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Por fin os puedo compartir este post… que va cargadito de ilusión… aunque ahora ya repuesta, y con las neuronas frescas vengo a contaros como fue todo!!!..
Lo increíble que puede ser, conocer a gente por internet.. no solo se consiguen grandes amores, si no amistades irrompibles.
Este es el caso de Diana y mio, nos conocimos en un foro de perritos.. sí! De perritos… ella y yo tenemos yorkies, y eso fue lo que poco a poco en cada conversación hizo nuestra amistad tan fuerte.
El año pasado decidieron dar el sí ante el altar, y aunque es verdad… os debo las fotos de los novios, hoy quiero compartirles el momento tan emotivo que vivimos sus amigos y familia el día de su baby shower.
Habichuela, como así le llamo, al ser pequeñito que por ahora vive en la barriguita de Diana, sorprendió a muchos con su llegada, y aunque mas la mami que el papi, siempre va con nervios que espera que todo salga bien ( supongo que todas las mamis pasan por eso ) … a día de hoy, el embarazo va muy bien.
Tal vez este baby shower, fue tan premeditado, antes que fuese concebido habichuela… sabéis esas conversaciones locas q uno tiene, y empieza diciendo.. pues cuando me saque la lotería… pillaré esto o lo otro?..... algo parecido pasó con nosotras, diciendo, el día que tengas una bebe, hay que hacer un baby shower!!!, y es que claro, aquí en España no se suele vivir así, aunque, esto va entrando poco a poco.
Con todas las ilusiones puestas, me puse en ello, y aunque confieso que fue muuuuuy agotador, sobre todo por terminar pedidos en Barcelona, cuadrar todo lo del curso, y proyectos que por ahora … no os puedo contar.. todo se me hizo muy grande.
Llegue a Valencia, con la tarta para 40 personas, sobre las piernas, no podía ni moverme ni un poquito por miedo a que se estropeara algo, 4 horas en coche … una tortura!, sin embargo, puedo decir que VALIO LA PENA!!!!... como le digo a Diana… por mi habichuela… todo y más!!!...
40 galletas decoradas con fondant, y cerca de 70 mini cupcakes, de crema de queso con mago, y chocolate con almendra, fueron lo que acompañaron a la mesa dulce.
Todo decorado con mis ilustraciones de niña y niño… fue un momento tan pero tan bonito… que me da nostalgia recordarlo.
Lo curioso de todo, que fui la primera en enterarme que Habichuela venía a este mundo y como guinda del pastel, fui la única que sabía si era niño o niña, al momento de hacerle la eco a ella, solo estaba ella y el marido, evidentemente, el doctor se lo dijo a Javi, y este me lo dijo a mi, para poder realizar toda la fiesta, confieso que guardar tremeeeeeendo secreto fue horrible!! Mas cuando a diario conversaba con ella, y hablar del bebe en masculino o femenino era delicado.
Y la pregunta es… y como revelabais si era niña o niño? .. muy fácil! Solo tenían que partir el pastel, y dependiendo del color del bizcocho, rosa o celeste, se sabía que era ¡!!.. a muchos se nos escapó la lagrimita… fue un momento completamente memorable!!!...
Aquí os dejo todo el reportaje fotográfico, bastante largo, pero muy completo! Que espero que os guste mucho.
En breve subiré a nuestra tienda de Artesanio, toda la colección de babyshower para vuestra mesa dulce.
Una vez mas, muchísimas gracias por leernos ^__^
The Dassault nEUROn is an experimental Unmanned Combat Air Vehicle (UCAV) being developed with international cooperation, led by the French company Dassault Aviation. This delta wing stealth UCAV project is the final phase of the Dassault LOGIDUC 3-step stealth "combat drone" programme. Until June 2005 it had the form of the original Dassault developed Grand Duc vehicle: supersonic two-engined long-range unmanned bomber, capable of performing attacks with nuclear weapons. Under the pressure of the international cooperation, especially from Sweden and Saab, it was transformed into a demonstrator of smaller single-engine technology. So it is now optimised for the testing of various technologies for the future UAVs and UCAVs, and will not enter serial production. It will only clear the way for a commercial product, that will use the technologies developed thanks to the nEUROn program. The full scale replica of the current configuration was unveiled at the Paris Air Show 2005.
