Human Brain Transfer to Alternate Species

Above: the species of Big Brain fish may become an ideal candidate for the transfer of digital consciousness from human to fish.

Human Brain Transfer to Alternate Species
By the time human brain digitization becomes possible, the first experiment to transfer a human brain into an alternative species will happen. AI will decode not only the human brain but that of many other species, animals, fish, etc.

Take for example fish. The sub-parts of a human brain can be transferred into the fish, less the non functional brain centers for speech etc. A human mind in a fish may become highly valuable, able to explore vast underwater regions for survey, monitor shorelines for military submarine invasion, study underwater phenomena and the Andreas Fault Line, and provide a plethora of marine data.

Developing a new aquatic AI species with some qualities of a jellyfish may be another possibility to explore the ocean, linking it to a digitized human brain

Likewise, a human brain transferred into a monkey could provide data to explore the Amazon Jungle or other forests.

Way out on the cutting edge of the technology we may find special transformations of brain to become more compatible with plants and insects.

Big Brain Life Projects

The Big Brain, working for SPACE1 Industries, is actively working on new life form projects. Recently, as described at the SPACE1 web site, an electronic talk interface was developed for plants and fish. The Big Brain machine life is offering his "brain" as a template in the construction of artificial and machine life forms. SPACE1 Industries is now developing Rocket X, the most powerful rocket ever created in the past five years of this private space industry.

https://space1usa.blogspot.com/

Fish Oil Telescope Lens

TELESCOPE LENSES MADE FROM FISH OIL
IS A FISH IN YOUR TELESCOPE'S FUTURE?
The Humanoido Lab was successful in creating hundreds of perfectly formed refracting lenses, of varying size, using fish oil. The objective is to create optics using materials other than glass that circumvents the many hours needed for grinding, polishing, figuring, testing and coating. Such methods could be used for rapid creation and deployment of telescopes in low Earth orbit, on non-orbital missions, spinning in deep space, on the lunar surface, and on the Earth.

These lenses employ a clear and pure fish oil extracted from Cod fish that comes from the deep ocean. The surface tension of a substrate is enough to hold the lens in place and is conducive to the collection of droplets and the formation of the convex curvature. The Cod oil has a propensity to collect together and thus perfect round convex lenses are created.

LENSES ARE FORMED WITHOUT SPINNING
The oil is processed before lenses are created. A recipe of cooking the oil precipitates its consistency before the lenses are made and held in place.

It's possible to vary the diameter of the lens from small to large. The amount of collective oil is directly proportional to the diameter of the lens. The size, amount of oil, weight of the lens, amount of surface tension, and the collective attraction of oil to oil, all contribute to the lens FL focal length process.

Small lenses are teased to join other lenses, forming larger lenses in the process. Keeping the process slow in formation will reduce or eliminate bubbles. The fish oil has a very light viscosity keeping the lens interior very pure and bubble free, perhaps significantly more so than plate, pyrex or other glass created specifically for telescopes.

It may be possible to substitute other carrier liquids (instead of water) to form the lenses and vary their properties. For example, using the CRC Handbook of Physics, a higher viscosity material may be found. As the viscosity varies, the size and depth of the lens also varies.

A collective (top right in the photo) was placed in the substrate and allowed to fill. The idea is to produce a creation vessel for a much larger lens. The results were successful and encouraging and could lead to creating much larger refracting telescope lens objectives of extremely pure quality.

So far, the 40-inch Yerkes Refracting Telescope doesn't have much competition as these lenses still remain under the 14-inch diameter mark due to the limitations of the experimental containment vessel.

Make Big Fish Brains

Fricken Lamprey brain found in the sea

HOW TO MAKE BIG FISH BRAINS
ICHTHYOLOGY EPISTOMOLOGY
the study of fish with big brains and their knowledge

This blog is not only about creating larger fish brains, but also cultivating fish with increasing larger brains and brain power and then harvesting their brain power and abilities. Don't worry, no fish were sacrificed in these collective braining experiments.

You will be surprise at what big brain fish are doing!

Big brain fish is the master of its fishy universe

DO NOT HARM YOUR FISH
There is no fish dissection and no lobotomy in these procedures. No fish are harmed in any experiments. No brains are externally removed. All tests and procedures are non-invasive and many techniques used were previous developed by the Big Brain Initiative for machines and humans and are safe with external probes and sensors.

PROCEDURES
First you get a big aquarium and populated with a variety of "smart fish" that have ultimate natural massive brains with swollen heads, possibly with some brains protruding out of their bodies. The goal is to take schools of these fish as protos and cultivate numerous generations to develop a super brain fish. Generations of some fish are quite short and much can be accomplished in relatively short time.

