02/20/10 1

The Andronics Super Blue“Long Range Radar Explosive Detector”

“LRRED”

Description and Theory

This is Western Based Technology Tested in the USA by

“ Raytheon and Military Contractors ”

This is New Technology in Electromagnetic Energy

Super Blue Domain

“Super Blue Domain Technologies”

By

William G. Birchard

Scientist

What is the Super Blue Domain?“ The foundation of the LRRED”

• The Andronics Super Blue Domain (ASBD) is a new technology that is based on Motion Movements Energy (MME).

MME’s are comprised of many different sub-energies. These sub-energies encapsulates Real Power Energies,

Information Energies, and Living Energies. The ASBD reaches into these energies. The ASBD has a method of

capturing these sub-energies that we can utilize in our everyday lives'. The Real Power Energies are in the

structure of Motion Energy (applied forces), and the Information Energies are in the type of Signature Recognition

Codes (SRC) we can use to ascertain the composition of any matter. Living Energies are energies of all living

creatures (in shapes). It is broken up into three categories, Real Power Energies, Information Energies, and Living

Energies. This Presentation will cover Information Energies. The Long Range Radar Explosive Detector is based

on the theories pertaining to the Information Energies technology. The Information Energies methods allows us to

capture SRC that gives us detailed information about all matter (static and dynamic), Living and Non Living. The

Long Range Explosive Detector extracts data from these Information Energies and displays the information so we

can see explosives, or other materials composition. It can also break apart compounds. Using the ASBD in its

active dynamic states, the technologies and methods can change the electromagnetic and atom structure of any

matter. In the application of the categories mentioned (the ability to changing matter), the ASBD will change the

methods of warfare. This is just one small area of applying the ASBD technology.

•

• This technology has the capabilities to do so many wonderful things. From Applied Medicine, Defense, Health,

Wireless Power transmission, Very High Bandwidth Communications, Transportation, Detection, Reverse bio-

engineering, Reverse replication, Advance manufacturing, Super Sub-Atomic Detection. There are two key parts to

the hardware and software of ASBD technology. One is the mechanical devices that actually changes the physical

matter (performs the work) along with advanced software and Two, the hardware and software that gathers the

information ( Electromagnetic patterns) in the Super Blue Domain. This will open a new error in Software algorithms

never seen before. The software concepts and methods will be totally different. Software will look for and control the

base movers (movements) in the Super Blue Domain fields, and the movers will change the software patterns in

there software programs. Software will convert ASBD results into readable information to help all mankind. The

patterns and information have always been available, but we did not know how to read it or understand it. We now

have the knowledge to do this.

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“Patriot Explosive Detector”Overview

• The Problem: How to Detect Hidden Explosive Compounds?

• The Solution: The Patriot Explosive Detector (LRRED)

• The “LRRED ” Introduction

• Conceptual Theory

• How it works

• Proof of Concept: Real Hardware and Software

• Testing and Verification Documentation

• Testing and Back Ground of Technology

• Test Parameters

• Test Procedures and Results

• Government, Home, Industrial Security

• Commercial Application, Commercialization

• Military Applications and Deployment

• Airports, Roads Entry Points

• E-bomb and Existing Technology

• Applications and Unit Configuration

• Conclusions “The Next Step”

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The Problem World Wide is how

to Detect and Deter Explosives ?

Thousands of troops and innocent civilians are being massacred every year by Improvised Explosive Devices (IEDs), explosives, weapons or other chemical based explosive compounds. The loss is in the billions of dollars to Governments and Industry. Terrorism can occur anywhere in the world, no place is safe.

– Suicide bombers

– Roadside bombs

– Mail bombs

– Human Terrorist bombs

– RPGs

– Artillery Shells

– Standard Weapons / Gunpowder

– All Types of Combined Compounds

– Home made chemical bombs

– Detonators Trip Devices , Infrared , RF

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The Solution

“The LRRED Explosive Detector”“Trade Name LRRED”

Long Range Radar Explosive Detector (LRRED)

A Tested and Proven Long Range Radar Explosive Detector Technology

with100 % Accuracy. ASB has tested this technology with a Major Defense

(Dod) Contractor in the United States of America . We have tested with

Certified Equipment performing above and in-ground ordinances detection.

