Friday, December 31, 2010
Thursday, December 23, 2010
Wednesday, November 17, 2010
Wednesday, November 10, 2010
Cold Fusion: Fire From Water
Follows the controversy following the discovery of Cold Fusion and free energy, once debunked but now questions again are asked.
Water's Quantum Jazz, the Living State and Energy Medicine
ISIS Lecture 10/11/10
##############################################
Dr. Mae-Wan Ho
Invited lecture for Radionics Association, Kensington Unitarians’ Essex Church
Hall, London, 30 October 2010
On first encountering water’s quantum jazz
I fell in love with water and became a hydrophiliac 18 years ago, soon after I
saw the little fruit fly larva emerge from the egg under the polarised light microscope,
rearing and swaying its head, crawling about in all the colours of the rainbow dancing before my
eyes. And no one else in the world had seen that before.
I soon figured out that all the molecules in the cells and tissues of its body
must be moving coherently together for the little larva to put on that psychedelic
liquid crystalline display. More importantly, the cell and tissue water too,
must be as an intrinsic part of the polarised liquid crystalline phase; the
water is forming dynamically coherent units with the macromolecules embedded and
immersed in it.
What that implied is a high degree of coherence in the organism. In the book
named after the fruitfly larva [1], The Rainbow and the Worm, The Physics of
Organisms, first published in 1993 and now in its 3rd enlarged 2008 edition, I
presented theoretical arguments and empirical evidence to support the idea that
the organism is quantum coherent; and water plays the lead role in creating and
maintaining the quantum coherence of organisms [1, 2] (see Quantum Jazz Biology,
SiS 47).
“Quantum jazz” is what I call the dynamic quantum coherence of organisms, which
works by perfect intercommunication, and it is water’s quantum jazz through and
through. I am going to review some key evidence that has emerged especially
within the past several years to support the idea that water’s quantum jazz is
the basis of life. And, then go on to explore what that means for energy
medicine, especially homeopathy.
Conventional physics and chemistry have lots to offer in making sense of energy
medicine in powerful techniques and a rigorous conceptual framework. But they
need our imagination and courage to take on new ideas.
The lecture and accompanying power point presentation are available for download
from our online bookstore here
http://www.i-sis.org.uk/onlinestore/lectures.php#308
Read the rest of this article here
http://www.i-sis.org.uk/Waters_Quantum_Jazz.php
Or see other ISIS lectures available for download
http://www.i-sis.org.uk/onlinestore/lectures.php
========================================================
This article can be found on the I-SIS website at
http://www.i-sis.org.uk/Waters_Quantum_Jazz.php
##############################################
Dr. Mae-Wan Ho
Invited lecture for Radionics Association, Kensington Unitarians’ Essex Church
Hall, London, 30 October 2010
On first encountering water’s quantum jazz
I fell in love with water and became a hydrophiliac 18 years ago, soon after I
saw the little fruit fly larva emerge from the egg under the polarised light microscope,
rearing and swaying its head, crawling about in all the colours of the rainbow dancing before my
eyes. And no one else in the world had seen that before.
I soon figured out that all the molecules in the cells and tissues of its body
must be moving coherently together for the little larva to put on that psychedelic
liquid crystalline display. More importantly, the cell and tissue water too,
must be as an intrinsic part of the polarised liquid crystalline phase; the
water is forming dynamically coherent units with the macromolecules embedded and
immersed in it.
What that implied is a high degree of coherence in the organism. In the book
named after the fruitfly larva [1], The Rainbow and the Worm, The Physics of
Organisms, first published in 1993 and now in its 3rd enlarged 2008 edition, I
presented theoretical arguments and empirical evidence to support the idea that
the organism is quantum coherent; and water plays the lead role in creating and
maintaining the quantum coherence of organisms [1, 2] (see Quantum Jazz Biology,
SiS 47).
“Quantum jazz” is what I call the dynamic quantum coherence of organisms, which
works by perfect intercommunication, and it is water’s quantum jazz through and
through. I am going to review some key evidence that has emerged especially
within the past several years to support the idea that water’s quantum jazz is
the basis of life. And, then go on to explore what that means for energy
medicine, especially homeopathy.
Conventional physics and chemistry have lots to offer in making sense of energy
medicine in powerful techniques and a rigorous conceptual framework. But they
need our imagination and courage to take on new ideas.