The nEUROn development, originally planned by Dassault as "AVE Grand Duc", evolved into a European cooperation including Swedish Saab, Greek EAB, Swiss RUAG Aerospace, Spanish EADS CASA and Italian Alenia. As a "technology demonstrator", only single vehicle will be produced to explore new operational concepts for a future generation of autonomous stealth fighter aircraft that will be produced beyond 2020. This is advocated by the statement that the industrial partners want to invest more in technology development, rather than manufacturing of the flying hardware, despite the risk of the loss of the single prototype. However Dassault plans to primarily use the data collected by the demonstrator to produce derived UCAVs. The French maker states the nEUROn's Adour engine (tuned from the SEPECAT Jaguar) will be replaced in the production version by a more powerful, specific, engine based on Snecma's M88 from the Dassault Rafale. According to the DGA, nEUROn test flights were planned in France, Sweden and Italy in early 2010, but it slipped into the early 2012.
In Naked Knotted Neurons, a group of protesters, some injured, some choking on tear gas, escape violent confrontation with police and other forces by staggering into a safe house they find in the midst of chaos. Strangers to one another, they soon discover they are from different worlds: all were involved in protests, but in different places and times. A trio of dieties, Fate, Chance and Destiny, have gathered them together to charge them with a task: to create a new Hero to solve the world’s most intractable, knotted problems. How to get this message across? Puppets, riddles, and audience participation reveal the secrets the protesters need to fulfill this task.
Following their run at the International Fringe Festival in Edinburgh, Scotland, the Penn Theatre Ensemble presented the company-devised piece Naked Knotted Neurons at Annenberg Center Live on September 4th and 5th, 2015.
In Naked Knotted Neurons, a group of protesters, some injured, some choking on tear gas, escape violent confrontation with police and other forces by staggering into a safe house they find in the midst of chaos. Strangers to one another, they soon discover they are from different worlds: all were involved in protests, but in different places and times. A trio of dieties, Fate, Chance and Destiny, have gathered them together to charge them with a task: to create a new Hero to solve the world’s most intractable, knotted problems. How to get this message across? Puppets, riddles, and audience participation reveal the secrets the protesters need to fulfill this task.
Following their run at the International Fringe Festival in Edinburgh, Scotland, the Penn Theatre Ensemble presented the company-devised piece Naked Knotted Neurons at Annenberg Center Live on September 4th and 5th, 2015.
#deepdream code informatique de l'intelligence artificielle de Google spécifique "Fractal DDC " développé et dédié pour un nouvel art à La Demeure du Chaos - The Abode of Chaos ou comment les machines perçoivent La Demeure du Chaos - The Abode of Chaos
et si leurs regards étaient ce qui se cache derrière la matrice que nous percevons en tant qu'humains? ces multiples miroirs sont peut-être un autre monde plus réel ou plus éthéré... NB thierry bonne lecture de ce post et ses images dantesques.
Depuis quelques temps vous avez peut-être vu circuler sur les réseaux sociaux des images étranges, affublées d'un hashtag (mot-clé) #deepdream.
Deep Dream est un programme d'intelligence artificielle mis au point par les ingénieurs de Google. Ces derniers travaillent à la reconnaissance d'images pour, entre autres, améliorer la pertinence des recherches dans Google. Le 17 juin dernier ils ont publié un billet intitulé : "Inceptionnisme : plus loin dans les réseaux neuronaux".
Dans ce post ils expliquent comment ils ont réussi, dans leurs recherches, à faire analyser une image mais surtout générer des formes par l'ordinateur. Pour que l'intelligence artificielle puisse mieux reconnaître ce qui compose une image, les ingénieurs ont commencé par lui montrer des millions de photos.
Plusieurs couches de neurones
L'intelligence artificielle fonctionne ici en un ensemble de réseaux de neurones qu'il faut se figurer comme différentes couches. La première est chargée de regarder les bords et les angles d'une image.
Les couches intermédiaires cherchent quant à elles les formes et les différents éléments présents dans l'image comme une feuille ou une porte. Les derniers réseaux assemblent toutes ces informations pour en fournir des interprétations complexes, comme des arbres ou des bâtiments.