We have a working LRRED demo unit with hardware and software in our lab.

We have real hardware to demonstrate the unit in a production demo unit. The

LRRED can be packaged in many different models .

The LRRED /AGU is a Handheld gun type unit, but it also can be made to fit a

number of different configurations. It can be used in most any environment or

situation. This small hand held unit can be applied to any moving vehicle or

stationary structure. Please see Fig 1.

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“ LRRED AGU-500”Introduction

The AGU-500 is an “Active Gun Unit ”, It only Detects and Locates

Explosives

We have Proof of concept and have conducted a number of verifiable tests.

Below is the proposed unit for the LRRED AGU

We have the actual Hardware and Software Complete in a different packageThis is a Hand Held unit , it can be

Mounted on any Vehicle or be fixed

to most structures. Information can

be read visually or sent to any place

in the world over the internet. This

unit has a RED, YELLOW, GREEN

ALARM it also sounds audible

alarms. These units are

Factory set to read only. Each unit

has a special Database to read

certain materials / compounds .

This unit that can be mounted in

a Vehicle, Or mounted vertically on

Most any structure. It has a Remote

display and a function that can lock

down all exits and entrances

(LOCK-DOWN). This unit can detect

through most material, Including Earth,

and Water. It has a range of 1000 Feet

and a wide footprint.Fig 1.

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“LRRED”Conceptual Theory behind the LRRED

The AGU-500 Hand Held Gun Theory of Operation: A Pulsed Wave(PW) is transmitted at the target, it is comprised of rich harmonic

frequencies. These high frequency pulse are emitted from a special Triangle Antenna

with a builtin Coil. It is fed by a push pull oscillator that changes phase and frequencies

that varies with the Natural earth electromagnetic waves. The PW returns a signal that

the LRRED reads and then will verify for certain Patterns , Signature Recognition Code.

We call these (SRC) codes. The LRRED then compares the SRC codes to an on-board

database and alerts the user with the appropriate information. Red- Explosives in the

target area, Yellow- a possible compound - 80 % chance of explosives, Green- No

explosives detected in the target area.

Trigger activates a

quick electromagnetic

pulse wave.

T

T

T

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“LRRED”

How it works “ Basic Overview”

The LRRED OSC Power Bx Feeds the Transformer De Disrupter, This is a certain

Type of Antenna that transmits the Electromagnetic energy to the target. This is

Highly classified information and in this Presentation we will only give the general

Overview. All parts of this technology are Confidential. The Advanced LRRED can

Far exceed the capabilities of a Read only Detector. The LRRED OSC Power Bx can use

All types of Electrical power.

The Antenna is a Send and

Receive unit a Bi-directional Target

Receive Path

External Power

Satellite Link

And Local

Display.

Transmit Path

LCD Read out and Alarms in Unit

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“LRRED TESTING”

Proof of Concept “ Real Hardware and Software Testing ”

This is the 7104 Tex Scope

Used to measure and detect

The Target Material used

This is the Special Antenna

Used, it is a very directional

Barrel array. It connects to the

LRRED OSC power Bx.

This is the LRRED OSC Power Bx

It is using AC Power. This is a

Very Low power unit in the mill watt

Range , this was done for safety

Reasons. The prototype unit can also

Detonate the Target ,

The Target Material Explosive was

Placed in a container using Sand

And Metal / Shells. For Low power

(30 Mw.) was used and we could

Detect the target at 100 Ft.

This is the Receiving Antenna, it is a

Matching Coil to pick up the bounce

Back signals from the Target Material.

This is connected to the 7104 Scope.

The Prototype Test Setup consists of a 7104 Tex. scope, LRRED OSC Power

Bx ,Barrel Antenna, Receiving Antenna, and the Target material. Data was

Recorded using the 7104 Memory. Digital pictures of the test results were taken

Along with hand written records. The data was then transferred to a laptop

computer.

