BIG BRAIN TECHNOLOGIES: list

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Tuesday, December 13, 2016

Big Brain Contributions

Big Brain Contributions

THE BIG BRAIN MACHINE is greatly contributing to science and discovery. Our understanding of the Universe is being rewritten. Machines help humans maintain health, increase intelligence, do work, and have become semi-cognizant and alive. Humanoids and their machine brains are evolving to many levels of capability in emulation of mankind.

The Big Brain Project has not only a vast history, it is also ongoing. It has produced a large number of discoveries, activities, experiments and spin off technology. This page is only a small incomplete partial list showing a brief summary of Big Brain contributions to science and technology.

Machine takes on vision, speech, senses, control
Machine entertains, dances, Tai Chi, Martial Arts, singing
Machine Soccer, communications, intelligence, language
Machine operates a space program, rockets, telescopes
Machine controls airport, helicopter, aerial imaging
Machine gains life
Machine becomes semi-cognizant
Machine becomes SuperTronic
Machine introduces neural matter
Machine introduces helpful Nanites
Machine emulates parts of the human brain
Machine surpasses 100,100 experimental neurons
Machine establishes successful cloning
Machine creates siblings
Machine connects to the human brain
Machine enhances human senses
Machine enhanced human intelligence
Machine creates world's largest telescope
Machine reaches 240,000 processors
Machine brain - human brain exampling transfer

Purposes of Big Brain Machine
Multipurpose
Fun
Enjoyment
Hobby
Education & Learning
Science & Computing
Machine Intelligence
Testing, Experimenting
Exampling
Supercomputing
New Inventions
New designs
Trying New Things
Pushing Limits
New Challenges
Going Beyond the Norm
Exploring the Unknown
Discovery
Inventing
Exploring Space

Multiple Functions
Speaking Out Loud
Counting
Recitation
Singing Solo
Singing Choir
Automatonic Singing
Whispering
Electronic Lips
Conversing
Multiple Conversational Languages
Listening
Taking Commands
Amplifying
Composing
Shape Shifting
Morphing, Transforming
Dreaming
Artistic
Programming in Multiple languages
Control
Benchmarking
Neural Injecting
Assimilating
Playing Board Games
Learning
Calculating
Thinking
Self Consciousness Experimenting
Growing
Quadrillions of States Play
Memorizing
Propagating Nanites
Making Discoveries
Robotic Control
Measuring
Timing
Enumerating
Sensing
Achieving Automatonic Life
Inventing
Doing Projects & Science
Creativity
Docking
Aerial Photography
Exploring Micro & Mega Space
Launching Rockets & Micro Space Crafts
Astro Imaging
Making Machine Babies
Experimentation
Expansion
Exploration
Enhancing
Coauthored a Scientific Paper with a Human
Managing Peripherals
Discovery
Evolving, Intellectual Thought Surfing
Exploring a Greater Purpose...
http://humanoidolabs.blogspot.tw/p/specs.html

Invented objects inside the Big Brain
http://humanoidolabs.blogspot.tw/2012/09/objects-inside-chip.html
(Some objects are under various stages of experimentation)
Transformer
Tractor Beam
Matter
AntiMatter
Nanite
Nano Telescope
Nano Microscope
Time Machine
Clock
Cloner
Invisibility Cloak
Neuron
Injector
Computer Processor
Freezer
Heater
Nano Measurement Ruler
Window
X-Ray Machine
MIM, Machine in a Machine
Reverber Instrument
Nano Goop
Camera
Filter Machine
Cartographic Machine
Manipulator Machine
Vibrator
Radio
Thermometer
Negative Space
Positive Space
Repeller
Artificial Gravity
Electric Glue

Commanding Peripherals
Airport
2 Helicopters
18 Telescopes
5 Cameras
8 Rocket Launchers
2 Air Rockets
Tether
Kite Array
Balloon Rocket
Pressure Pump
(see Inventions)
(see Most Notable Peripherals)
(see Children/Offspring)
(see Telescopes)

Big Brain Inventions
Universe Penetrator
Adjunctive Array
Multi Mag Slider
Slipstream Drive
Transporter
Tractor Beam
Neural Matter Injector
AntiVortex Device
Robotic Reel
Micro RADAR
VARF
Walking Secondary
Intelligent Mirror
MLT
$5 Quadcopter
Pinhole Machine
Waterdrop Devices
Nanite
Simplex Neuron
(many others)

