Adjunctive Era

ADJUNCTIVE ERA
The Adjunctive Era is the time span in which massive Adjunctive Telescopes are developed, such as the ULT, NULT, GT, PGT and the PGT-ET. These telescope have the Adjunctive Design and are capable of being in two places at one time. ADJ scopes are credited to cooperation with the Big Brain Initiative, Deep Space Center, Ultra Space Administration, NASA, and Humanoido.

Adjunctive Telescopes use the Big Brain Supercomputer and anywhere from one to n-number of Adjuncts. The first Adjunctive Telescope was the ULT or Ultra Large Telescope. It used only one Adjunctive. The current PGT-ET is the most powerful and sophisticated Adjunctive telescope in the series, sporting a new design inclusive of molecular, quantum and other sophisticated devices. It can handle n-number of Adjuncts.
 
ERA
http://humanoidolabs.blogspot.tw/2012/01/big-brain-era.html

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  

Currently there are nineteen eras defined. The Adjunctive Era has remained in effect since the time of the ULT Telescope.

A List of Big Brain Machine Era

1. Precursor Machines
2. Design
3. Construction
4. Growth
5. Programming
6. Life
7. Assimilation
8. Projects
9. Programming Languages
10. Control
11. Exploration 
12. Supercomputer 
13. Human Brain Enhancement
14. SuperTronic 
15. Inner Space 
16. Transposition
17. Quantum Worlds 
18. Thought 
19. Adjunctive 

A Mini Guide to Adjunctive Telescopes
ULT
http://humanoidolabs.blogspot.tw/2012/03/nult-new-ultra-large-telescope-home.html
NULT
http://humanoidolabs.blogspot.tw/2012/02/new-ultra-large-telescope-nult.html
GT
http://humanoidolabs.blogspot.tw/2012/06/gt-genius-telescope.html
PGT
http://humanoidolabs.blogspot.tw/2012/09/paradigmic-gt-telescope.html
PGT-ET 
http://humanoidolabs.blogspot.tw/2013/03/pgt-telescope-new-look.html

Little Eye Contraption

LITTLE EYE CONTRAPTION

This amazing Little Eye Contraption is a monocular pinhole telescope that uses only one glass lens. Economically it can give the Big Brain a Seeing Eye which it can control. Explore the pinhole lens telescope and see what new things are discoverable..

Overview

In continuing experiments with a variety of eyes and telescopes, the Big Brain has created yet another scope of unusual nature, this time it uses a refracting element as the primary and a tiny pinhole eyepiece created from a sheet of aluminum bakers foil punched with a needle.

Pinhole Size

Make various size pinholes and try to get the most circular possible. This telescope works well on bright objects like the Moon but do not use it on the Sun. If the pin hole ocular is too small, diffractions effects will begin to take place and the image will degrade and become too dim. If the pinhole is too large, a degrading and blurring will take effect. Try experimenting for the optimum conditions.

Finding Primaries

The primary lens is a simple magnifier lens obtained from a dollar store. Experiment with various size diameters and focal lengths.

Increasing Image Quality

Stop down the lens with a circular aperture mask and the image quality may improve substantially.

Make a Zoom Lens

The telescope can be converted into a Zoom by varying the distance between the pinhole and the objective lens. In this example the Brain has used a large magnifying glass as the primary objective to create a refractor telescope.

Enable Inverted Images or Not

You can make the telescope perform with images either upside down or right side up by varying the distance between the ocular and the convex lens.

Electro Imaging

Try using your camera in macro mode or electrical sensor to do some astro imaging or eye work. Use the technique of pinhole projection. If we get results on the Moon if it ever stops raining, we'll report back here with the images. Use a method of photography for terrestrial results.

Future Exploration

Try replacing the pinhole ocular with a piece of wax paper. It will form images of bright objects that can be observed visually or photographed.