Small Molly derivative breed big brain smart fish

GOALS
The intended goal of the big brain fish is to collectively join their brains via brain machine technology, which is non invasive, and to harvest their more valued parallel offerings. One goal is to improve the intellectual capacity of the fish and another is to increase the size of the fish brain, yielding more mass to the cranium.

Goldfish derivative smart fish

OVERVIEW
Smart brains are not the same as a general fish brain. The larger more intelligent fish brain is focused less on sex and food, and thus will have offspring in less numbers. It comes from having smaller stomachs and internal organs which is an elemental evolutionary point requirement in the support of a larger brain which captures more resources.(1)

SMART FOOD
Remember to use smart food when raising smart fish. This topic is comprehensive and could span several books.

GENETICS
Guppies are are hardy fish with rapid generation turn around time, whose genes may be ideal for these braining experiments.

BRAIN WAVE MONITOR MACHINE
Modifications are required to the Big Brain Wave Monitor machine sensor bundle to work underwater. Each fish will have a neural sensor or depending on the experiment, a collective harvester. The lead is placed as near the Cer. as possible (see diagram) while the neutral is moved to provide the best signal on the external monitor (see links).

CULLING SMART FISH
Culling smart fish is both an art and a biological science. The objective is to find fish within one generation of breed that are most conducive to the genes of larger brains, remove, and utilize to carry on the next generation.

CONNECTING MULTIPLE FISH BRAINS
When connecting two or more fish brains, do not connect from one brain to the next. Connect all brains in parallel by running the wires from each brain to the brain collection machine. This will ensure complete connections which can be tuned at a focal point. Tuning includes various methods of enhancing and conditioning the signal.

BRAIN STALL
To keep fish stable during the collective connection, the use of a brain stall is recommended. This keeps the fish stable and in the proper orientation for brain connection and during the procedure of brain extraction.

BRAIN MEASUREMENT
Brains are measured by photographic means. Each fish has a dimensional brain index. The volume of the fish brain is determined and weighed against various performances.

WHY FISH BRAINS?
Fish come from a totally different universe environment and have reached all their conclusions in a way completely different from humans and any land based animal. For this reason, the unorthodox uniqueness of their environment and thinking is provocative to a new kind of experimental exploration.

EXTRAPOLATING BRAINS
Ponder for a moment, the possibilities of big brain fish. Working fish. Talking fish. Thinking fish. Inventive fish. Creative fish. Intellectual fish. Helpful fish. Sarcastic fish. Multilingual fish. Smart fish. Super smart fish. Genius fish. Performance fish. Singing fish. Expressive fish. Fish solving human problems.

BIG BRAIN TIPS
Create a generation of big fish brains with natural pocket cavities in their brains to offset their added weight and act as floatation devices to balance fish bodies in the water. 

LINKS 
Big Brain Fish 
http://humanoidolabs.blogspot.tw/2013/03/mor-big-brain-fish.html

(1) http://phenomena.nationalgeographic.com/2013/01/03/scientists-breed-smarter-fish-but-reveal-the-costs-of-big-brains/

Lamprey - Wikipedia, the free encyclopedia
Lampreys are an order of jawless fish-like vertebrates, whose adults are characterized by a toothed, funnel-like sucking ...

Big Brain Fish

Big brain fish lurking with massive brain at top right

MORE BIG BRAIN BRANIAC FISH DISCOVERED!
While on a deep exploration  excursion into the vast resources of unrevealed semi tropical locations, sporadic fish heads with big brains were unexpectedly discovered. We had the good fortune to capture and study some of these super intelligent and timid fish on camera, whose brains hung out the sides of their heads, or outwardly and oblately stretched their cranial cavities. Time was also directed to study their wielding brash braniac behavior.

IS A BIG BRAIN A HAPPY BRAIN? - IT would appear so. Observed big brain brainiac fish are more content and seemed to be satisfied with their surroundings and in the ways that they are clever enough to use their environment in new ways. If smarter machine brains and smarter human brains have this trait in common, then it pays to have a smart brain, and find ways to make your brain smarter...

SMARTEST FISH IN THE WORLD
These fish are some of the smartest fish in the world. Their brain is so big, it often hangs out to one side or the other of their heads. Their heads, though large, are too small to contain all of the brain, or the brain causes the head to swell up to massive proportions.

BRAIN SIZE
Cranial capacity can indicate increases in neural containment and the number of neurons is indicative of several types of intellectual capacities. However, small brains may have compacted containment as well. But in the case of large brains having compacted containment, the evolutionary path is one of increasing intellectual capacity.