Pour comprendre au mieux comment fonctionnent ces couches, les ingénieurs ont tenté de pousser l'analyse de certaines. Ils résument ainsi la commande faite au système : "Quoi que tu vois, on veut le voir encore plus." C'est alors que l'intelligence artificielle a généré des formes au sein des clichés.
"Si un nuage ressemble un petit peu à un oiseau, alors le système va le faire ressembler encore plus à un oiseau, expliquent les ingénieurs. En réitérant l’action, le programme va reconnaître un oiseau plus fortement et ainsi de suite jusqu’à ce qu’un oiseau très détaillé apparaisse, comme sorti de nulle part."
"L'inceptionnisme"
Les images varient selon le réseau neuronal qui est amplifié. Par exemple, plus on sollicite les couches inférieures, plus des traits vont apparaître. Si on stimule d'avantage les couches supérieures, ce sont des objets qui émergent de l'image.
Les ingénieurs précisent d'ailleurs que comme l'ordinateur a enregistré beaucoup de clichés d'animaux durant son entraînement, il en reproduit souvent. Et parfois en les mixant, ce qui crée des créatures étranges.
Pour ces chercheurs, le Deep Dream a ainsi créé un mouvement artistique qu'ils appellent "l'#inceptionnisme", en référence à l'architecture des réseaux neuronaux.
Au début, cette expérimentation ne cherchait qu'à améliorer l'intelligence artificielle. Mais lorsque les ingénieurs ont posté ce billet, de nombreux internautes se sont intéressés à ce Deep Dream.
Google a donc rendu public le code utilisé pour générer ces images. Des informaticiens s'en sont emparés et ont mis au point des logiciels et des interfaces pour que les internautes puissent s'en servir.
Ce qui ne manque pas de plaire à Google. Les chercheurs encouragent à taguer les images #deepdream sur Twitter, Facebook ou Google+. "Il sera intéressant de voir quelles images les gens arrivent à générer", écrivent-ils.
In Naked Knotted Neurons, a group of protesters, some injured, some choking on tear gas, escape violent confrontation with police and other forces by staggering into a safe house they find in the midst of chaos. Strangers to one another, they soon discover they are from different worlds: all were involved in protests, but in different places and times. A trio of dieties, Fate, Chance and Destiny, have gathered them together to charge them with a task: to create a new Hero to solve the world’s most intractable, knotted problems. How to get this message across? Puppets, riddles, and audience participation reveal the secrets the protesters need to fulfill this task.
Following their run at the International Fringe Festival in Edinburgh, Scotland, the Penn Theatre Ensemble presented the company-devised piece Naked Knotted Neurons at Annenberg Center Live on September 4th and 5th, 2015.
Sharon Begley
Wall Street Journal
March 4, 2005; Page B1
As the argument at the bar grows more heated, you notice that you're right in the flight path should the ranting man decide to turn glassware into missiles. You watch tensely as he clasps and unclasps the tumbler in front of him, and then suddenly his grip changes. Is he about to take a gulp ... or fire the glass in your direction?
If you duck just as it sails over your head, you can thank a cluster of neurons whose existence scientists didn't even know about a few years ago: mirror neurons.
Their modest name reflects their most obvious function but hardly does justice to their talents, which neuroscientists seem to uncover more of every time they look -- from intuiting other people's intentions to feeling their pain. Literally.
"Mirror neurons promise to do for neuroscience what DNA did for biology," neurobiologist V.S. Ramachandran of the University of California, San Diego, has written, explaining "a host of mental abilities that have remained mysterious."
In 1992, biologists at the University of Parma, Italy, were probing the brains of macaque monkeys when they made a curious discovery. It had been known for years that brain cells in the premotor cortex, the area that plans movements, fire right before the monkey grasps, manipulates or reaches for something such as fruit. But it turns out that these specialized neurons also fire when the monkey sees someone else (monkey or human) do so. Whether planning a movement or seeing one, mirror neurons fire the same way: The firing pattern that precedes, say, the monkey's lifting a raisin to its mouth is identical to the pattern when it sees someone else doing that.