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“ LRRED Testing ”

Testing and Verification Documentation

The main objective was to determine if the LRRED would detect explosives, and meet all the test requirements. We needed

to know the percentage of successes and failures for the given Test requirements. The test requirements were as follows:

All test were to be performed in a controlled Lab and a outdoors (real world condition) environment, Detect Gun Powder, C4,

and other classified materials, Detect at a range from 100 Ft. to 1000 Ft. using a fixed Target. Detect above ground and

below ground ( Classified below ground), Detect at a given speed for a certain distance using a moving vehicle and a fixed

target ( in and above ground), detect the target material locations to within 1 meter at 100 Ft. to 1000 Ft., Detect explosives

in a moving convoy and in a hostile environment,

The Test setup and the environment was as follows: The equipment and setup layout is on page 8 of this PPT document.

This test setup was done in a warehouse condition and a Lab setting. The equipment was a Tektronix 7104 scope(for visually

Reading the signals sent back from the receiving coil ) , The LRRED OSC Power BX used to send the main signal to the

target

(it was controlled by an manual On/Off Switch), A barrel antenna (used to point at the target, black tube in the picture on

page 8), A receiving coil (off to the side and tuned to a certain frequency) connected to the input of the 7104 scope. The

Warehouse was air-conditioned with a concrete floor and was 20 Ft. High. The walls were metal and were grounded , as was

the floor. There were a number of racks and equipment in the warehouse. We tried to ground all the metal objects. We also

Used some small fluke calibrated meters to calibrate other settings, voltages and levels. We used Plastic containers and

cars to move around the target materials. We also cleared the testing area 10 Ft from any racks or equipment (this also

simulated real conditions). This type of testing and technologies, using electromagnetic are very sensitive to most everything.

That is all movement, metal, just about all types of energy. Until the LRRED is in its finished package (either a Hand-held or

other configuration) it is like a very large electromagnetic sponge. Infact testing at the frequencies we use makes it very

difficult and requires special tests setup and conditions. Once the LRRED is built, it will no longer be affected by these

electromagnetic energies.

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The main objective was to determine if the LRRED would detect explosives, and meet all the test

requirements. We needed to know the percentage of successes and failures for the given Test

requirements. The test requirements were as follows: All tests were to be performed in a controlled Lab and

an outdoors (real world condition) environment, Detect Gunpowder, C4, and other classified materials,

Detect at a range from 100 Ft. to 1000 Ft. using a fixed target. Detect above ground and

below ground (Classified below ground), Detect at a given speed for a certain distance using a moving

vehicle and a fixed target ( in and above ground), detect the target material locations to within 1 meter at

100 Ft. to 1000 Ft., Detect explosives in a moving convoy and in a hostile environment. Below are the

pictures on a deep memory scope. The wave forms and the readings allow the user to determine what the

target material is; These are Conclusive Positive results. The computer then reads these wave forms and

displays a RED, GREEN, or YELLOW indicator on the AGU-500 .

Scope Readings Conclusive Proof

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“LRRED”Testing and Background of Technology

The first tests were conducted in a small lab near Washington DC

to determine if the technology was working and what its capabilities

were. This was done in my own lab and I used my own money to

fund the project. The technology was however demonstrated to

several Pentagon officials. The power outputs of the LRRED OSC

Power Bx (PowerBox) is the heart of the LRRED Technology along

with its BowTie Antenna. These experiments and tests date back to

1984. The LRRED uses a new technology that is based on the

disturbance energy method called the “ Super Blue Domain

PolyShift ”. I have authored a number of white-papers on the

subject. I’m also writing 4 books on this technology. The LRRED

works on a frequency based code signature recognition hardware /

software algorithms theory. This is a very complex process and the

LRRED is a total system combining many different technologies.

The LRRED will require a Digital Signal Processor ( DSP, PIX chip)

when in its final package. To demonstrate the hardware of LRRED

(prototype in the picture) we used a 7104 scope to display the

results of the signals coming back from the Transmitter Pulsed

Wave (long black tube in picture). The Pulsed Wave along with other

scope readings gave us a clear reading of the explosive materials.

