Google Project Magi: The Future of Search

Google Project Magi: The Future of Search

  4:58:00 PM    Science Lover

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• Google's New AI Search Engine Will Change the Way You Search

Magi is designed to be more personalized and helpful than ever before, using artificial intelligence to anticipate your needs and provide you with the information you need, when you need it.

Some of the features that Magi will offer include:

• Personalized search results: Magi will learn your preferences and interests over time, and use that information to deliver more relevant results.
• Natural language processing: Magi will be able to understand your natural language queries, even if they are incomplete or ambiguous.
• Smart answers: Magi will be able to provide you with smart answers to your questions, even if they are open ended or challenging.
• Transactional search: Magi will allow you to complete transactions directly from the search results, such as booking flights or buying products.

Magi is still in development, but it has the potential to revolutionize the way we search the web. Stay tuned for more information as it becomes available!

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Artificial Brain: The Future of Intelligence?

Artificial Brain: The Future of Intelligence?

  5:32:00 PM    Science Lover

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Artificial intelligence (AI) is rapidly evolving, and with it, the possibility of creating artificial brains. While this may seem like something out of a science fiction movie, it is actually a very real possibility. In fact, researchers at Indiana University (IU) are already working on developing artificial brains that could one day rival the capabilities of the human brain.

The IU team is led by Professor of Computer Science David B. Hardcastle, who is an expert in artificial intelligence and machine learning. Hardcastle and his team are working on developing artificial brains that can learn and adapt in the same way that human brains do. They believe that this type of artificial intelligence could have a profound impact on many different areas of our lives, from healthcare to education to transportation.

One of the main goals of the IU team is to develop artificial brains that can be used to improve healthcare. They believe that artificial brains could be used to diagnose diseases, develop new treatments, and even provide personalized care to patients. For example, artificial brains could be used to analyze medical images and identify potential problems that human doctors might miss. They could also be used to develop new drugs and treatments that are tailored to the specific needs of each patient.

The IU team is also working on developing artificial brains that can be used to improve education. They believe that artificial brains could be used to create personalized learning experiences for students. For example, artificial brains could be used to identify each student's strengths and weaknesses and then provide them with the appropriate level of challenge. They could also be used to provide feedback to students in a way that is both timely and helpful.

In addition to healthcare and education, the IU team is also working on developing artificial brains that can be used to improve transportation. They believe that artificial brains could be used to develop self-driving cars and other autonomous vehicles. For example, artificial brains could be used to navigate complex traffic conditions and avoid accidents. They could also be used to provide passengers with a more comfortable and enjoyable travel experience.

The work being done by the IU team is just one example of the many ways that artificial intelligence is being used to develop new technologies. Artificial intelligence has the potential to revolutionize many different areas of our lives, and the IU team is at the forefront of this research. It will be interesting to see what the future holds for artificial intelligence and artificial brains.

The Benefits of Artificial Brains

Artificial brains could have a number of benefits, including:

• Improved healthcare: Artificial brains could be used to diagnose diseases, develop new treatments, and even provide personalized care to patients.
• Improved education: Artificial brains could be used to create personalized learning experiences for students.
• Improved transportation: Artificial brains could be used to develop self-driving cars and other autonomous vehicles.
• Increased productivity: Artificial brains could be used to automate tasks and increase productivity in a variety of industries.
• Enhanced creativity: Artificial brains could be used to generate new ideas and solve problems in innovative ways.

The Challenges of Artificial Brains

While there are many potential benefits to artificial brains, there are also a number of challenges that need to be addressed. These challenges include:

• Safety: Artificial brains need to be designed in a way that ensures they are safe and do not pose a threat to humans.
• Ethics: The development of artificial brains raises a number of ethical concerns, such as the potential for job displacement and the impact on human autonomy.
• Control: It is important to ensure that artificial brains are under human control and do not become uncontrollable.
• Bias: Artificial brains are trained on data, and if that data is biased, the artificial brain will also be biased. This is a major challenge that needs to be addressed in order to ensure that artificial brains are fair and unbiased.

The Future of Artificial Brains

The future of artificial brains is uncertain. It is possible that artificial brains could one day become as intelligent as humans, or even surpass human intelligence. If this happens, it would have a profound impact on society. Artificial brains could be used to solve some of the world's most pressing problems, such as climate change and poverty. However, they could also be used for malicious purposes, such as developing autonomous weapons.

It is important to start thinking about the implications of artificial brains now, so that we can be prepared for whatever the future holds.

