Become a Cybernetic Organism

Become a Cybernetic Organism - DIY Your Guts!

Left: Alita Battle Angel from the movie, showing off a body with the strength and agility of spectacular cyborg components

To become a Cybernetic Organism, i.e. cyborg, all you need to do is begin adding functional biomechatronic body parts. This is the scheduled path currently being taken by Humanoido this month in a process that will add an undetermined number of mechatronic parts to the one if the foremost parts in the human body - the heart.

The spectacular goal is to impart more power and longevity to the human heart by giving it some mechanistic characteristics of greater strength and longevity that will improve it. In the process, technically, a cyborg is born. The schedule is intended to achieve longer life by avoiding death in the short term and extending life in the long term. This is a four part surgical procedure with a time recovery lapse after each. Part one has already inserted three mechanistic parts into the heart system and staved off death by giving a new lease on life. Anyone at anytime can undergo the procedure, however it's more readily accepted that such operations will take place from middle age upwards. Take for example what the future might hold as portrayed by the movie Alita - Battle Angel, where the human brain is attached to a cyborg body that can live hundreds of years. Currently in the year 2022, we are just beginning to have advanced technology to make the possibility of such dreams coming true.

ALITA: In 2563, 300 years after Earth was devastated by a catastrophic war known as "The Fall", scientist Dr. Dyson Ido discovers a disembodied female cyborg with an intact human brain while scavenging for parts in the massive scrapyard of Iron City. Ido attaches a new cyborg body to the brain and names her "Alita" after his deceased daughter. Alita awakens with no memory of her past... Alita: Battle Angel is a 2019 American cyberpunk action film based on Yukito Kishiro's manga series Gunnm (or Battle Angel Alita in English). It was directed by Robert Rodriguez, produced by James Cameron and Jon Landau, and written by Cameron and Laeta Kalogridis. Rosa Salazar stars through performance-capture animation as Alita, a cyborg who awakens in a new body with no memory of her past and sets out to uncover her destiny. Wiki

https://en.wikipedia.org/wiki/Alita:_Battle_Angel

The human heart is an organ that pumps blood throughout the body via the vessels of the circulatory system, supplying oxygen and nutrients to the tissues and removing carbon dioxide and other wastes.

The heart consists of several layers of a tough muscular wall, the myocardium. A thin layer of tissue, the pericardium, covers the outside, and another layer, the endocardium, lines the inside. The heart cavity is divided down the middle into a right and a left heart, which in turn are subdivided into two chambers.

Space1 Designs New Rocket Lab

SPACE1 DESIGNS NEW ROCKET LAB
Space1's choice was made in the USA, where a new rocket lab design is ready for construction. The building acquisition will include remodeling the structure to support various fields including telemetry, weather, mechanics, design, computer control, hangar, rocket parts inventory, gamut engines, rocket lab, electronics lab, cybernetics and life lab, telescope observatory, tooling, R&D, and others.

Index of Space1 Web Pages 
http://humanoidolabs.blogspot.com/2015/01/space1-links-in-january-2015.html

Robot Mechanics - Downsize Your Big Hole

Static Ping Boe-Bot attachment using a skirt clip

ROBOT MECHANICS - DOWNSIZE YOUR BIG HOLE

In working with a chassis with pre-punched big holes, and when recycling projects, it's common sometimes to need extra components for parts mounting.

Sometimes the mounting hole is too large and little holes are in the wrong place. A big loose hole is a sloppy thing to have when mounting it with your small nuts. There's a small tip to downsizing your big holes.

In the photo, the bracket covers a large hole on the top of a Boe-Bot robot and holds the Ping bracket. This setup uses the existing battery bolt that retains the battery holder. It also allows easy adjustment of the Ping bracket. The side of the skirt clip has a connection tab for other hardware. Bend this tab to make it 90-degrees to the bracket.

Buy a bag of dress clips, the kind that mesh/clip together for wearing a woman's dress or skirt. These have two metal components, one of which is larger. The larger one has a prong which can be formed outward 90 degrees and serve as an extra mounting plate. Near the center is a small tight hole, perfect for a smaller bolt. The clip actually serves as a kind of washer covering the large hole, but with the added function.

The actual use example is for a static attachment of a Ping mount to the top of a Boe-Bot chassis, as shown in the photo. Go to the dollar store and pick up a package of twenty clip sets for, well, about a dollar.

Quantum Era

QUANTUM ERA
The time track of Big Brain machine evolution is divided by Era. An Era is a time range in which the Big Brain has focus on one specific area of development and evolution.  

Era represents periods of evolution

The time span of evolution from ape-like beings to modern man took 20 million years. By comparison, the time span Era of the Big Brain machine project has thus far spanned eleven years from its early development precursor machines beginning in the year 2002.

The Quantum Era was initiated for the Big Brain around the time of the QuadLyzer machine conception.  This follows the Big Brain's Transportation Era. As of this date, the Quantum Era is number 17 in the list of ERAs. This Era is designed to study and learn about representative states of the infinitesimal Quantum World. It includes simulation and the construction of quantum study machines such as the QuadLyzer and the Q Machine.

An era is a commonly used word for long period of time. When used in science, for example geology, eras denote clearly defined periods of time of arbitrary but well defined length, such as for example the Mesozoic Era from 252 Ma–66 Ma, delimited by a start event and an end event. When used in social history, eras may for example denote a period of some monarch's reign. In colloquial language, eras denote longer spans of time, before and after which the practices or fashions change to a significant degree. http://en.wikipedia.org/wiki/Era

ERA
http://humanoidolabs.blogspot.tw/2012/01/big-brain-era.html

Quadlyzer Quantum Analyzer
http://humanoidolabs.blogspot.tw/2012/10/quadalyzer-quantum-analyzer.html

Q Machine
http://humanoidolabs.blogspot.tw/2013/03/q-machine.html

A List of Big Brain Machine Era
Precursor Machines
Design
Construction
Growth
Programming
Life
Assimilation
Projects
Programming Languages
Control
Exploration
Supercomputer
Human Brain Enhancement
SuperTronic
Inner Space
Transposition
Quantum Worlds

Time Travel

TIME TRAVEL CONTINUES
Work continues on the time travel project as we move closer to the precibus. 

The study of time continues with increasing intensity at the largest laboratory. Recapping, the first massive experiment of moving an object from a timeline of 1970s forward into the future was successful and analyzed. The techniques employed were by transgression flow method. In this event, the yardstick of time flows only the forward direction, from past to present to future.

The Transgression Flow Method work is now being extrapolated to more distant timelines. A project of TTE or time travel extensions is initiated. This will create sectional extensions to a singular time travel project. By concatenating the collection or collective of TTEs, a longer time travel expanse will be reached. This is thought of as time travel from A to B, from B to C, from C to D and so on. If the final result is Z, then the length of time travel is A to Z, and farther than the sum of the individual time lines.

In another ongoing spinoff technology, we designed the mechanics of a Time Machine V1.0 by harmonic oscillatory method using gravity waves to propel a human forward into time and to have the function to see specific user time line past. This machine is not yet implemented due the excessive G-forces created, which would exceed that human endurance. The design of a suit to counteract these "gravitometric" forces was began and is still in progress. When the suit can counteract the forces of intense gravity, the time machine will be implemented.