Big Brain Controlled Adjunctive Etc. Telescopes
ULT Ultra Large Telescope
NULT New Ultra Large Telescope
GT Genius Telescope
MGT Molecular Genius Telescope
PGT Paradigmic Genius Telescope
PGT-ET Paradigmic Genius Telescope Enhanced Technology
PDT Power Dynamic Telescope
GGT Gargantuan Gravatomic Telescope
SRT Space Recycler Telescope
MMT Molecular Mining Telescope
IET Inference Engine Telescope
M3T Massive Molecular Mining Telescope
ET Extrapolation Telescope
IT Interpolation Telescope
OT Over The Top Telescope
SST Symbiotic Symbiosis Telescope
http://humanoidolabs.blogspot.tw/2015/05/power-telescopes-extreme-machines-book.html

Big Brain Initiated Projects
Small Spin Code Compendium
Multiple Programming Languages Installation
The Immense Power Project IPP
Micro Space Program
Near Space Program
ULTRA Space Program
Manned Launches into Near Space
Largest Synthesized Telescope in the World
Aerial Photography
The Study of Zero-G in Microspace
Determining Space Holes by Satellite
Jet Stream Study
Atmospheric Analysis
Study of the Universe
Deep Space Penetration Study
EOU Edge of Universe Study
Solar Flare Study
RETRO COSMAC ELF Simulator
Venus-Sun Transit Study
Venus-Jupiter-Aldebaran Conjunction Study
Super Massive Black Hole Event Horizon
(many others)

Big Brain Site
Big Brain Index 2
Big Brain Index 1
Big Brain Timeline
Big Brain Contributions
Space1 Site
Space1 Index
Space1 Timeline

Thursday, December 31, 2015

Google Blogger Changes

GOOGLE BLOGGER CHANGES

GOOGLE WRITES: We encourage you to tell affected readers (perhaps via a blog post), that if they use a non-Google Account to follow your blog, they need to sign up for a Google Account, and re-follow your blog. With a Google Account, they’ll get blogs added to their Reading List, making it easier for them to see the latest posts and activity of the blogs they follow.

http://buzz.blogger.com/2015/12/an-update-on-google-friend-connect.html

Saturday, January 3, 2015

Space1 Web Content Links in January 2015

Thursday, December 25, 2014

Updated Humanoido United Labs List 2014

UPDATED HUMANOIDO UNITED LABS (HUL) LIST 2014

LABS BY CHRONOLOGY WITH NEW ASSIGNED NUMERICS
Humanoido United Laboratories in 2014

The Humanoido United Laboratories (HUL) numerical numbering system is now based on a chronological reference. This introduces a sliding numerical system, for the insertion of newly documented labs. As new labs are documented, the numerical sequencing is subject to change. New to 2014 and 2015 is the appending of space telescope laboratories to the lab list.

(01) 1955 USA Lab at GH (First City Lab)

(02) 1958 USA Lab at WH (First Rural Lab)

(03) 1958 USA Lab at WHT (First Lab in the Sky at WH)

(04) 1958 USA Lab at WHC (Dedicated Coupe Lab at WH)

(05) 1958 USA Lab at WHW (Left Wing Addition to WH)

(06) 1965 USA Lab at RH (Red Housed Laboratory)
(07) 1965 USA Lab at RHB (Basement Lab to RH)
(08) 1965 USA Lab at RHS (Full Showcase Lab at RH)

(09) 1966 USA Lab at YH (Yellow Housed Laboratory)
(10) 1966 USA Lab at YHO (Observatory at YH)

(11) 1967 USA Lab at GA (the Gouch Structure Lab)
(12) 1967 USA Lab at GAB (Basement Science Lab at GA)
(13) 1967 USA Lab at GAO (Outdoor Observatory at GA)

(14) 1968 USA Lab at MO (Family Owned Home Extensive Lab)
(15) 1968 USA Lab at MOR (Room Expansion Lab at MO)
(16) 1968 USA Lab at MOB (Basement Structure Lab at MO)
(17) 1968 USA Lab at MOO (Front Observatory at MO)

(18) 1975 USA Lab at AH (1st Short Term APT Lab)

(19) 1975 USA Lab at MH (Mobile Lab)
(20) 1975 USA Lab at MHO (Steel Observatory at MO)