Candid view of actual fish brain species

NEW BRAIN SPECIES
These fish are continuing to grow larger, and thus their brains are continuing to grow as well. The lump of matter could approach the size of a suitcase and there is no telling what could evolve from that. It's potentially possible for this luggage of brain matter to move out of the water onto dry land and form a new species.

FAST BRAIN EVOLUTION
These fish have appeared on the evolutionary time scale within a relatively short period of time, explaining why perhaps the head never had time to evolve space to contain the rapidly growing brain.

UNBOUND BRAINS
If left unbound to its cramped head containment, who knows how large these brains might become. It would be an interesting experiment to transplant a number of these massive brains to larger containment vessels and measure their rates of growth.

SUPER INTELLIGENT FISH BRAINS
The Big Brain Initiative likes to study other big brains, including those in big brained fish. What does this indicate? It means these fish are super intelligent.

FISH BRAIN OBSERVATIONS
Observations show they have a command of language and do specific signing and appear to have low level conversation through the water by compression and decompression of waves. These fish are the most clever, adapting in ways to their environments where other dim witted fish have no clue.

BIG BRAIN ACTION
Big brained fish also show highly intelligent actions over other fish. They get their food first, are the first to go stealth, and they build small homes in the water environment where they raise families.

http://humanoidolabs.blogspot.tw/2012/09/big-brain-fish.html

INTERFACING BRAINS
Is it possible for the Big Machine Brain to interface to the big brain of a fish? This depends on the sensitivity of the brain interface and the amount of power put out by the fish brain.

BIG BRAIN BATTERIES
We were unable to capture a large number of big brain brainiac fish this time, but who knows what will happen next time if their population grows dramatically. Like more and more lemons added together to increase the power of a chemical battery, so too can fish brains add together to increase the brain power of a new kind of collective entity.

MINING BRAIN POWER 
The potential project is looking at capturing fish and using their brains hooked together in parallel by using noninvasive methods to extrapolate and mine their brain power, funneling the results to a common singularity whose sum is far greater than each individual part.

LINKS
These links are found at the old Parallax Big Brain site index.
http://forums.parallax.com/showthrea...l=1#post977025
P59 1165 1st Brain Wave Monitor - Listening to Propeller Chips
P59 1172 Brain Wave Monitor Sees Big Brain Thoughts
P60 1190 Building new Brain Wave Monitor BWM - Work begins next version model
1197 New Brain Wave Monitor
1198 Propeller Brain Spectral Thought Imprint
Using the new Brain Wave Monitor v2.0
1200 Propeller Brain Wave Machine - BWM Setup
P61 1201 BWM Brain Wave Monitor Characteristics
1202 BWM External Sound Pickup
1203 Brain Wave Sound - The sound of a thinking Propeller brain
1204 BWM Band Exploration
1205 BWM Propeller Suspended Animation
Exploring the Machine Brain with EEG BWM Brain Wave Monitor
1206 Harvesting Brain Voltage
 
 

Big Brain Fish

BIG BRAIN FISH

Sometimes nature beats you to it. These big brain fish evolved through nature in natural waters off the coast of a place a little too close to the Centrum Nuclear Reactor, where it's rich with big varieties of brainiac thinking fish and now they found residence in the front port of a clear glass aquarium. What is he thinking?

 You can tell by the eyes. He's pausing to take in all thought by looking at you and sending out his telepathic and empathic thought waves. If you didn't get the message, it's your fault for being so stupid, er... at least that's what he's thinking. These fish are so smart, they represent a quantum leap of quirky evolutionary time scale. How do we know? It's written in the tell-tale sign above the eyebrows near the wrinkled forehead protrusions. Clearly it indicates the formula for extended time. Plus, they leave markings in the sea bed sand that look a lot like Calculus and Integral symbols. Alas, how do you communicate with such witty independent residents of a watery world? Hint: the incentive is small wiggly brine shrimp and ask it nicely.

More Beautiful Brainiac Fish
http://www.louspetshop.com/sites/default/files/imagepicker/1/fish.jpg

http://blogs.worldbank.org/files/publicsphere/Big%20Brain%20Fish.jpeg

http://blogofbogdan.files.wordpress.com/2011/05/img_6212.jpg?w=950&h=633

http://www.flickr.com/photos/28131931@N05/2774070341

http://palscience.com/wp-content/uploads/2009/02/barreleye-fish-2.jpg

http://s3-media1.ak.yelpcdn.com/bphoto/QzStNNt21jTQhpng4rIBIQ/l.jpg

http://s3-media3.ak.yelpcdn.com/bphoto/Lmp7dupPe5cPJXWbqarMoQ/l.jpg