artificial brain

artificial brain #1 (gilded), 2014

REAL SIZE: 0.06 x 0.09 in

Limited Edition: 46 x 69 / 23 x 35 / 12 x 17 in

mind

thought

robotics

artificial brain

artificial intelligence

microarchitecture

nanotechnology

microprocessor

microchip

bit

artificial brain #2 (e-time), 2014

REAL SIZE: 0.02 x 0.03 in

Limited Edition: 46 x 69 in / 23 x 35 in

artificial brain #3 (building), 2014

REAL SIZE: 0.12 x 0.18 in

Limited Edition: 46 x 69 in / 23 x 35 in

artificial brain #4 (red building), 2014

REAL SIZE: 0.12 x 0.18 in

Limited Edition: 46 x 69 in / 23 x 35 in

artificial brain #5 (blue pipe organ), 2014

REAL SIZE: 0.15 x 0.1 in

Limited Edition: 52 x 35 / 35 x 23 / 17 x 12 in

artificial brain #6 (red pipe organ), 2014

REAL SIZE: 0.15 x 0.1 in

Limited Edition: 52 x 35 in / 35 x 23 in

artificial brain #7 (maze 1), 2014

REAL SIZE: 0.03 x 0.04 in

Limited Edition: 46 x 69 in / 23 x 35 in

artificial brain #8 (maze 2), 2014

REAL SIZE: 0.03 x 0.04 in

Limited Edition: 46 x 69 in / 23 x 35 in

artificial brain #9 (matrix), 2014

REAL SIZE: 0.03 x 0.04 in

Limited Edition: 46 x 69 / 23 x 35 / 12 x 17 in

artificial brain #10 (maze 3), 2014

REAL SIZE: 0.03 x 0.04 in

Limited Edition: 46 x 69 in / 23 x 35 in

artificial brain #11 (maze 4), 2014

REAL SIZE: 0.03 x 0.04 in

Limited Edition: 46 x 69 in / 23 x 35 in

artificial brain #12 (maze 5), 2014

REAL SIZE: 0.03 x 0.04 in

Limited Edition: 46 x 69 in / 23 x 35 in

artificial brain #13 (orange carpet), 2014

REAL SIZE: 0.03 x 0.04 in

Limited Edition: 46 x 69 / 23 x 35 / 12 x 17 in

artificial brain

Microprocessors and brains are extremely complex control devices running a variety of devices or organs connected to them.

 

The central processing unit has transformed modern society, a precise machine running programs and instructions and performing logic and arithmetic operations with binary data at staggering speeds. The unassuming device depicted here is only a few square millimeters in size, but it represents decades of technological research in an internal 

microarchitecture so surprising that it defies the foresighting abilities of any rational mind.

Only a large number of highly-qualified engineers and scientists working in state-of-the-art facilities can design and produce one of these "artificial brains". Similarly, many hours (even days) at the optical microscope are required to explore the millions of integrated electronic components of this "big,"
nanometric-sized city.

 

At the electronic microscope, months are required to visit its millions of transistors

and other elements.

A clock-like device sets a hectic processing pace:

billions of instructions are processes. A complex architecture integrated in the microlandscape of a city with millions of buildings. Transistors and other components form a three-dimensional network reminiscent of the intricate neural connections of our brain.

 

Progress in artificial intelligence hinge on this device, a landmark of technological development and a necessary component of many of the everyday tools of humans.

 

 

Antonio Romero

data,

mind,

memory,

thought,

robotics,

artificial brain,

artificial intelligence,

microprocessor,

code cache unit,

supercomputer,

microarchitecture,

machine language,

quantum electronics,

quantum mechanics,

nanotechnology,

microelectronics,

photonics,

microchip,

transistor,

electron,

byte,

bit,

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