En el futuro, la vida será muy diferente a como es hoy. Las personas podrán vivir más tiempo y viajar al espacio. La tecnología avanzará rápidamente y nos permitirá comunicarnos de nuevas maneras.
El documento describe las posibles evoluciones tecnológicas en los próximos 500 años en áreas como computadoras, internet, telefonía celular, hogares, transporte, educación, industria, medicina, biotecnología, nanotecnología y robótica. El autor analiza cómo estas tecnologías podrían desarrollarse y los cambios que podrían generar en la sociedad. El documento está dividido en 10 capítulos que abordan cada uno de estos temas.
El documento discute las posibles implicaciones del aumento de la autonomía y capacidad de interacción de los robots con los humanos en los próximos años. Los investigadores españoles predicen que para el 2020 los robots podrán ver, hablar, actuar e interactuar de forma más inteligente y cercana con las personas. Corea del Sur construirá el primer parque temático de robots "Robot Land" en 2013 para promover la industria robótica.
Accede desde este documento a la información de los grados y posgrados que se imparten en la Universidad Católica de Ávila. Apúntate a un futuro de calidad y elige la modalidad de tus estudios, presencial / on line. www.ucavila.es
La NASA está entusiasmada con la idea de usar nanorobots para prolongar la vida de los astronautas en el espacio y hacer posible una misión tripulada a Marte. Los nanorobots podrían circular por el torrente sanguíneo humano para detectar enfermedades como depósitos de colesterol o virus y destruirlos. La NASA apuesta por la nanotecnología para prevenir y controlar los problemas de salud de los astronautas y así lograr colonizar Marte.
El documento discute los peligros del capitalismo, incluyendo crisis, guerras y odio. También analiza si el sistema actual está evolucionando hacia una "metamorfosis" similar a cómo una oruga se transforma en mariposa, debido a que el sistema actual no puede resolver problemas como el peligro nuclear, el cambio climático o la economía mundial. Finalmente, explica que una metamorfosis implica un proceso de autodestrucción y reconstrucción para emerger como un nuevo ser.
El cross-docking consiste en recibir productos de diferentes proveedores y redistribuirlos a clientes sin almacenarlos, lo que reduce costos. Existen tres tipos de cross-docking dependiendo de quién prepara y asigna los pedidos. Implementar con éxito el cross-docking requiere sincronizar perfectamente los flujos entre proveedores, la plataforma logística y clientes, así como contar con un sistema de información integrado.
In the future, cars will be affordable and able to fly. Buildings will be made from indestructible materials resistant to earthquakes and tsunamis, making cities safer. Scientists will develop medicines to cure or alleviate all diseases, allowing people to live longer lives and the elderly to live a few more years. Thanks to advances in technology, holidays in 2099 will be more enjoyable as people can travel to the moon and live normal lives there. Houses and buildings will be constructed from indestructible materials and technology will solve financial crises by enabling money to grow on plants.
El documento describe las posibles evoluciones tecnológicas en los próximos 500 años en áreas como computadoras, internet, telefonía celular, hogares, transporte, educación, industria, medicina, biotecnología, nanotecnología y robótica. El autor analiza cómo estas tecnologías podrían desarrollarse y los cambios que podrían generar en la sociedad. El documento está dividido en 10 capítulos que abordan cada uno de estos temas.
El documento discute las posibles implicaciones del aumento de la autonomía y capacidad de interacción de los robots con los humanos en los próximos años. Los investigadores españoles predicen que para el 2020 los robots podrán ver, hablar, actuar e interactuar de forma más inteligente y cercana con las personas. Corea del Sur construirá el primer parque temático de robots "Robot Land" en 2013 para promover la industria robótica.
Accede desde este documento a la información de los grados y posgrados que se imparten en la Universidad Católica de Ávila. Apúntate a un futuro de calidad y elige la modalidad de tus estudios, presencial / on line. www.ucavila.es
La NASA está entusiasmada con la idea de usar nanorobots para prolongar la vida de los astronautas en el espacio y hacer posible una misión tripulada a Marte. Los nanorobots podrían circular por el torrente sanguíneo humano para detectar enfermedades como depósitos de colesterol o virus y destruirlos. La NASA apuesta por la nanotecnología para prevenir y controlar los problemas de salud de los astronautas y así lograr colonizar Marte.