The tests were 100 % correct. We had no failures. The tests were

read by William Birchard and two Sub-Contractors attached to a

Major Dod. contractor. They read and conducted the test and

verified the tests and test procedures. Hard copies, CDs copies, and

videos of all tests are on file and classified information.

.

A brief Background of the LRRED technology

The above picture depicts a static test in a

controlled lab condition. A test was conducted

with a Military Command Vehicle early on in the

Test cycle. This was done in a moving vehicle

At high rate of speeds. The target was in and

above the ground and was also 100 % accuracy,

Per the specification required by Dod. Please see

Fig. 1.4 for the truck

“LRRED”Test Parameters

The test procedures were based on Dod specifications from a Major Defense Contractor. All tests adhere to the

documentation test plan (per the Dod standard test Plan) . The test plan is a classified document . The tests

were in two parts, the first was in a moving vehicle (Command Truck) , and the second was done in a Lab (Static

Conditions).

There were also a number of minor tests to determine the environment parameters related to earth conductivity

(dielectrics), Vibrations Frequencies, Penetration of the Pulsed Waves Degradation for the in and above ground

tests. The Command Truck was fitted with the LRRED equipment in the back cab part of the truck, other LRRED

equipment was placed in a Rich Box attached to the front of the Command Truck. This was done to calibrate the

LRREDs equipment inside of the command truck and determined if the Pulsed Wave could penetrate the

command trucks metal and outer exteriors. We ran these tests with the Command truck in a Controlled Factory

setting and with the command truck in an outside urban environment. Many problems with ground noise, motor

noise, truck noise, electromagnetic interference from external sources (Electrical Power Lines, other vehicles)

were encountered .All of these were over come with minors adjustments to the LRREDs oscillators and power

filters. All the minor tests were very useful in system configuration and standard operational procedures. I also

conducted a number of static tests in and above ground at my own lab. Actually testing has been going on for a

number of years sense 1984.

Command truck tests will not be covered in this presentation. The results are in recorded test plans

documentation. The Command truck tests were a pre test to the lab tests done in the warehouse facilities.

What we want to convey in this PPT is concrete evidence and proof that the LRRED does work and was verified

not only by Andronics but by two government contractors and a VIP that heads the initial project. We have hard

copies , emails , and videos verifying that the LRRED does detect explosives. We now have a test set up similar

to the one in the lab (picture on pervious page) that proves the LRRED works as stated. The LRRED is in

prototype form and uses mostly hardware to detect explosives alone with The 7104 Tektronix scope built in

software. This will be replaced by the DSP software.

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“LRRED” Static Test Procedures and Results

The static tests were conducted in Rockwall Texas in a warehouse , lab environment setting as described previously

(please see the pictures on page 12) . We ran over 100 calibration tests. We conducted 24 verifiable tests with hard

copy documentation and supporting videos. We conducted 4 final tests with Dod government sub-contractors. All tests

were 100 % successful. The LRRED is 100 % correct using the test parameters stated by the sub-contractors. We tested

with Gunpowder using large and small amounts. We also tested with other compounds and compositions. We used

Metal and Non metal containers in sand and out of the sand plastic bucket. The sand was put in a plastic bucket. The

metal containers / non metal containers holding the gunpowder was then placed in the plastic bucket completely covered

by sand. The Metal and non metal containers (gunpowder in side of them) were also placed on the plastic bucket and

tested. So we ran an above the plastic bucket (gray bucket ) test , and a metal and non metal container in sand tests. We

wanted to see if we could detect the Gunpowder in sand. The tests were very low power and done at 25 to 50 Ft. Range.

The main objective was to determine if the LRRED could detect explosives, it was 100 % accurate.

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Date: June – September 2008 Time frame A brief overview

Typical test procedure: All equipment was powered using AC voltage , this can also be a DC unit. The tester was the only one

in the warehouse performing the test for the first set of tests. He performed the test listed below. He took hard data and videos

and all recordings. In the first test the container (with the Gun Powder in it) was Placed above the plastic bucket sitting on top of

the sand. The plastic bucket was full of sand.

