Exploring the Artistry of Life: A Graphic Designer's Journey
Tag Archives: Neurological Machinery
Bob, also known as L3GACY, Neurological Machinery, Robert J Hanson and b2hanson, is a Canadian artist and graphic designer based in Winnipeg. With over 20 years of experience, he graduated in Graphic Design in 1998 and has been a Deviant Art member since 2002. Bob is a trailblazer in mixed media creations, seamlessly merging nostalgia and futuristic aesthetics.
Alright, let’s buckle up (pun intended) for the tale of two shoes, one tragic, one triumphant:
First, there were my silver running shoes, shiny beacons of hope before becoming…well, let’s just say a neighborhood cat mistook them for a fancy litter box. RIP, silver buddies. My then wife, bless her heart, saw the “crime scene” and, in a fit of righteous (if slightly Clorox-scented) fury, banished them to the shoe afterlife.
Then there’s the other side of the coin: my thousand-dollar Italian leather shoes. Silver buckle, taller stance, the whole shebang. These babies have been with me for over 20 years, through thick and thin (literally, they’ve seen some questionable dance moves). Still lookin’ sharp, still feelin’ fancy, these shoes are like the Benjamin Button of footwear.
In 1924, Hans Berger unveiled the Electroencephalogram (EEG), a groundbreaking device that measures electrical activity in the brain. This invention marked the beginning of our ability to decipher the brain’s intricate signals and understand neurological processes[1].
2.) Cochlear Implant
Fast forward to 1960, and William House introduces the Cochlear Implant, a marvel that restores hearing for those with profound hearing loss. This innovation significantly transforms the lives of individuals by providing a solution to a once-unyielding challenge[4].
A cochlear implant is a device that can improve hearing for people who have severe hearing loss from inner-ear damage. It works by bypassing the damaged parts of the ear and sending sound signals directly to the hearing nerve. Here is a simplified explanation of how it works:
A sound processor that fits behind the ear captures sound waves and converts them into digital signals.
The signals are sent to a receiver implanted under the skin behind the ear, which then sends them to electrodes implanted in the inner ear (cochlea).
The electrodes stimulate the hearing nerve, which carries the signals to the brain. The brain interprets the signals as sounds, though they may sound different from natural hearing.
In 1963, Irving Cooper pioneers Deep Brain Stimulation (DBS), a surgical treatment involving the implantation of a neurostimulator. DBS emerges as a revolutionary approach to treating various neurological conditions, showcasing the marriage of medical expertise and technological advancement[2].
4.) CT Scanner
Godfrey Hounsfield introduces the CT Scanner in 1972, enhancing our ability to visualize brain structures non-invasively. This milestone brings unprecedented clarity to medical imaging, enabling more accurate diagnoses and treatments[5].
5.) MRI
The advent of Magnetic Resonance Imaging (MRI) in 1985 revolutionizes diagnostic and research capabilities. This non-ionizing radiation technology provides detailed images of the brain, contributing immensely to the field of neuroscience[3].
6.) Brain-Computer Interface (BCI)
Entering the 21st century, 2002 witnesses the development of the Brain-Computer Interface (BCI). This technology allows direct communication between the brain and external devices, opening new frontiers in neuroscientific research and human-machine interaction[1].
Elon Musk’s Neuralink is a revolutionary brain-computer interface venture. The company aims to merge the human brain with artificial intelligence, enhancing cognitive abilities and enabling direct communication between the brain and external devices. Neuralink’s brain-computer interface is fully implantable, cosmetically invisible, and designed to allow users to control computers or mobile devices anywhere they go. The first human implant from Neuralink was announced by Elon Musk, marking a significant step in the company’s mission to develop advanced neurotechnologies[1].
In 2013, the field witnesses the emergence of Optogenetics, a technique utilizing light to control genetically modified neurons. This groundbreaking approach enables precise manipulation of neural activity, offering unprecedented insights into the functioning of the brain[6].
Embarking on this journey through neurological machinery history unveils a tapestry woven with innovation, dedication, and the relentless pursuit of understanding the intricacies of the human brain.
Bee Hanson Design 