El documento discute los peligros del capitalismo, incluyendo crisis, guerras y odio. También analiza si el sistema actual está evolucionando hacia una "metamorfosis" similar a cómo una oruga se transforma en mariposa, debido a que el sistema actual no puede resolver problemas como el peligro nuclear, el cambio climático o la economía mundial. Finalmente, explica que una metamorfosis implica un proceso de autodestrucción y reconstrucción para emerger como un nuevo ser.
El cross-docking consiste en recibir productos de diferentes proveedores y redistribuirlos a clientes sin almacenarlos, lo que reduce costos. Existen tres tipos de cross-docking dependiendo de quién prepara y asigna los pedidos. Implementar con éxito el cross-docking requiere sincronizar perfectamente los flujos entre proveedores, la plataforma logística y clientes, así como contar con un sistema de información integrado.
In the future, cars will be affordable and able to fly. Buildings will be made from indestructible materials resistant to earthquakes and tsunamis, making cities safer. Scientists will develop medicines to cure or alleviate all diseases, allowing people to live longer lives and the elderly to live a few more years. Thanks to advances in technology, holidays in 2099 will be more enjoyable as people can travel to the moon and live normal lives there. Houses and buildings will be constructed from indestructible materials and technology will solve financial crises by enabling money to grow on plants.
El documento describe las nuevas tecnologías de interfaz humana que se espera que tengan las computadoras en el futuro, incluyendo el reconocimiento facial, de voz y gestual, así como nuevos dispositivos táctiles y sensibles. También se discuten las nuevas fuentes de energía renovables y no renovables, así como los nuevos materiales avanzados derivados de la nanotecnología que tendrán propiedades controlables y podrán responder a estímulos. El documento concluye explicando cómo la computación se integrará más en los sentidos humanos para
El documento discute el concepto de liderazgo y las características de los líderes del futuro. Define el liderazgo como el proceso de influenciar a otros para alcanzar metas comunes. Explora estilos de liderazgo y factores que contribuyen al éxito de los proyectos. Visualiza comunidades y líderes del futuro en un mundo plano con tecnología que elimina distancias. Concluye que los líderes exitosos del futuro enseñarán, escucharán críticas y crearán nuevos líderes.
The document discusses the concepts of good and evil and how they are not clearly defined but rather subjective. It argues that good and evil are two sides of the same thing and that both are natural parts of human nature. Further, it claims that struggle is inevitable in life but what matters most is maintaining a balance between good and bad.
Robots are mechanical or virtual agents that can perform tasks automatically or with guidance from remote control. They are usually electro-mechanical machines guided by computer programming. Robots help in daily life by performing functions that were previously done by human labor or animals. They are also used for entertainment purposes like playing ping pong. Approximately half of all robots are in Asia, with 32% in Europe and 16% in North America. Japan has the highest number of any country, containing 30% of the world's robots. Robotics is considered the future because robots are increasingly entering personal lives to make tasks easier, with a prediction that robots will transform domestic life in every home.
The document discusses predictions for how housing and technology may change by 2050. It suggests that homes in the future will be more eco-friendly, using solar panels and recycled water, and will be smaller to accommodate more people on Earth. Cars are predicted to run on water and electricity rather than gas and be able to detect dangerous situations autonomously. Some speculate that by 2060, humans may be able to upload their minds to computers and achieve a form of immortality through digital preservation of thoughts and memories.
The document provides an introduction to robotics presented by Arjun Chopra. It discusses how the development of machines to perform repetitive tasks reduced the need for human labor and accelerated technological advances. It then summarizes that electronics were a major development leading to the creation of autonomous robots by William Grey in 1948. The document also categorizes types of robots by locomotion and application and discusses advantages and disadvantages of robots as well as their influence and future.
