Lab Uprooting

Walking to the Laboratories

LAB UPROOTING
It was not a good idea to uproot the existing and very productive Humanoido Laboratories but no other choice was available when the owner decided to sell and remove all renters from the property.

Full Moon Study

The result of such action has equaled months of productive delays, put a damper of the rapid evo of Space1, shut down the 12 space telescopes, stopped development of the brain in a jar and the transfer of part of a human into the machine brain, and put the Big Brain into suspended animation, a kind of electronic hibernation.

During this time, a trip to South Korea is planned, to hold a meeting with the President in Korea, and to establish a meeting with Dara 지혜, Space1's Korean Scientist and Conceptual Designer. We will consult at the Korean Wisdom Lab regarding Space1's latest programs and update the research in technology.

Imprisoned critter in a jar

A method was established for mounting things in a jar using "Paste as You Wish" material. (see the previous posting) For our communications, an Iphone 6 Plus was obtained and upgraded three times with a transfer of the rocket app. The app determines the height of rocket launches.

The science library was expanded with Astronomical resources. Glass coated lenses for wide angle, microscope, and fish eye were obtained and tested. A pocket telescope was obtained and fit to the new iPhone 6+ camera. A revolutionary new camera feature on the Iphone 6+ was tested and put into operations (the dual HW SW image stabilization feature which allows short exposures to be made without tracking).

Tiny Space Station

Tiny orbital flights with the tiny rocket and tiny space shuttle to the Moon for space tourism are a part of the Tiny Space Program's proposals. Also proposed are visits to the tiny outpost in space otherwise known as the tiny space station. "Apollo 16 metric camera image of the Moon's eastern limb and far side. The lower left part of the image shows a portion of the moon visible from Earth. The dark area at the 8:00 position on the edge is Mare Crisium. To the right of that is Mare Smythii. The upper right area shows the heavily cratered lunar far side. The Moon is 3475 km in diameter and North is at 10:30 in this image. (Apollo 16, AS16-3021)" SOURCE

DEVELOPING A TINY SPACE STATION COMPLETE WITH A TINY SPACE SHUTTLE 
with potentials to launch and conduct flights to the Moon on a routine basis

TINY SPACE PROGRAM
The tiny space program operations conducted by the Big Brain machine space initiative and Humanoido Laboratories could also include civilian tourist flights to the matching tiny space station and outpost in space, Earth orbit, Moon, space sightseeing to the ISS International Space Station, conduct a rescue mission, or simply offer lower cost suborbital flights. The example illustrates the Golden Spike's Moon Landing Plan from space.com (which may have robot based occupants) as an example only, due to its smaller size and capacity, as well as its simple approach to a lunar mission. The Humanoido Lab approach is smaller than this

The current plan for Tiny Shuttle is to offer tourist orbits of the Moon. A trip to the Moon would be very dramatic upon arrival. In the future, colonists will live on the Moon and the tiny space program could offer the deployment of supplies and conduct orbital studies to find best locations for water and mineral mining. Small packages could be transported to the lunar colonists, containing new seeds for growing food, and special selected items as needed.

How tiny is Tiny? We anticipate two levels of the Tiny program. The first is exampling tiny and the second is one man capacity tiny.

Astronauts to Mars

ASTRONAUTS TO MARS
How soon will astronauts go to Mars? Those going on the trip are now making preparations. Several groups are in the race to Mars, including private industry and NASA. China wants to do everything on their own and does not want to participate. Other countries may join in the initiative to putting the first colonists on Mars.

Aiming for Time Travel to the Future
Spacecraft don’t launch directly at Mars; that would use up too much fuel. Instead, spacecraft launch towards the point that Mars is going to be in the future. They start at Earth’s orbit, and then raise their orbit until they intersect the orbit of Mars; right when Mars is at that point. The spacecraft can then land on Mars or go into orbit around it. This journey takes about 250 days.

Looking at the Mars chart, it looks like a very popular place with many USA and Russian spacecraft orbiting and landing there. A good number have failed to reach Mars. The closest Mars is to the Earth is around 35 million miles during a close and favorable opposition. Miss the closer oppositions every two years and the aphelion distance of Mars to the Earth can be a staggering 249 million miles away. The year 2018 is a good year to arrive at Mars when it's only 35.8 million miles away.

