Tag: Humane-Technology

crystal glass Bibe data storage
Information Decoration

Storing Knowledge for Eternity

Researchers at the University of Southampton have discovered a way to store data in five dimensions on a nano structured glass able to survive for billion of years. Their first experiment with this technique dates back to 2013, when they successfully managed to record a 300 KB copy of a text file in 5D. However this time this high density, immutable storage is capable of storing up to 36 TB of data and will last (almost) forever.

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bio printed body parts
Augmented Bodies

Bio-Printer Creates Living Body Parts

Hopes for easier and more affordable transplant surgeries are getting higher thanks to a new bio-printer able to use living cells to 3D print body parts. US researchers described on Nature Biotechnology how they used this technique to grow ear, bone and muscle structures out of plastic-like materials and living cells matching those of humans, rats, mice and rabbits. The living cells would act as ink making it possible to produce human tissue in the laboratory.

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Robot in a hospital holding a syringe
Nongenetic Evolution

Medical Practice Aided by Robots

Emerging technologies within the field of robotics are already being implemented in different sectors of our daily life. The general requirement is not that these robots perform perfectly, but just better than humans. Whether the discussion is about the much anticipated driverless car or about fully automated industrial production, the underlying fact is that this technology has the enormous potential to improve our future endeavors. Our medical system is no exception.

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electronic contact lenses future of wearable technology
Intimate Technology

Turning Contact Lenses into Screens

The way we interact with technology is hanginhanging very quickly and is becoming every day more personal and intimate. Scientists from the University of South Australia’s Future Industries Institute transformed contact lenses into computer screens. They came up with a polymer film coating able to conduct electricity on a contact lens, with the potential to build miniature electrical circuits that are safe to be worn.

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Artificial intelligence and biological enhancement
Augmented Bodies

From Homo Sapiens to Homo Optimus

We are slowly but surely entering an age of technological singularity, in which artificial intelligence and biological enhancement are combined in order to construct the next stages of human evolution. The year 2050 seems to be the point when technological advancements will allow us to merge our biological bodies with computers.

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colored apples fruit
Food Technology

How We Domesticated Food

We tend to believe that the fruit and the vegetables we eat today are “natural” and the same as they always were. It turns out that in the past this familiar food didn’t look like this at all. Its genetics was modified over time by humans, we did this for centuries.

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braille-tablet-640x640
Augmented Bodies

A Tablet for the Visually Impaired People

Sight is a skill we often take for granted. However not everyone has this ability. Today around 314 million people suffer from sight impairment. We rarely take into account their relationship with technology that, if we think about it, is not simple. The use of smartphones and tablets is extremely difficult for a visually impaired person, and impossible for a person suffering from blindness. But this could change in the near future.

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SAN FRANCISCO, CA - MAY 28:  An attendee inspects Google Cardboard during the 2015 Google I/O conference on May 28, 2015 in San Francisco, California. The annual Google I/O conference runs through May 29.  (Photo by Justin Sullivan/Getty Images)
Augmented Bodies

Doctors Used VR to Save a Baby’s Life

Google Cardboard was used by a cardiologist to train for a very risky heart surgery on a four months baby. Teegan was born with a serious problem: the heart was not where it should have been, too far to the left, taking the place of a lung that was never formed. The surgery was the only option, but unfortunately both the young age and the specific location of the heart made it virtually impossible to operate “in the dark”.

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