The document discusses robots and automation in the 21st century. It covers several topics: the definition of "robot"; how robots and automation are used for entertainment but also military dominance; concerns that automation increases unemployment but human intelligence remains superior; and how robotics can advance healthcare through cloning for organ transplants and precision in surgery despite religious objections. The conclusion is that robotics and automation will greatly benefit humanity by enabling work to be done more quickly and safely, including for national defense and medical operations.
The survey of 1,000 people from different countries revealed both hopes and fears about what life will be like in 2050. Friendships will change dramatically as most people will meet their future spouses online. Computers will be essential but may also lead to more social isolation. Education will shift to using computers for most tasks like calculations and even writing by hand may disappear. Robots are expected to do household chores and ready-made food will be common. Travel styles may change with electric vehicles replacing gas-powered cars in cities. Genetic engineering raises hopes for curing diseases but some worry about environmental impacts like needing to pay for clean air. Overall, both optimism and concerns were expressed about the future.
This document discusses how nanotechnology can help address limitations with microelectronics and enable new technologies. It explains that nanotechnology allows for electronics that are smaller, more flexible, and more cost-effective to produce. Specifically, it outlines how nanotechnology could enable stretchable electronics, wireless devices, molecular devices, improved sensors, increased memory storage, new materials for wearable electronics, and molecular devices that reduce the size of integrated circuits. The document concludes that nanotechnology has promise to continue miniaturizing electronics and enable flexible devices, driving major changes and innovations in mobile and wearable technologies.
The document discusses predictions for various toys, clothes, furniture, technology and other items that may exist in the future. It suggests teddy bears will still be popular toys, clothes will become more strange and innovative with possible invisible designs. Phones and cars will continue to change significantly with new features, safety technologies and unusual designs. The document also questions whether predictions of an imminent end of the world are truly believable.
This document provides information about a nanoelectronics and industrial applications program offered by the Nano Science & Technology Consortium. It defines nanoelectronics as using scientific methods at the atomic scale to develop nano machines and reduce their size, risk, and surface area. The program covers advantages of nanoelectronics like miniaturization and exploring molecular properties. It also discusses industrial applications in areas like computers, displays, and communications. Finally, it outlines the program delivery methodology and various career opportunities in related fields.
1) Goods and services will be delivered directly to homes through underground tube networks, eliminating the need for daily shopping trips.
2) Robots will be able to travel and interact with the physical world on one's behalf, allowing people to virtually attend meetings or go shopping remotely.
3) Advances in technology will enable flying cars and make civilian air travel more accessible, with requests for "avian lines" in heavy traffic situations.
4) Many other predicted technologies focus on artificial body parts, external brain storage, independent homes powered by self-sufficient energy and waste systems, personal drones, and means of personal air travel like artificial wings.
A general futurist look at how linear, exponential and discontinuous growth is shaping the future of technology and what may be expected in key areas such as hardware, software, semiconductors, artificial intelligence, nanotechnology, biotechnology, life extension and virtual worlds.
Audio: http://feeds.feedburner.com/BroaderPerspectivePodcast
This document discusses and envisions various future technologies including helping devices for the visually impaired, eco-friendly ATMs, portable office appliances, smart washing technologies, new kitchen assistants, chewing gum batteries, T-shirts controlled via smartphone, medical technologies, immersed senses that allow free movement for scuba divers, open source car technology, and a future where technology will be accessible through portable devices. The document presents an optimistic view of how technology may enhance and assist people in their daily lives in various areas such as transportation, home appliances, healthcare, and recreation.
In the next 10 years, communication technology will advance in education and entertainment. Tablets will replace textbooks in K-12 classrooms, and online video lectures will become common in universities. Video games will use biometrics to read emotions and fully immersive sensor technology. Television will become 3D and combine with computers, allowing users to access all computing functions from the living room. New innovations will diffuse through social networks as people seek gratifying new media to satisfy their needs.
1) A robot is generally defined as a programmable machine that mimics human or animal actions and movements. To qualify as a robot, a machine must be able to receive external information and perform some physical task.
2) The word "robot" originated from the Czech word for forced labor or slavery. It was first used in a 1920s play to describe automated workers. Leonardo da Vinci drew early plans for a mechanical man in 1495.
