TED Conference, where the world's leading thinkers and doers give the talk of their lives in 18 minutes (or less). Look for talks on Technology, Entertainment and Design -- plus science, business, global issues, the arts and more.
How we can find ourselves in data | Giorgia Lupi
Giorgia Lupi uses data to tell human stories, adding nuance to numbers. In this charming talk, she shares how we can bring personality to data, visualizing even the mundane details of our daily lives and transforming the abstract and uncountable into something that can be seen, felt and directly reconnected to our lives.
The TED Talks channel features the best talks and performances from the TED Conference, where the world's leading thinkers and doers give the talk of their lives in 18 minutes (or less). Look for talks on Technology, Entertainment and Design -- plus science, business, global issues, the arts and more.
sábado, abril 14, 2018
TED: We should aim for perfection — and stop fearing failure (by Jon Bowers)
La conferencia TED de este sábado corre a cargo de Jon Bowers y se titula We should aim for perfection — and stop fearing failure, que podría traducirse como "Deberíamos aspirar a la perfección y dejar de temer al fracaso".
We should aim for perfection — and stop fearing failure (by Jon Bowers)
Sometimes trying your best isn't enough; when the situation demands it, you need to be perfect. For Jon Bowers, who runs a training facility for professional delivery drivers, the stakes are high -- 100 people in the US die every day in car accidents -- and it's perfection, or "a willingness to do what is difficult to achieve what is right," that he looks to achieve. He explains why we should all be equally diligent about striving toward perfection in everything we do, even if it means failing along the way.
This talk was presented at a TED Institute event given in partnership with UPS. TED editors featured it among our selections on the home page. Read more about the TED Institute.
We should aim for perfection — and stop fearing failure (by Jon Bowers)
Sometimes trying your best isn't enough; when the situation demands it, you need to be perfect. For Jon Bowers, who runs a training facility for professional delivery drivers, the stakes are high -- 100 people in the US die every day in car accidents -- and it's perfection, or "a willingness to do what is difficult to achieve what is right," that he looks to achieve. He explains why we should all be equally diligent about striving toward perfection in everything we do, even if it means failing along the way.
This talk was presented at a TED Institute event given in partnership with UPS. TED editors featured it among our selections on the home page. Read more about the TED Institute.
viernes, abril 13, 2018
Halo (by Beyonce)
El vídeo de este viernes es de Beyoncé y su Halo de 2009:
Beyoncé - Halo
Beyoncé's official video for 'Halo'.
Follow Beyoncé
Website: http://www.beyonce.com/
Beyoncé - Halo
Beyoncé's official video for 'Halo'.
Follow Beyoncé
Website: http://www.beyonce.com/
jueves, abril 12, 2018
¿ Qué es Woffu ?
En el post de hoy voy a presentaros una aplicación de recursos humanos llamada Woffu.
Woffu es una app HR-suite para la gestión de personas. Con Woffu se pueden gestionar las vacaciones, ausencias, presencia, documentos e informes de recursos humanos de la empresa.
Woffu asegura los siguientes ahorros con su implantación:
Con Woffu pueden gestionarse tanto vacaciones y ausencias, así como control de presencia y control horario.
Otra de las funcionalidades que incorpora Woffu HR-suite es la gestión documental para centralizar la información, simplificando la administración de documentos.
Además Wofu permite la realización de informes automáticos de actividad, así como otro tipo de métricas y KPIs de gestión para Recursos Humanos de la empresa.
Algunos ejemplos de empresas que utilizan Woffu en la actualidad son:
Por último, os muestro los 3 planes de precios que ofrece Woffu:
Woffu es una app HR-suite para la gestión de personas. Con Woffu se pueden gestionar las vacaciones, ausencias, presencia, documentos e informes de recursos humanos de la empresa.
Woffu asegura los siguientes ahorros con su implantación:
Con Woffu pueden gestionarse tanto vacaciones y ausencias, así como control de presencia y control horario.