The lecture and accompanying power point presentation are available for download
from our online bookstore here
http://www.i-sis.org.uk/onlinestore/lectures.php#308
Read the rest of this article here
http://www.i-sis.org.uk/Waters_Quantum_Jazz.php
Or see other ISIS lectures available for download
http://www.i-sis.org.uk/onlinestore/lectures.php
========================================================
This article can be found on the I-SIS website at
http://www.i-sis.org.uk/Waters_Quantum_Jazz.php
The Answer to all our energy "problems": Cold Fusion
Cold Fusion, although virtually ignored by mainstream academic research, has continued underground through the efforts of brave and dedicated scientists. I am now pleased to bring you the technological and theoretical breakthrough we've all been waiting for... Clean, virtually inexhaustible energy in the form of sea water! Let the Cold Fusion Revolution begin!
1 Teaspoon of Heavy Water has the energy content of 300 Gallons of Gasoline. You could go 55 million miles on a gallon. There is enough deuterium fusion fuel in the top 1 foot of seawater in the San Francisco Bay to supply all of mankind's projected energy needs for the next 50-100 years... And you wonder why the Federal Reserve Corporation has been suppressing it... Since their petro-dollars and their power is backed by Oil.
Cold Fusion NOW!
http://coldfusionnow.org/
US NAVY Report on Cold Fusion:
http://www.spawar.navy.mil/sti/public...
Wired Science article on US Navy Cold Fusion:
http://www.wired.com/science/discover...
Some important information about Steven E. Jones' involvement in cold fusion research (Very helpful Information):
http://pages.csam.montclair.edu/~kowa...
The Obama Speech can be found here:
http://www.whitehouse.gov/the-press-o...
Cold Fusion Links:
http://www.newenergytimes.com/v2/repo...
http://www.cbsnews.com/stories/2009/0...
http://www.sciencedaily.com/releases/...
http://www.livescience.com/technology...
http://www.neoseeker.com/news/6726-co...
http://www.dailytech.com/Navy+Heats+U...
http://pages.csam.montclair.edu/~kowa...
http://en.wikipedia.org/wiki/Cold_fusion
http://en.wikipedia.org/wiki/Fine-str...
"Znidarsic's Constant" 1,094,000 m/s - is the key to Cold Fusion and has many other practical applications of atomic resonance effects for control over the natural forces.
The Theory and work of Frank Znidarsic:
1) The duality of Matter and Waves:
http://www.scribd.com/doc/34365659
2) Reconciling Special Relativity and Quantum Mechanics:
http://www.scribd.com/doc/33043355/
3) Control of the Natural Forces
http://www.scribd.com/doc/25455268/Co...
Znidarsic's Constant on Wolfram Alpha: http://www.wolframalpha.com/input/?i=...
Frank Znidarsic's Website with all the info:
http://www.angelfire.com/scifi2/zpt/
Chapter 7 on Frank's website details some important steps such as deriving the Schrodinger Equation from Znidarsic's Constant. It also shows exactly what gravity is, and where it comes from.
http://www.angelfire.com/scifi2/zpt/c...
Important stuff to know about magnetic fields:
http://en.wikipedia.org/wiki/Maxwells...
http://en.wikipedia.org/wiki/Stokes%2...
http://en.wikipedia.org/wiki/Michael_...
Friday, October 1, 2010
Saturday, July 31, 2010
Thursday, July 29, 2010
Friday, July 23, 2010
Energy Shielding, How it actually works!
Dr. Brett D Robinson EMI Solutions Inc., Irvine CA
Shielding
Shielding is a technique used to control EMI by preventing transmission of noise signals from the source to the receiver. Shields can be located at the source or at the receiver or anywhere in between. In the case of electric fields where it is most effective, it is a function of the shield materials thickness, conductivity and continuity.
The purpose of the shield on a cable is to protect the inner conductor(s) from impinging electric fields and thus lessen the extent of the magnetic field. Remember that when an electric field comes in contact with a conductor, it creates a voltage which appears as noise onto the victim circuitry, this is primarily due to high impedance circuits being more sensitive to the induced noise.
When a grounded shield is placed around the conductor, the electric field energy is usually drained away without affecting the conductors reducing or removing the " noise ".
Note: Regardless of the density of the shield, the physics of shielding remains the same.
There are two principle mechanisms present in all shields, and these are reflection and absorption.
When an electromagnetic wave traveling through space encounters a shield two things happen.