The human brain has mirror neurons, too, and recently neuroscientists have been behaving like Egyptologists after the discovery of the Rosetta Stone: using mirror neurons to explain a backlog of enigmas.
For one thing, mirror neurons may be how we understand the intentions of other people, a crucial social skill whether or not you frequent fight-prone bars. In a new study, neuroscientists scanned the brains of volunteers while they watched videos of a hand reaching for a mug. In one clip, the mug sat in a neat arrangement of teapot, mug, pitcher of milk and plate of cookies; in another, it sat amid a knocked-over pitcher, used napkin and cookie crumbs; in a third the mug sat alone.
If the only thing mirror neurons do is fire when they see someone perform a movement, the volunteers' brains should have shown the same activity whether the hand was reaching for the mug as if to drink, in the first scene, to clean up in the messy scene or with no context. But that's not what happened. As Marco Iacoboni of UCLA and colleagues report in the March issue of PLoS Biology, mirror neurons were only a little active when the hand grasped the lone mug. But they perked up when the hand reached for the cup as if to drink from it (in preparty mode) or to wash it (post party).
"This suggests that mirror neurons do not simply recognize actions but are also involved in decoding people's intentions," says Prof. Iacoboni. "People seem to have specific neurons that code the 'why' of some action, predicting the behavior of others."
And that makes social interactions possible. At the annual meeting of the American Association for the Advancement of Science last month, researchers said that because these neurons fire both when we see someone move as when we move ourselves, they make equivalent "what others do and feel and what we do and feel." We do not just see an action; we also experience what it feels like to someone else.
Mirror neurons "re-create the experience of others within ourselves," as UCLA's Mark Thompson put it in his AAAS remarks. They "allow us to put ourselves in the shoes of another." That makes them the neural basis of empathy.
"To function well with other people, we need to understand where they're coming from so as not to misread their intentions," says Regina Pally, a psychotherapist in Los Angeles and a clinical professor at UCLA. "Mirror neurons are what let us understand others' emotions." In fact, mirror neurons in people are connected to the brain's emotion region, the limbic system: When your mirror neurons fire in a reflection of someone else's, it triggers empathic emotions.
Mirror neurons also let us feel another person's pain. The same cortical neurons that process the sense of touch also fire when you see someone else touched. And a region that registers disgust that you feel directly also fires when you see expressions of disgust on others (hence the visceral wallop of "Fear Factor").
Instead of merely seeing what other people do and feel, said Christian Keysers of the University of Groningen, the Netherlands, "we start to feel their actions and sensations in our own cortex as if we would be doing these actions and having those sensations."
Except when we don't. In children with autism, "there may be a deficit in the mirror-neuron system," says Prof. Iacoboni, which may explain why they are unable to infer the mental state and intentions of others. Without mirror neurons to serve as bridges between minds, everyone seems like a cipher.
In Naked Knotted Neurons, a group of protesters, some injured, some choking on tear gas, escape violent confrontation with police and other forces by staggering into a safe house they find in the midst of chaos. Strangers to one another, they soon discover they are from different worlds: all were involved in protests, but in different places and times. A trio of dieties, Fate, Chance and Destiny, have gathered them together to charge them with a task: to create a new Hero to solve the world’s most intractable, knotted problems. How to get this message across? Puppets, riddles, and audience participation reveal the secrets the protesters need to fulfill this task.
Following their run at the International Fringe Festival in Edinburgh, Scotland, the Penn Theatre Ensemble presented the company-devised piece Naked Knotted Neurons at Annenberg Center Live on September 4th and 5th, 2015.
In Naked Knotted Neurons, a group of protesters, some injured, some choking on tear gas, escape violent confrontation with police and other forces by staggering into a safe house they find in the midst of chaos. Strangers to one another, they soon discover they are from different worlds: all were involved in protests, but in different places and times. A trio of dieties, Fate, Chance and Destiny, have gathered them together to charge them with a task: to create a new Hero to solve the world’s most intractable, knotted problems. How to get this message across? Puppets, riddles, and audience participation reveal the secrets the protesters need to fulfill this task.
Following their run at the International Fringe Festival in Edinburgh, Scotland, the Penn Theatre Ensemble presented the company-devised piece Naked Knotted Neurons at Annenberg Center Live on September 4th and 5th, 2015.