1. Place a small amount of Gunpowder in a container , place it 25 Ft from the Detector Barrel Antenna

2. Switch on the LRRED Power Bx, the light indicator comes on and the Power Voltage is set to 10.000 VDC

3. Record all the data pertaining to the tests and make a video of the test setup,

4. Take a still picture of the 7104 scope and its data , later he will transfer this data to a laptop computer

5. Once more record all the data and test parameters with Stills and videos for verification

6. Transfer this data to a secure laptop computer that Only the tester has access to

7. The physical part of the test in the warehouse (for this first test ) is now done

8. The tested uses a Nikon video camera and a standard laptop computer. All data is stored in the 7104

9. The data is read in hard copy form and a determination is made if the container has Gun Powder in it or not

10. The data is in Raw form and other than the data itself there was no indication of what is in the container.

11. This type of test is repeated with the container in the sand.

12. A moving target was also set up to detect explosives, the moving target was very easy to spot and locate

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“LRRED”

Government, Home Industrial Security

02/20/10 16

“LRRED”Military and Commercial Vehicles

• Vehicles can also be fitted with the active or passive devices; providing continuous protection in hostile environments. The AGU can be operated from within the truck for a point and shoot mode.

Above is a command truck used for testing

of the LRRED Technology Fig 1.4or the

active device; providing continuous

protection in hostile environments

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“LRRED”

Airports Roads Entry Points

• The passive device can also be set up for roads into

entry points for restricted or cleared areas.

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“LRRED”

E-bomb and Existing Technology

• This is not new technology!

• The theory behind the E-bomb was proposed in 1925 by physicist Arthur H. Compton--not to build weapons, but to study atoms. Compton demonstrated that firing a stream of highly energetic photons into atoms that have a low atomic number causes them to eject a stream of electrons. Physics students know this phenomenon as the Compton Effect. It became a key tool in unlocking the secrets of the atom.

• Reference websites:http://www.popularmechanics.com/science/defense/1281421.html

http://www.darkangelfan.com/news/1108.shtml

http://www.unitedstatesaction.com/emp-terror.htm

http://www.unitedstatesaction.com/emp-senate-hearings.htm

http://pup.princeton.edu/chapters/s6683.html

http://www.wa3key.com/aacbio.html

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Product AdvantagesPassive and Active Mode Only

• Early detection of explosives “Lock Down Mode”

• Doesn’t require “line-of-sight”

• Safe distance detection (1,000 ft or more)

• Detects any and all known compositions

• Small & portable (the size of a radar gun)

• Economically priced

• Upgradeable thru software

• The Active Model of the LRRED unit is capable of detonating explosives at long range! This technology is Only available to certain Governments and Organizations.

• Point and shoot “ Easy to use”

• Safe guards builtin, Classified Information

• User specified Database

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The Applications

• War zones– Entry points

– Convoys

– WMD search

– Enemy detection

• Military Installations

• Federal & Government Buildings

• Homeland Security

• Transportation– Airports

– Train stations

– Subways

– Tunnels

• Police

– Detect: narcotics,

firearms, weapons, etc.

• Fire Dept

– Detect chemicals, humans

and explosive materials in

burning building

• Post Offices

• Political Conventions

• Sporting Events

– Olympics

– Super Bowl

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Conclusion

• The LRRED can provide the most efficient and economical solution.

• It would also help provide the peace of mind to the families of loved ones serving in war zones.

• It would also be a quick “concept-to-operations” solution.

• It would be the most versatile and upgradeable solution available for the long term.

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Contact

• We are now trying to get sufficient verifiable Purchase Orders

and/or upfront money to start manufacturing production units.

• If you would like to invest in the LRRED revolution, please

contact:

Mark Pearson: USA and HK operations

wildbill303@yahoo.com Bill (Head Scientist)

www.andronicssuperblue.com

www.asbexplosivedetectors.com Information

wirelesssuperblue@yahoo.com Mark (President)- +852-67644958