3) Robots are commonly used in factories for repetitive tasks as they do not require breaks, pay, or accommodations. Certain dangerous jobs like bomb disposal are also well-suited to robots.
What does the world look like in the year 2025? Digital living evangelist, Lindsay Smith, explores the communications and technology journey that has revolutionized the 21st century.
Are you ready for the changes that will come in this lifetime?
El documento describe las nuevas tecnologías de interfaz humana que se espera que tengan las computadoras en el futuro, incluyendo el reconocimiento facial, de voz y gestual, así como nuevos dispositivos táctiles y sensibles. También se discuten las nuevas fuentes de energía renovables y no renovables, así como los nuevos materiales avanzados derivados de la nanotecnología que tendrán propiedades controlables y podrán responder a estímulos. El documento concluye explicando cómo la computación se integrará más en los sentidos humanos para
El documento discute el concepto de liderazgo y las características de los líderes del futuro. Define el liderazgo como el proceso de influenciar a otros para alcanzar metas comunes. Explora estilos de liderazgo y factores que contribuyen al éxito de los proyectos. Visualiza comunidades y líderes del futuro en un mundo plano con tecnología que elimina distancias. Concluye que los líderes exitosos del futuro enseñarán, escucharán críticas y crearán nuevos líderes.
The document discusses the concepts of good and evil and how they are not clearly defined but rather subjective. It argues that good and evil are two sides of the same thing and that both are natural parts of human nature. Further, it claims that struggle is inevitable in life but what matters most is maintaining a balance between good and bad.
Robots are mechanical or virtual agents that can perform tasks automatically or with guidance from remote control. They are usually electro-mechanical machines guided by computer programming. Robots help in daily life by performing functions that were previously done by human labor or animals. They are also used for entertainment purposes like playing ping pong. Approximately half of all robots are in Asia, with 32% in Europe and 16% in North America. Japan has the highest number of any country, containing 30% of the world's robots. Robotics is considered the future because robots are increasingly entering personal lives to make tasks easier, with a prediction that robots will transform domestic life in every home.
The document discusses predictions for how housing and technology may change by 2050. It suggests that homes in the future will be more eco-friendly, using solar panels and recycled water, and will be smaller to accommodate more people on Earth. Cars are predicted to run on water and electricity rather than gas and be able to detect dangerous situations autonomously. Some speculate that by 2060, humans may be able to upload their minds to computers and achieve a form of immortality through digital preservation of thoughts and memories.
The document provides an introduction to robotics presented by Arjun Chopra. It discusses how the development of machines to perform repetitive tasks reduced the need for human labor and accelerated technological advances. It then summarizes that electronics were a major development leading to the creation of autonomous robots by William Grey in 1948. The document also categorizes types of robots by locomotion and application and discusses advantages and disadvantages of robots as well as their influence and future.
The document discusses robots and automation in the 21st century. It covers several topics: the definition of "robot"; how robots and automation are used for entertainment but also military dominance; concerns that automation increases unemployment but human intelligence remains superior; and how robotics can advance healthcare through cloning for organ transplants and precision in surgery despite religious objections. The conclusion is that robotics and automation will greatly benefit humanity by enabling work to be done more quickly and safely, including for national defense and medical operations.
The survey of 1,000 people from different countries revealed both hopes and fears about what life will be like in 2050. Friendships will change dramatically as most people will meet their future spouses online. Computers will be essential but may also lead to more social isolation. Education will shift to using computers for most tasks like calculations and even writing by hand may disappear. Robots are expected to do household chores and ready-made food will be common. Travel styles may change with electric vehicles replacing gas-powered cars in cities. Genetic engineering raises hopes for curing diseases but some worry about environmental impacts like needing to pay for clean air. Overall, both optimism and concerns were expressed about the future.