Messe Basel's new fair buildings (Hall 1), designed by Herzog & de Meuron architects. Video: vernissage.tv/blog/2013/04/27/herzog-de-meuron-architects...
Unmanned Saab ''Neuron'' and Saab ''Gripen'' (39-7) in formation flight at the Vidsel Test Range, Sweden. 'Copyright Saab AB', the creator is Pia Ericsson / FMV
This picture was a part of video which I helped for a company. It is showing how the network between neurons works.
In Naked Knotted Neurons, a group of protesters, some injured, some choking on tear gas, escape violent confrontation with police and other forces by staggering into a safe house they find in the midst of chaos. Strangers to one another, they soon discover they are from different worlds: all were involved in protests, but in different places and times. A trio of dieties, Fate, Chance and Destiny, have gathered them together to charge them with a task: to create a new Hero to solve the world’s most intractable, knotted problems. How to get this message across? Puppets, riddles, and audience participation reveal the secrets the protesters need to fulfill this task.
Following their run at the International Fringe Festival in Edinburgh, Scotland, the Penn Theatre Ensemble presented the company-devised piece Naked Knotted Neurons at Annenberg Center Live on September 4th and 5th, 2015.
Photo by Dyana Wing So.
The nEUROn is the European fuill-scale technological demonstrator for an UCAV developed by an industrial tema led by Dassault Aviation with the collaboration of Finmeccanica-Alenia Aermacchi, Saab, Airbus Defence and Space, RUAG and HAI.
The above photo has been shot with the Samsung SMART CAMERA NX20, which has been provided by Samsung Electronics. Co., Ltd.
Dendrites (green) aberrantly touch each other, and the axon (blue) entangles with dendrites, after overexpression of a chimeric nectin (red). (JCB 174(1) TOC1)
This image is available to the public to copy, distribute, or display under a Creative Commons Attribution-Noncommercial-Share Alike 3.0 Unported license.
Reference: Togashi et al. (2006) J. Cell Biol. 174:141-151.
Published on: June 26, 2006.
Doi: 10.1083/jcb.200601089.
Read the full article at:
In Naked Knotted Neurons, a group of protesters, some injured, some choking on tear gas, escape violent confrontation with police and other forces by staggering into a safe house they find in the midst of chaos. Strangers to one another, they soon discover they are from different worlds: all were involved in protests, but in different places and times. A trio of dieties, Fate, Chance and Destiny, have gathered them together to charge them with a task: to create a new Hero to solve the world’s most intractable, knotted problems. How to get this message across? Puppets, riddles, and audience participation reveal the secrets the protesters need to fulfill this task.
Following their run at the International Fringe Festival in Edinburgh, Scotland, the Penn Theatre Ensemble presented the company-devised piece Naked Knotted Neurons at Annenberg Center Live on September 4th and 5th, 2015.
Photo by Dyana Wing So.
Leonardo’s Aircraft Division plays an important role in nEUROn, the programme through which European industry is exploring important new fields including stealth and unmanned combat air vehicles (UCAV), which require strong innovation in both technologies and materials.. Learn more here: www.leonardocompany.com/en/-/neuron
www.goalfinder.com/product.asp?productid=68
Animated Neuronal transmission : It is one of the most important function of the body. What we call our senses are impulses travelling from various parts of the body to brain. Unknow to us however there are billions of connections made to transfer info from internal organs to the brain. It is the intricate neuron cellular network that keeps our body alive. This neuronal transmission animation gives in-depth information about how our nervous system functions.
What is brain made up of?
What is the structure of neuron?
Axon and their function
How information transfers through neuron?
How do neurons, a biological entity, create an electric signal?
What is action potential?
Complete mechanism of action potential generation and transfer including Na - K interaction
How electric signal pass through one neuron to another neuron, as there is tiny gap between two neurons?
Complete mechanism of presynaptic terminal to postsynaptic membrane signal transfer
What are neurotransmitters?
ESTÍMULO - Neurona sensitiva - Órgano Receptor - Neurona de asociación - Neurona motora - Órgano efector.
- El órgano receptor recibe el estímulo del exterior.