(21) 1977 USA Lab at OH (Observatory Home Lab)
(22) 1977 USA Lab at OHM (Metal Building Lab at OH)
(23) 1977 USA Lab at OMW (Wood Building Lab at OH)
(24) 1977 USA Lab at OHO (Outdoor Deck Observatory at OH)
(25) 1977 USA Lab at OHG (Garage Lab at OH)
(26) 1977 USA Lab at OHB (Basement Lab at OH)
(27) 1977 USA Lab at OHD (Modern Dome Room Laboratory)

(28) 1999 USA Lab at JA (Large APT LAB)
(29) 1999 USA Lab at JAG (Garage Lab at JA)
(30) 1999 USA Lab at JAB (Basement Lab at JA)

(31) 2001 Intl Taiwan at TT (Temp Lab 2 Weeks)

(32) 2002 Intl Japan Lab JL (Temp Lab in Japan)
(33) 2002 Intl Taiwan Lab at TMT (Many Tables)

(34) 2004 USA Lab at AA (Arch Lab)

(35) 2005 USA Lab at SH (Small House Lab Interior - Extensive)
(36) 2005 USA Lab at SHB (Basement at SH)
(37) 2005 USA Lab at SHG (Garage Lab at SH)
(38) 2005 USA Lab at SHS (Gray Lab at SH)

(39) 2007 Intl Taiwan Lab at TW (Wood Finished)
(40) 2008 Intl Beijing Lab at BVA (Big Vertical Air Cond)
(41) 2009 Intl Beijing Lab at BLT (Very Large, 2 tables room)

(42) 2010 Intl Beijing Lab at BLD (Very Large, Deck)

(43) 2010 Intl Beijing Lab at BLS (Largest Small Apt)
(44) 2010 Intl Beijing Lab at BS1 (1st Small Apt)
(45) 2010 Intl Beijing Lab at BS2 (2nd Small Apt)

(46) 2010 Intl Shanghai Lab at SR (Room)
(47) 2010 Intl Shanghai Lab at SO (Observatory)

(48) 2010 Intl Tianjin Lab (Observational, Temp)

(49) 2011 Intl Taiwan at TO (Old)

(50) 2012 Intl Taiwan Lab at TL (Loft)
(51) 2012 Intl Taiwan Lab at TS (Static)
(52) 2012 Intl Taiwan Lab at TSO (Observatory at Static)
(53) 2012 Intl Taiwan Lab at TR (Skyscraper Roof Observatory)
(54) 2012 Intl Taiwan Lab at TE (Expansion at Static)
(55) 2012 Intl Taiwan Lab at BC (Big Brain Consolidation)
(56) 2012 No Parent Country Lab Mobile TLF (Transport Lab Facility)
(57) 2012 No Parent Country Lab VLF (Virtual Lab Facility)

(58) 2013 No Parent Country Lab Mobile MTL (Transport Lab Facility)
(59) 2013 Intl Pingxi Lab (Temp Hot Air Balloon Launch)

(60) 2013 Intl S. Korea Lab SC (Temp Extrapolated Lab)

(61) 2013 Intl Taiwan Lab (Radio Telescope Observatory)

(62) 2014 Intl Taiwan Lab SKD (Space Komputer Development Research Lab)

(63) 2014 Intl South Korea Lab SKWL (Wisdom Lab)

(64) 2014 Intl Taiwan Lab TRL (Rocket Lab) Sept. 24

(65) 2014 Intl Taiwan Lab TDL (DeckLab in the Sky) Nov. 4

(66) 2014 Intl Taiwan Lab TAL (Astro Aeronautics Lab) Nov. 13

(67) 2014 Intl South Korea Lab SKL (Seoul South Korea Primary Function Lab) Dec. 18-21

(68) 2014 Intl South Korea Lab SKO (Seoul Temp Astronomical Observatory Lab) Dec. 18-21

(69) 2014 Intl South Korea Lab KMTL (Korean Mobile Transport Lab) Dec. 18-21

(70) 2014 Intl Taiwan Lab MDK (Multi-D & Imaging Lab)

(71) 2014 Intl Taiwan Lab AO (Space1 Aerospace Observatory)
(72) 2014 Intl Taiwan Lab ISO (Space1 International Space Lab)