Here’s a list of Mars Oppositions from 2007-2020 (source)
Dec. 24, 2007 – 88.2 million km (54.8 million miles)
Jan. 29, 2010 – 99.3 million km (61.7 million miles)
Mar. 03, 2012 – 100.7 million km (62.6 million miles)
Apr. 08, 2014 – 92.4 million km (57.4 million miles)
May. 22, 2016 – 75.3 million km (46.8 million miles)
Jul. 27. 2018 – 57.6 million km (35.8 million miles)
Oct. 13, 2020 – 62.1 million km (38.6 million miles)

Data to the Year 2037
Date of Opposition
Feb 12 1995
Mar 17 1997
Apr 24 1999
Jun 13 2001
Aug 28 2003
Nov 07 2005
Dec 24 2007
Jan 29 2010
Mar 03 2012
Apr 08 2014
May 22 2016
Jul 27 2018
Oct 13 2020
Dec 08 2022
Jan 16 2025
Feb 19 2027
Mar 25 2029
May 04 2031
Jun 27 2033
Sep 15 2035
Nov 19 2037

Date of Closest Encounter
Feb 11 1995
Mar 20 1997
May 01 1999
Jun 21 2001
Aug 27 2003
Oct 30 2005
Dec 18 2007
Jan 27 2010
Mar 05 2012
Apr 14 2014
May 30 2016
Jul 31 2018
Oct 06 2020
Dec 01 2022
Jan 12 2025
Feb 20 2027
Mar 29 2029
May 12 2031
Jul 05 2033
Sep 11 2035
Nov 11 2037

Closest Distance (AUs / Millions of Miles)
0.67569 / 62.8
0.65938 / 61.3
0.57846 / 53.8
0.45017 / 41.8
0.37272 / 34.6
0.46406 / 43.1
0.58935 / 54.8
0.66398 / 61.7
0.67368 / 62.6
0.61756 / 57.4
0.50321 / 46.8
0.38496 / 35.8
0.41492 / 38.6
0.54447 / 50.6
0.64228 / 59.7
0.67792 / 63.0
0.64722 / 60.2
0.55336 / 51.4
0.42302 / 39.3
0.38041 / 35.4
0.49358 / 45.9

Disembodied Brain Goes Airborne

EXO BRAIN DISEMBODIED WILL GO AIRBORNE

It will take at least two weeks and a trip to China to retrieve the disembodied EXO portion of the Big Brain. It will then travel by jet aircraft, personally monitored, in disassembled pieces to it's new location.

This is part of a new program to fully assemble the disembodied brain in one location, to readily facilitate the next move in an effort to make the Big Brain more portable and easier to move, and create new built-in characteristics of mobility.

There's an increasing demand of the Big Brain for processing power and control, and in an effort to increase the magnitude of the Big Brain, all its components will need to function in one place of space time. Most remaining labs will remain open for R&D. Consolidation will be a future topic. The Big Brain has moved seven times and is an international project.

The BIG Brain is currently functioning without the EXO, by using its Right Brain and Left Brain sections which contain enhanced Propeller chip Arrays and AMD streaming processors. This currently leaves enough remaining brain power to run the new NULT 945-inch Telescope and the new Universe Penetrator.

The Big Brain EXO is made from 100% Parallax processors. The isolated EXO Brain section currently has a total of 21,000 enhanced Propeller VP processors, 168 Propeller Cog processors, and several host processors. Predominantly Propeller chip driven, it owes the majority of its processing and controlling power to enhanced Parallax Propeller chips.

Big Brain Survives Airport Security

It took 6 pieces of luggage to ship part of the Big Brain

SURVIVING AIRPORT SECURITY

Airport Security, I'm telling you, it's not a bomb!!!

The Left Brain and the Right Brain sections were taken through airport security yesterday. There was some concern about both sections. The right brain was packaged inside an oversized box and created overweight while not fitting any of the specifications of a carry on item. The left brain looked like a bomb with its Propeller arrays of wired boards!

After some bargaining with airport managers, and the offering of money, the right brain in the oversized and overweight box was allowed on the plane as a carry on. This was good luck and undoubtedly due to to some bargaining finesse, and money. Inside the jet aircraft, the Boeing 747 was retrofitted with some very large overhead luggage compartments and the Big Right Brain box fit in just fine.

Next up, the left brain, which was packed into a large brown taped box, was taken specifically to special airport operations check in which is located at a separate location from regular check through luggage, where it was x-rayed for content. I was worried sick. All those arrays and wires and chips and metal contact points from the many large solderless breadboards would certainly bring forth alarms. Fears being allayed, Airport security simply said "Data?" The reply was "yes." ... and it went through... (Sometimes the more agreeable you can be and the less you say are your greatest assets.)

Upon arrival at destination, the Big Left Brain brown "Data" box promptly appeared on the luggage carrousel, thus alleviating a lot of worry about the safety and transport of the Big Brain. Many of the smaller Big Brain siblings (children) were packed in the standard check through luggage and these went through fine, with no questions asked.