Otra de las funcionalidades que incorpora Woffu HR-suite es la gestión documental para centralizar la información, simplificando la administración de documentos.
Además Wofu permite la realización de informes automáticos de actividad, así como otro tipo de métricas y KPIs de gestión para Recursos Humanos de la empresa.
Algunos ejemplos de empresas que utilizan Woffu en la actualidad son:
Por último, os muestro los 3 planes de precios que ofrece Woffu:
- PlanLite: 20 €/mes
- PlanPro: 75 €/mes
- PlanEnterprise: 290 €/mes
miércoles, abril 11, 2018
Anki Overdrive: new features
El año pasado publiqué 3 interesantes post sobre Anki Overdrive (ver post Anki Overdrive 1/3 Drive future by Emeshing.com), y hoy quiero mostrar algunas de las novedades de este juego.
Anki Overdrive
Battle your friends
1.Race
3.Battle-Race
4.King of the hill
5. Time Trial
6. Takeover
7. One shot
Multiplayer
Overdrive permite hasta 4 usuarios por partida en Open Play, permitiendo mezclar y competir entre los amigos.
Anki Overdrive
Battle your friends
1.Race
2.Battle
3.Battle-Race
4.King of the hill
5. Time Trial
6. Takeover
7. One shot
Multiplayer
Overdrive permite hasta 4 usuarios por partida en Open Play, permitiendo mezclar y competir entre los amigos.
martes, abril 10, 2018
Top 10 Telcos por capitalización (by HowMuch.net)
Vía The 10 Most Valuable Telecom Companies in the World (by HowMuch.net) os muestro a continuación un vídeo que muestra el ranking de las principales empresas de telecomunicaciones por su capitalización bursátil
Telecommunications have become a very important part of our lives. In fact, studies show that the average smartphone user interacts with their phone for more than 145 minutes a day, according to researcher Dscout. Our phones, tablets, TVs, and computers rely on telecommunications to provide us with content that we use for work, education, and entertainment. Here is a video on the most valuable global telecom companies currently.
Telecommunications have become a very important part of our lives. In fact, studies show that the average smartphone user interacts with their phone for more than 145 minutes a day, according to researcher Dscout. Our phones, tablets, TVs, and computers rely on telecommunications to provide us with content that we use for work, education, and entertainment. Here is a video on the most valuable global telecom companies currently.
lunes, abril 09, 2018
How To Narrate Your Life Story - School Of Life (by Alain de Botton - Olga Makarchuk)
Hoy os quiero mostrar este curioso vídeo que encontré navegando por Vimeo titulado How To Narrate Your Life Story - School Of Life escita y diriga por Alain de Botton y, dirigida y animada por Olga Makarchuk
How To Narrate Your Life Story - School Of Life (by Olga Makarchuk)
A short animation for the School of Life, written and narrated by Alain de Botton.
Directed and animated by Olga Makarchuk
Animation assistance Roxana Bentu
Narration by Alain de Botton
Sound by Mad Adam Films
theschooloflife.com/london/
How To Narrate Your Life Story - School Of Life (by Olga Makarchuk)
A short animation for the School of Life, written and narrated by Alain de Botton.
Directed and animated by Olga Makarchuk
Animation assistance Roxana Bentu
Narration by Alain de Botton
Sound by Mad Adam Films
theschooloflife.com/london/
domingo, abril 08, 2018
TED: Lecciones del más largo estudio sobre desarrollo humano (by Helen Pearson)
Hoy quiero compartir esta charla TED titulada Lessons from the longest study on human development, es decir Lecciones del más largo estudio sobre desarrollo humano realizado por Helen Pearson
Lessons from the longest study on human development | Helen Pearson
For the past 70 years, scientists in Britain have been studying thousands of children through their lives to find out why some end up happy and healthy while others struggle. It's the longest-running study of human development in the world, and it's produced some of the best-studied people on the planet while changing the way we live, learn and parent. Reviewing this remarkable research, science journalist Helen Pearson shares some important findings and simple truths about life and good parenting.