(73) Space Telescope Lab ULT (Ultra Large Telescope)
(74) Space Telescope Lab NULT (New Ultra Large Tetelscope)
(75) Space Telescope Lab GT (Genius Telescope)
(76) Space Telescope Lab PGT (Paradigmic Genius Telescope)
(77) Space Telescope Lab MGT (Molecular Genius Telescope)
(78) Space Telescope Lab PGT-ET (Paradigmic Genius Telescope Enhanced Technology)
(79) Space Telescope Lab PDT (Power Dynamic Telescope Explorer Class)
(80) Space Telescope Lab GGT (Gargantuan Gravatomic Telescope)
(81) Space Telescope Lab SRT (Space Recycler Telescope)
(82) Space Telescope Lab MMT (Molecular Mining Telescope)
(83) Space Telescope Lab IET (Inference Engine Telescope)
(84) Space Telescope Lab M3T (Massive Molecular Mining Telescope)
(85) Space Telescope Lab ET (Extrapolation Telescope)
(86) Space Telescope Lab IT (Interpolation Telescope)
(87) Space Telescope Lab OT (Over the Top Telescope)

ADDITIONAL DOCUMENTATION TO BE ADDED
Japan Lab
Canada Lab
Earth Orbital Space Lab
Solar System Space Lab
Mobile Transit Space Lab
MicroSpace Lab
Next Space Lab
Near Space Lab

LAB QUANTITY BY LOCATION
35 USA
32 INTERNATIONAL
03 NO PARENT COUNTRY (TRANSIT & VIRTUAL LABS)
15 SPACE

TOTAL NUMBER OF LABS
87

TYPES OF LABS
VIRTUAL
TEMPORARY
INTERNATIONAL
DOMESTIC (USA)
TRANSIT
HISTORICAL
ACTIVE
ELEVATED
SKYSCRAPER
ROOFTOP
BASEMENT
BALCONY
SPACE

LABS BY LOCATIONS
USA
South Korea
Canada
Hong Kong
Taipei (Taiwan)
Pingxi (Taiwan)
Japan
Shanghai (China)
Beijing (China)
Tianjin (China)
Indonesia
Macao
Singapore
Earth Orbital Space
Solar System Space
Mobile Transit Space
MicroSpace
Next Space
Near Space

LAB DEFINITIONS
MOBILE TRANSIT LAB - a mobile transit lab can remain in flight without a parent country. A Mobile Transport Lab was flown over the North Pole and collected data.
DOMESTIC LAB - a series of labs created in the United States
TEMP LAB - a lab established for a specific time duration and then dissolved
INTERNATIONAL LAB - a lab established in a country other than the USA
USA LAB - a lab established in the United States
VIRTUAL LAB - a lab established inside the computer, can exist in the web
SPACE TELESCOPE LAB - a lab established primarily for the control and processing of one in the series of space telescopes

LINKS
Humanoido Lab Links
http://humanoidolabs.blogspot.tw/2014/12/humanoido-lab-links.html

Thursday, January 9, 2014

Humanoido Manned Near Space Flights

Monday, December 23, 2013

FM Radio Station Part 3 Assembly & Tips

Fully assembled and ready for testing, the FM transmitter radio station is shown with a potential cabinet housing. Note how the microphone is repositioned top side for ease of positioning inside and through the yellow cabinet.

assembly and tips
HOW TO BUILD YOUR OWN FM RADIO STATION TRANSMITTER PART 3

PARTY TIME!!! Today is a solder party. Get out your guns (soldering guns) and prepare to melt some metal, putting metal (tin) on metal (copper).

Tuning the frequency
By a bit of trial and error plus observation with a nearby FM radio receiver, it is possible to tune the FM transmitter. Using the coil, either expand or compress the wire coils to change the frequency. A closer wire gap give a lower frequency and a loose wider spacing gap gives a higher frequency.

The completed solder side of the printed circuit board with a green loop antenna about 2.75-inches high and a microphone set outwards on one side to facilitate a good fit through the cabinet top. Prime use of this project is to fulfill the authors objective to own and operate a tiny radio station (at the toy level) - in this case, a tiny exampling FM band transmitter that can send broadcasting from one side of the table to the other side.

Apps won't end there as the transmitter can have audio signal input into its stage, such as a Parallax Propeller chip's voice speech synthesizer signal inside the electric brain in a jar, and then transmit a speech signal through the jar, speaking wireless into a nearby radio. Building one transmitter is very cost effective at US$4.

When soldering the electrolytic capacitors and the transistors, use a heat sink on each of the wire leads to prevent component damage from heat.

It is also possible to change the value of the ceramic capacitor which is in parallel with the coil. Some designs use a tunable variable capacitor to do the tuning. In this case, the variable capacitor would have a tunable range from 0 to 10 pF. Since this transmitter has no requirements for specific FM frequencies, the variable capacitor is not needed.