- La neurona sensitiva lleva la información recibida, a través de nervios espinales hacia la sustancia gris de la médula espinal.
- La neurona de asociación, situada en la sustancia gris de la médula, transforma la sensación recibida en una respuesta motora.
- La neurona motora lleva la respuesta a los órganos efectores, a través de nervios espinales.
- El órgano efector ejecuta la respuesta. Puede ser un músculo o una glándula.
In Naked Knotted Neurons, a group of protesters, some injured, some choking on tear gas, escape violent confrontation with police and other forces by staggering into a safe house they find in the midst of chaos. Strangers to one another, they soon discover they are from different worlds: all were involved in protests, but in different places and times. A trio of dieties, Fate, Chance and Destiny, have gathered them together to charge them with a task: to create a new Hero to solve the world’s most intractable, knotted problems. How to get this message across? Puppets, riddles, and audience participation reveal the secrets the protesters need to fulfill this task.
Following their run at the International Fringe Festival in Edinburgh, Scotland, the Penn Theatre Ensemble presented the company-devised piece Naked Knotted Neurons at Annenberg Center Live on September 4th and 5th, 2015.
Photo by Dyana Wing So.
In Naked Knotted Neurons, a group of protesters, some injured, some choking on tear gas, escape violent confrontation with police and other forces by staggering into a safe house they find in the midst of chaos. Strangers to one another, they soon discover they are from different worlds: all were involved in protests, but in different places and times. A trio of dieties, Fate, Chance and Destiny, have gathered them together to charge them with a task: to create a new Hero to solve the world’s most intractable, knotted problems. How to get this message across? Puppets, riddles, and audience participation reveal the secrets the protesters need to fulfill this task.
Following their run at the International Fringe Festival in Edinburgh, Scotland, the Penn Theatre Ensemble presented the company-devised piece Naked Knotted Neurons at Annenberg Center Live on September 4th and 5th, 2015.
Photo by Dyana Wing So.
In Naked Knotted Neurons, a group of protesters, some injured, some choking on tear gas, escape violent confrontation with police and other forces by staggering into a safe house they find in the midst of chaos. Strangers to one another, they soon discover they are from different worlds: all were involved in protests, but in different places and times. A trio of dieties, Fate, Chance and Destiny, have gathered them together to charge them with a task: to create a new Hero to solve the world’s most intractable, knotted problems. How to get this message across? Puppets, riddles, and audience participation reveal the secrets the protesters need to fulfill this task.
Following their run at the International Fringe Festival in Edinburgh, Scotland, the Penn Theatre Ensemble presented the company-devised piece Naked Knotted Neurons at Annenberg Center Live on September 4th and 5th, 2015.
Photo by Dyana Wing So.
A Neuron in the Spotlight
Every neuron in an artificial neural network can be seen as a mathematical function which, as a rule, connects several inputs to an output. From the input values, the neuron generates an output value that is passed on to the next layer of neurons. The higher this value is, the more “active” the neuron becomes in the network. This is why we refer to so-called activation functions. At this station you can try out how different mathematical functions in the neuron affect the output.
Colors and Weights
Is it easier to read the black or the white letters on each background color? That’s what this network is being trained on. The input values are the percentages of the colors red, green, and blue (RGB spectrum) that make up the background colors. With every input, the system learns and we can watch how it changes the weights between the neurons in order to ultimately come up with a better result.
Credit: Philipp Greindl
In Naked Knotted Neurons, a group of protesters, some injured, some choking on tear gas, escape violent confrontation with police and other forces by staggering into a safe house they find in the midst of chaos. Strangers to one another, they soon discover they are from different worlds: all were involved in protests, but in different places and times. A trio of dieties, Fate, Chance and Destiny, have gathered them together to charge them with a task: to create a new Hero to solve the world’s most intractable, knotted problems. How to get this message across? Puppets, riddles, and audience participation reveal the secrets the protesters need to fulfill this task.
Following their run at the International Fringe Festival in Edinburgh, Scotland, the Penn Theatre Ensemble presented the company-devised piece Naked Knotted Neurons at Annenberg Center Live on September 4th and 5th, 2015.
Photo by Dyana Wing So.