Check out more TED Talks: http://www.ted.com
The TED Talks channel features the best talks and performances from the TED Conference, where the world's leading thinkers and doers give the talk of their lives in 18 minutes (or less). Look for talks on Technology, Entertainment and Design -- plus science, business, global issues, the arts and more.
Lessons from the longest study on human development | Helen Pearson
For the past 70 years, scientists in Britain have been studying thousands of children through their lives to find out why some end up happy and healthy while others struggle. It's the longest-running study of human development in the world, and it's produced some of the best-studied people on the planet while changing the way we live, learn and parent. Reviewing this remarkable research, science journalist Helen Pearson shares some important findings and simple truths about life and good parenting.
Check out more TED Talks: http://www.ted.com
The TED Talks channel features the best talks and performances from the TED Conference, where the world's leading thinkers and doers give the talk of their lives in 18 minutes (or less). Look for talks on Technology, Entertainment and Design -- plus science, business, global issues, the arts and more.
sábado, abril 07, 2018
TED: How to gain control of your free time (by Laura Vanderkam)
La charla que os propongo hoy sábado va orientada a saber cómo controlar tu tiempo libre. La realizó en 2017 Laura Vanderkam y se titula: How to gain control of your free time o Cómo tomar control de tu tiempo libre
How to gain control of your free time | Laura Vanderkam
There are 168 hours in each week. How do we find time for what matters most? Time management expert Laura Vanderkam studies how busy people spend their lives, and she's discovered that many of us drastically overestimate our commitments each week, while underestimating the time we have to ourselves. She offers a few practical strategies to help find more time for what matters to us, so we can "build the lives we want in the time we've got."
TEDTalks is a daily video podcast of the best talks and performances from the TED Conference, where the world's leading thinkers and doers give the talk of their lives in 18 minutes (or less). Look for talks on Technology, Entertainment and Design -- plus science, business, global issues, the arts and much more. Find closed captions and translated subtitles in many languages at http://www.ted.com/translate
Follow TED news on Twitter: http://www.twitter.com/tednews
Like TED on Facebook: https://www.facebook.com/TED
How to gain control of your free time | Laura Vanderkam
There are 168 hours in each week. How do we find time for what matters most? Time management expert Laura Vanderkam studies how busy people spend their lives, and she's discovered that many of us drastically overestimate our commitments each week, while underestimating the time we have to ourselves. She offers a few practical strategies to help find more time for what matters to us, so we can "build the lives we want in the time we've got."
TEDTalks is a daily video podcast of the best talks and performances from the TED Conference, where the world's leading thinkers and doers give the talk of their lives in 18 minutes (or less). Look for talks on Technology, Entertainment and Design -- plus science, business, global issues, the arts and much more. Find closed captions and translated subtitles in many languages at http://www.ted.com/translate
Follow TED news on Twitter: http://www.twitter.com/tednews
Like TED on Facebook: https://www.facebook.com/TED
viernes, abril 06, 2018
D’You Know What I Mean?
Para este viernes vuelvo a recurrir a Oasis, y una de sus canciones del Be Here Now: D’You Know What I Mean?, que se podría traducir como Sabes lo que quiero decir?...
Oasis - D’You Know What I Mean?
Best of Oasis: https://goo.gl/21jdTL
Subscribe here: https://goo.gl/Qe9vk4
Official music video for D’You Know What I Mean?
Directed by: Nic Goffey and Dominic Hawley
Release Date: 7 July 1997
Album Taken From: Be Here Now
Oasis - D’You Know What I Mean?
Best of Oasis: https://goo.gl/21jdTL
Subscribe here: https://goo.gl/Qe9vk4
Official music video for D’You Know What I Mean?