This document discusses how nanotechnology can help address limitations with microelectronics and enable new technologies. It explains that nanotechnology allows for electronics that are smaller, more flexible, and more cost-effective to produce. Specifically, it outlines how nanotechnology could enable stretchable electronics, wireless devices, molecular devices, improved sensors, increased memory storage, new materials for wearable electronics, and molecular devices that reduce the size of integrated circuits. The document concludes that nanotechnology has promise to continue miniaturizing electronics and enable flexible devices, driving major changes and innovations in mobile and wearable technologies.
The document discusses predictions for various toys, clothes, furniture, technology and other items that may exist in the future. It suggests teddy bears will still be popular toys, clothes will become more strange and innovative with possible invisible designs. Phones and cars will continue to change significantly with new features, safety technologies and unusual designs. The document also questions whether predictions of an imminent end of the world are truly believable.
This document provides information about a nanoelectronics and industrial applications program offered by the Nano Science & Technology Consortium. It defines nanoelectronics as using scientific methods at the atomic scale to develop nano machines and reduce their size, risk, and surface area. The program covers advantages of nanoelectronics like miniaturization and exploring molecular properties. It also discusses industrial applications in areas like computers, displays, and communications. Finally, it outlines the program delivery methodology and various career opportunities in related fields.
1) Goods and services will be delivered directly to homes through underground tube networks, eliminating the need for daily shopping trips.
2) Robots will be able to travel and interact with the physical world on one's behalf, allowing people to virtually attend meetings or go shopping remotely.
3) Advances in technology will enable flying cars and make civilian air travel more accessible, with requests for "avian lines" in heavy traffic situations.
4) Many other predicted technologies focus on artificial body parts, external brain storage, independent homes powered by self-sufficient energy and waste systems, personal drones, and means of personal air travel like artificial wings.
A general futurist look at how linear, exponential and discontinuous growth is shaping the future of technology and what may be expected in key areas such as hardware, software, semiconductors, artificial intelligence, nanotechnology, biotechnology, life extension and virtual worlds.
Audio: http://feeds.feedburner.com/BroaderPerspectivePodcast
This document discusses and envisions various future technologies including helping devices for the visually impaired, eco-friendly ATMs, portable office appliances, smart washing technologies, new kitchen assistants, chewing gum batteries, T-shirts controlled via smartphone, medical technologies, immersed senses that allow free movement for scuba divers, open source car technology, and a future where technology will be accessible through portable devices. The document presents an optimistic view of how technology may enhance and assist people in their daily lives in various areas such as transportation, home appliances, healthcare, and recreation.
In the next 10 years, communication technology will advance in education and entertainment. Tablets will replace textbooks in K-12 classrooms, and online video lectures will become common in universities. Video games will use biometrics to read emotions and fully immersive sensor technology. Television will become 3D and combine with computers, allowing users to access all computing functions from the living room. New innovations will diffuse through social networks as people seek gratifying new media to satisfy their needs.
1) A robot is generally defined as a programmable machine that mimics human or animal actions and movements. To qualify as a robot, a machine must be able to receive external information and perform some physical task.
2) The word "robot" originated from the Czech word for forced labor or slavery. It was first used in a 1920s play to describe automated workers. Leonardo da Vinci drew early plans for a mechanical man in 1495.
3) Robots are commonly used in factories for repetitive tasks as they do not require breaks, pay, or accommodations. Certain dangerous jobs like bomb disposal are also well-suited to robots.
What does the world look like in the year 2025? Digital living evangelist, Lindsay Smith, explores the communications and technology journey that has revolutionized the 21st century.
Are you ready for the changes that will come in this lifetime?
Reglamento sanitario de los Alimentos DECRETO_977_96_actualizado_-mayo-2024.pdfClaudio P Muñoz Figueroa
Descripción
El Reglamento Sanitario de los Alimentos (RSA) establece las condiciones sanitarias a que deberá ceñirse la producción, importación, elaboración, envase, almacenamiento, distribución y venta de alimentos para uso humano, con el objeto de proteger la salud y nutrición de la población y garantizar el suministro de alimentos sanos e inocuos.
Se aplica a todas las personas naturales o jurídicas, que se relacionen o intervengan en los procesos aludidos anteriormente, así como a los establecimientos, medios de transporte y distribución destinado a dichos fines.