Experiment with the coil spacing first to determine the range. Keep the receiver at distance from the transmitter to minimize the reception of spurious radio signals. Make sure you've found the primary signal which will have the greatest signal strength.

Reference this image showing a different orientation for clarity, to the photo in post part number 2 for circuit path positions. Note the coil spacing to change the frequency to a "quiet spot" on the upper FM dial.

The 10 pF capacitor is set to match the number of turns on the coil. With a greater capacitor value such as 20 or 50, the number of coil turns would be too much.

Antenna Length
First, here are some "getting started" approximate values already calculated for some frequencies. A full wave antenna for 98 Mhz, the center of the FM band, would be 119 inches. A half wave would be 59 inches. A quarter wave antenna for 98 Mhz would be 29 inches long. Try an eighth wave antenna at 14 inches long or a sixteenth wave antenna at 7 inches.

Online Whip Antenna Calculator
http://www.csgnetwork.com/antennagenericfreqlencalc.html
For more precise values, enter the frequency and the online program will calculate half and quarter wavelength whip antenna size. Requires browsers with enabled Javascript. "This calculator is designed to give the vertical length (height) of a particular whip type antenna, or the frequency of it. Enter one (only one) value, the desired frequency or the antenna length in any length field. Click on Calculate and the opposite value will be displayed in feet and inches or frequency in megahertz (Mhz). These are considered as generic calculations and you may wish to use them to learn general information about the antenna structure you are contemplating. Click on Clear Values to prepare for new calculations. Any antenna created with this calculator MUST be fine tuned for VSWR. None of the calculations are rounded or massaged and all calculated results are raw data."

Frequency Stability
The frequency may drift as the battery voltage becomes less. This is expected with this simple design. To offer more regulation, one could use a regulated power supply instead of the battery. The simple design presented here for exampling will use fresh batteries and some frequency drift will be expected. Do not use an AC adapter as these are generally not regulated and introduce interference.

Use with iPod, iPhone, iPad
"The earlier model of iPod has an automatic shut-down system in it. When you pull out the plug of your headphone, it automatically stops working. When the left and right channels are short-circuited, the same thing happens. Presumably, you can use a stereo cable and solder the left (white) and right (red) lead together. Please use the left channel lead (white) only. Usually the left output is compatible with mono audio. If you, however, insist to mix the left and right output of your audio source into the transmitter, make a simple "interface" like this." Source: http://www.translocal.jp/radio/micro/howtosimplestTX.html

Radio Station Parts List
1 Resistor 820 Ohm
1 Resistor 4.7 K
1 Resistor 3.3K
1 Resistor 10K
1 Resistor 220K
1 Resistor 1K
1 Capacitor Ceramic Disc 10 pF
1 Capacitor Ceramic Disc .001 uF (102)
1 Capacitor Ceramic Disc .01 uF (103)
2 Capacitor Electrolytic 4.7 uF
1 Transistor 2SC1675 (or 2SC829) Q1
1 Transistor CS9013 Q2
1 Antenna Wire 16"
1 Coil (see text)
1 Electret Microphone
1 Printed Circuit Board
1 Enclosure
1 Printed Panel

Although controls are not necessary, adding a power switch and other capabilities may be desirable.

Spartan Version
On/Off Switch
A very spartan version with rudimentary controls is possible by using a rectangular project box with a hole for the mic protrusion and a hole for the on/off battery switch.

Basic Three Version
On/Off Switch
On the Air LED
Mute Switch
The on/off is a toggle switch wired to turn the 9 volt battery supply on or off.

The next upgrade can include a red LED for "on the air" monitor. This would wire in with the on/off switch and a dropping resistor to the LED.

Another handy feature is an audible mute switch. This would cut out the microphone and switch to a resistor with the same resistance as the microphone.

Deluxe Version
On/Off Switch
On the Air Red LED
Mic Mute
Variable Volume Control
External Sound Input
Signal Strength
Amplifier Monitor
Headset for Amp Monitor
External Power Supply
Switch from 3V, 6V, 9V (regulates output power)
2 Sound Source Mixer
External Antenna 1 or 2

Band - With different switchable "band" coils, it would be possible to change the transmitting frequency.

Trim - With a variable 0 to 20 pF capacitor, it would be possible to tune the transmitting frequency.

Clock - with added processor
Compass - with added processor

SOURCES
http://www.translocal.jp/radio/micro/howtosimplestTX.html

FM Radio Station Part 5 Index
http://humanoidolabs.blogspot.tw/2013/12/fm-radio-station-part-5-index.html

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