A rare look at the secret history of the ‘bionic’ home
The future is bright for the bionic home.
Its sleek look, smart tech and sleek design could change how we live, work and play.
The technology is so advanced it’s almost futuristic.
And there’s a good chance we’re just getting started.
The bionic is a new type of home that can be built in three dimensions and is made of materials that have never been before seen.
The first bionic, called the XS, is currently in its prototype stage, but the technology is rapidly evolving.
A bionic in its original form.
Source: The New Yorker article The technology that powers the bionics, or bio-mechanics, is a combination of electronics, sensors and computers.
These computers monitor the wearer’s movements, and use machine learning algorithms to predict how the wearer will react to the environment.
The technology can also automatically determine the best place to place the device on the body, or the location of the nearest source of electrical power.
The body’s electrical supply is supplied by batteries, and the devices can power them.
The bionic’s sensors and computer-controlled thermostats are also powered by the same battery pack.
The bionics are built in a small factory in Japan, which also makes the bio-fabricator, which makes the building materials.
These materials can be used to create any sort of building material.
For example, bio-bricks could be made from bio-fiber, and bio-suede could be used for a high-tech flooring material.
One of the first bionics.
Source:’ The New Yorker ‘The New York Times article The technology is called bio-reactive materials.
This refers to materials that react to their environment in a way that makes them resistant to chemical and biological attacks.
This means that the materials are not only able to absorb chemical damage, but also act as passive defenses, acting as the physical protection for the body against a chemical or biological attack.
In the case of the bioresidue, the bioreactive material is made from carbon nanotubes that are embedded in an organic material called cellulose, a non-toxic material that is commonly used in the manufacture of bio-structures such as leather.
Bionic materials are made of a material called boron nitride, which has a high electrical conductivity.
This material, which is also found in bio-films and biochar, absorbs a wide range of incoming electrical charges, making it a good candidate for being used as a building material for bio-residues.
It is also good for absorbing chemical and chemical-like substances, like carbon monoxide.
Boron is an important component in a number of other bio-materials, such as borax, which acts as a catalyst for chemical reactions, and polyacrylamide, which can be a very good conductor of electricity.
Bio-reactors, or bionic materials, have been around for a long time, and this technology is just the latest in a long line of technologies that can transform the way we live and work.
More on technology: How does a computer read your brain?
The secret of how the human brain works