Directed by: Nic Goffey and Dominic Hawley
Release Date: 7 July 1997
Album Taken From: Be Here Now
jueves, abril 05, 2018
Las 10 Vs del Big Data (by George Firican TDWI.org)
Vía el artículo The 10 Vs of Big Data (by George Firican TDWI.org) os muestro a continuación, no ya las 3 ó 4 Vs a tener en cuenta al diseñar un Big Data, sino las 10 Vs a tener en cuenta:
Las 10 Vs del Big Data (by George Firican TDWI.org)
Las 10 Vs del Big Data (by George Firican TDWI.org)
- Volume
- Velocity
- Variety
- Variability
- Veracity
- Validity
- Vulnerability
- Volatility
- Visualization
- Value
miércoles, abril 04, 2018
Top 31 países por número de billonarios (by Wikipedia - Forbes)
En el post de hoy vamos a ver los rankings disponibles en Wikipedia ( List of countries by the number of billionaires ) para ver cómo se reparten los multimillonarios, en este caso los que atesoran más de 1.000 millones de dólares (billón americano).
Empezaremos por ver el número de billonarios por continente. El ranking está liderado curiosamente por Asia con 719, seguido por Norteamérica, Europa, Suramérica, Oceania y por último África.
El ranking de países por el número de billonarios queda como a continuación
List of countries by the number of billionaires (by Wikipedia - Forbes)
Empezaremos por ver el número de billonarios por continente. El ranking está liderado curiosamente por Asia con 719, seguido por Norteamérica, Europa, Suramérica, Oceania y por último África.
El ranking de países por el número de billonarios queda como a continuación
List of countries by the number of billionaires (by Wikipedia - Forbes)
martes, abril 03, 2018
¿ Qué es Kialo ? 2/2
Si en el post de ayer introducíamos la web Kialo.com en el post ¿ Qué es Kialo ? 1/2 en Emeshing.com, hoy me gustaría mostrar el siguiente vídeo que explica de una forma más visual esta nueva herramienta que fomenta el debate positivo en Internet.
Introducción a Kialo
Introducción a Kialo
lunes, abril 02, 2018
¿ Qué es Kialo ? 1/2
En un par de posts os voy a presentar qué es Kialo.com y para qué sirve.
Kialo
Empowering reason
Kialo está diseñado para facilitar un debate constructivo sobre los más importantes asuntos del mundo, sin que se convierta en las habituales discusiones de Internet. Kialo aspira a convertirse en no sólo un lugar para argumentar, sino también en un lugar donde explorar las razones por las que la genete está en desacuerdo y ver diferentes puntos de vista sobre temas que importan. En Kialo, tú puedes ver y criticamente evaluar las discusiones de otra gente, añadir tu voz, y ver cómo la conversación se expande más a medida que la gente quiere hablar del tema.
Kialo - Discuss with the World
Además Kialo.com permite mantener debates privados entre miembros de la web.
La verdad es que uno de los objetivos de mantener debates con asiduidad es el de aprender el pensamiento crítico necesario en cualquier sociedad avanzada
Kialo
Teach critical thinking
Effective workplace decisions
A debate platform powered by reason
Map discussions, see complex issues clearly
La forma de empezar una discusión en Kialo es muy sencilla:
Kialo
Empowering reason
Kialo está diseñado para facilitar un debate constructivo sobre los más importantes asuntos del mundo, sin que se convierta en las habituales discusiones de Internet. Kialo aspira a convertirse en no sólo un lugar para argumentar, sino también en un lugar donde explorar las razones por las que la genete está en desacuerdo y ver diferentes puntos de vista sobre temas que importan. En Kialo, tú puedes ver y criticamente evaluar las discusiones de otra gente, añadir tu voz, y ver cómo la conversación se expande más a medida que la gente quiere hablar del tema.
Kialo - Discuss with the World
La verdad es que uno de los objetivos de mantener debates con asiduidad es el de aprender el pensamiento crítico necesario en cualquier sociedad avanzada
Kialo
Teach critical thinking
Effective workplace decisions
A debate platform powered by reason
La forma de empezar una discusión en Kialo es muy sencilla:
Suscribirse a:
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