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Bangkok designers draw attention for air-purifying bike idea

Bangkok designers draw attention for air-purifying bike idea

  9:18:00 PM    Science Lover

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Some observers are calling it "the photosynthesis bike." The bike of interest is only a concept, not even a prototype yet, from designers in Bangkok. Nonetheless, in concept alone, it has captured a lot if imaginations, press coverage, and even picked up an award in the 2013 Red Dot competition for design concept. Dubbed "Air Purifier Bike," from Bangkok-based Lightfog Creative and Design, the bicycle presents a next-level functionality to bicycles as environmentally sound vehicles—to the point where the rider not only uses a clean mode of transport but also helps to purify the air along with the ride. (The Red Dot Award for design concept is part of a professional design competition for design concepts and prototypes worldwide.)

Silawat Virakul, Torsakul Kosaikul, and Suvaroj Poosrivongvanid are the designers behind the award-winning idea. They said their Air-Purifier Bike incorporates an air filter that screens dust and pollutants from the air, a photosynthesis system (including a water tank) that produces oxygen, an electric motor, and a battery. "While it is being ridden, air passes through the filter at the front of the bike, where it is cleaned before being released toward cyclist. The bike frame houses the photosynthesis system. When the bike is parked, the air-purifying functions can continue under battery power."

According to a report on the bicycle and the designers behind it on the Fast Company Co.Exist site, the designers presently have mock-ups, but they have not yet built a prototype; they plan to build one soon.

"We want to design products which can reduce the air pollution in the city. So we decided to design a bike because we thought that bicycles are environmentally friendly vehicles for transportation," said creative director Silawat Virakul in an email to Co.Exist.

"Riding a bicycle can reduce traffic jam[s] in a city," said Virakul. "Moreover, we wanted to add more value to a bicycle by adding its ability to reduce the pollution."

If they were to advance their concept, they would be responding to many urban dwellers who are growing increasingly aware that bicycles ease pollution and are taking to bicycles for short-distance transportation. Earlier this year, Lucintel, a consulting and market research firm, analyzed the global bicycle industry in "Global Bicycle Industry 2013-2018: Trends, Profit, and Forecast Analysis." They noted that government initiatives to promote cycling to reduce carbon emissions and noise pollution are a strong growth driver. In addition, bicycles' energy efficiency, coupled with cycling as a fitness activity, will help propel demand during the forecast period.

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A Vacuum Cleaner Made Out Of Cardboard

A Vacuum Cleaner Made Out Of Cardboard

  10:04:00 AM    Science Lover

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In another attempt to reduce the amount of plastic refuse that winds up in landfills, Jake Tyler, an industrial design student at Loughborough University has devised a means to construct a working vacuum cleaner out of corrugated cardboard. The vacuum, developed as part of his final year degree project in conjunction with a design team from Vax, where Tyler is now employed, has its housing made of cardboard, while the inside motor works employs recyclable pure nylon plastic using rapid process manufacturing, rather than injection molding.

cardboard vacuum cleaner

Called the Vax ev, the cleaner is designed to be assembled at home by the customer using the cardboard from the box in which it is shipped. The cardboard is pretreated with fire retardant, and because it is the corrugated variety, it is assumed it will be able to withstand the rigors of home vacuuming, though, it isn’t clear just yet how long such a vacuum cleaner would last. In its favor, the entire housing can be easily and cheaply replaced, and customers with some foresight might in fact purchase some extra corrugated cardboard from their local packaging store, along with their new vacuum and then use the original panels as a pattern for fashioning their own replacement panels thus avoiding having to go to the manufacture when their new vac runs afoul of some heavy furniture or perhaps a bit of a liquid spill.



Vax, the U.K.s leading floor-care brand says that the new model will be a limited edition, as it’s uncertain just how many customers would actually buy such an appliance.The housings for traditional vacuum cleaners are generally made of injection molded plastics of the type that take a very long time to decay in a landfill and require large centralized plants to make, which means large transportation costs and more air pollution. With rapid process manufactured plastics, such as those used for the inside parts of the Vax ev, parts can be made almost anywhere, making it easier to set up small plants that are closer to the customer.

In an interesting side-feature, future owners of the Vax should be able to very easily customize their vacuums with felt tip pens, creating designs that might make the vacuum look a little less like a cardboard box with wheels, and more like a piece of art, or even perhaps, more like the plastic covered models that home vacuumer’s are used to seeing.
More information: via Press release

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