Q MACHINE
A fantastic new Q Machine is now completed. It's based on the former project known as the QuadLyzer which is use to study quantum mechanics. Don't be confused; while the assembly of the Q could not be more simple, the theory behind the machine and the software is advanced, and thus we're offering a rating for this project which determines the level at a glance.
The Q is the expanded version with new software apps and more simulations. New information will appear here in this post. These programs include quantum reflection and quantum sump and can be run within four dimensions of the Q. This site can publish photos unfortunately not the code. So it's likely we will paste text, either the complete program, or key parts of the program. The previous app is being updated before publication. Additional information will be included below. We've also introduced the machine project level classification. Posting of new information and new software will be discontinued in other Forums.
Project Level
Go ahead and review the 031713 Project Level and disclaimer to determine if you are interested in this project.
031713 Project Level (bold indicates selection)
14) Project Focus (Quantum Mechanics)
02) Machine Type (Deterministic Multi Dimension Multi Processor)
13) Processor (Stamp, Propeller, Hybrid)
04) Status (Complete, In Progress)
12) Ideas (Beginner, Intermediate, Advanced)
00) Level of Understanding (Beginner, Intermediate, Advanced)
06) Theory (Grade, Jr. High, High, Undergrad, Masters, PhD)
07) Operation (Easy, Average, Above Average, Complex)
01) Hardware Assembly (Beginner, Intermediate, Advanced)
03) Schematic (Yes, No)
05) Electronic Parts (All Parallax, Part Parallax)
17) HW Interface (Serial, Parallel, Hybrid)
08) Expansion Info (Yes, No)
02) Software (Full App*, Starter Samples, None)
04) Photos (Yes, No) Video (Yes, Not Yet)
09) Links for Further Reading (Yes, No)
11) Blogger (Yes, No)
10) Plan to add more info (Yes, No, Maybe)
18) Addtl. Comments (Full app being reworked for release)*
Introduction
This is a BASIC Stamp Cluster Reflective Quantum Analyzer, simply
known as a Q machine. I built this project due to my increasing
interest in Quantum Mechanics. Although it’s for my own personal use,
education, and experimenting, I decided to share the idea for others who
may have similar interests.
About Q
The Q is a machine that can reflect representative states of the Quantum
World. It accomplishes this inside four processors representing at
least four space dimensions. These are held as algorithmic states and
parameters, located inside multiple networked clustered parallel
processors.
Background
Although I wanted to open an actual door to a quantum dimension like
some recent physics experiments, it will have to wait because I realized
it’s important to first understand Quantum Mechanics rules, effects
and behaviors. This machine was built to simulate and study various
parts of the quantum world, in particular, quantum reflections.
Construction
The Q machine has four deterministic parallel clustered cores to perform
the reflections and is built from Parallax parts. It includes a four
line x 20 character serial LCD display to set inputs and display
results, enumerators for core and reflective tracking, speakers and LEDs
to supplement code states and particulate announcements, and 8-Bit
Parallel and 4-Bit Micro I/O Interfaces for various communications and
effects. Stamps were used over Propellers because they’re easy to
program for this application and I wanted to keep Propeller chips doing
other things.
Quantum Mirroring
Like the example of two real world mirrors of reflective dimension
facing each other which represent infinity reflections, the Q too can
reflect more dimensions from baseline to infinity and states in between.
No Offset Limit
Yet these mirrors inside the machine have no real world offset so the
infinity of the reflective state is “figuratively unlimited,” i.e. only
bound by the machine’s clock and number of statements executed per unit
time. For experiments, the limit of Raw Reflections peaks at 16,000 per
second for the 4X BS2 while Inversions are clocked at 8,000 per second.
For calibrations, the processor(s) speed and time, along with the
changing angle of space determines the calculus rate at which the number
of reflections approach infinity.
Mirror Convexure Infinity
http://humanoidolabs.blogspot.com/20...convexure.html
LED Mirror
http://humanoidolabs.blogspot.com/20...ed-mirror.html
Q Tips
More information, sample code and tips for developing and using the Q machine are available at the Blogger site.
http://humanoidolabs.blogspot.com/20...-analyzer.html
The Counter Intuitive Phenomenon
A brief intro to the counter intuitive phenomenon of quantum reflection is found at this blog.
http://humanoidolabs.blogspot.com/20...tum-space.html
PBASIC
Q’s PBASIC and QOS versions are designed to be a continual work in
progress since the project went public on October 23, 2012. Starter
PBASIC code examples are found here.
http://humanoidolabs.blogspot.com/20...-analyzer.html
Links
Quadlyzer Quantum Analyzer
http://humanoidolabs.blogspot.com/20...-analyzer.html
Quantum Space
http://humanoidolabs.blogspot.com/20...tum-space.html
New Universe Theory
http://humanoidolabs.blogspot.com/20...se-theory.html
Inner Space Era Expanded
http://humanoidolabs.blogspot.com/20...-expanded.html
Living in a Quantum World
According to standard physics textbooks, quantum mechanics is the theory
of the microscopic world. It describes particles, atoms and molecules
but gives way to ordinary classical physics on the macroscopic scales of
pears, people and planets. Somewhere between molecules and pears lies a
boundary where the strangeness of quantum behavior ends and the
familiarity of classical physics begins. Scientific American, May 18,
2011
Quantum Mechanics QM
Quantum mechanics (QM – also known as quantum physics, or quantum
theory) is a branch of physics dealing with physical phenomena at
microscopic scales, where the action is on the order of the Planck
constant. Quantum mechanics departs from classical mechanics primarily
at the quantum realm of atomic and subatomic length scales. Wikipedia
Quantum Reflection
Quantum reflection is a classically counter intuitive phenomenon whereby
the motion of particles is reverted "against the force" acting on them.
This effect manifests the wave nature of particles and influences
collisions of ultra-cold atoms and interaction of atoms with solid
surfaces.