First, much of the energy is reflected and then second some of the energy that is not reflected is then absorbed by the shield; only the residual energy emerges from the other side of the shield. These two effects of reflection and absorption are independent from each other, but when they combine together, they produce the overall shields true effectiveness.
A third factor called re-reflection occurs in very thin shields. This re-reflection occurs at the shield boundary on the far side of the shield material.
Most high frequency shielding problems are caused by openings in the shield material, and not by the material itself. Most conductive materials such as aluminum, copper and mild steel provide substantial electric shielding. At frequencies from 30 to 100 MHz, aluminum foil provides at least 85 dB of shielding effectiveness. Unfortunately, aluminum foil is extremely inadequate against low frequency magnetic fields, where thick steel or highly permeable ferrite material provides more adequate shielding.
History of the Faraday Cage
Michael Faraday lived from 1791—1867, and was an English scientist. Faraday's experiments yielded some of the most significant principles and inventions in scientific history. He developed the first dynamo (in the form of a copper disk rotated between the poles of a permanent magnet), the precursor of modern dynamos and generators. In addition to other contributions he did research on Electrolysis, formulating Faraday's law.
Faradays law: Is a physical law stating that the number of moles of substance produced at an electrode during electrolysis is directly proportional to the number of moles of electrons transferred at that electrode; the law is named for Michael Faraday, who formulated it in 1834. The amount of electric charge carried by one mole of electrons (6.02 x 1023 electrons) is called the faraday and is equal to 96,500 coulombs. The number of faradays required to produce one mole of substance at an electrode depends upon the way in which the substance is oxidized or reduced.
Note:a MOLE = One gram-molecular weight of any molecular substance contains exactly one mole of molecules. The term mole is often used in place of gram-molecular weight; e.g., one speaks of 18 grams of water as one mole of water rather than as one gram-molecular weight of water. The mole is a unit in the International System of Units (SI).
Faraday Cage: The Faraday cage was originally designed to demonstrate the principles of static electricity, and thus allow the user to investigate and manipulate the electrostatic phenomena. Generally, a Faraday cage consists of an Iron mesh or Copper mesh completely surrounding a square wooden housing or cylinder.The Faraday cage originally proved that static electricity can be controlled within an ungrounded cage that is bonded to the structure in a continuous 360 degree manner.
Types of EM Fields to Consider
In analyzing shielding it is helpful to consider the three types of fields that occur. These different field types explain why the same shield can behave differently under different operating conditions.
Plane Waves
Plane waves only exist in about 1/6 of a wavelength from their source. In this condition the ratio of the electric field as compared to the magnetic field is constant; and this event is also known as far field radiation.
A good example of this is radio waves, where at 30MHz a wavelength is expressed as 10 meters, and so any transmitter more than about 10/6 or 1.6 m away the source is expressed as the far field.
Electric Fields (E-Fields)
If the energy field is less than 1/6 of a wavelength from a high impedance source, then the wave impedance is known as near field source; and thus a capacitive energy dominates the field during the near field effect, and this is because of the higher wave impedances, thus the EM loss tends to be greater. This is why it is possible to do more effective shielding from these impinging electric fields.
A simpler way of looking at this effect is to understand that the culprit electric fields produce voltages onto the victim circuitry. For instance, if you suspect that a given analog interconnect is producing an EMI event, then try disconnecting the wiring from the circuit driving the line, and then short the signal pair together; any voltage differential should be shorted out and the input should quiet down, confirming that the electric field produced was the culprit.
Magnetic Fields (H Fields)
If you are too close to a low impedance source, or a current source, then a near field energy source is produced; but what differs in this case, is that the inductive energy predominates. Reflection losses are much less effective here due to lower wave impedances and this effect continues as you drop in frequency; So, this is the main reason why shielding becomes less effective against low frequency magnetic fields, and why at this point in your design balanced circuits of twist pair wires are so important.
Another way of looking at this effect is that magnetic fields produce currents over and onto their victim circuits. If you suspect that a given analog interconnect is magnetic field, then try disconnecting the wiring from the circuit driving the line and leaving the signal pair open; any current flowing should be stopped, this will confirm magnetic field coupling. The application of MU-Metal to cover transformer windings will cancel magnetic field disturbances in most cases.
Shielding Application Facts:
* Shields reduce Differential mode coupling
* Shields reduce Electric field coupling onto wires
* Shields Reduce voltage transients
* Shields Reduce lightning transients
* Shields, Supply a Faraday-Shield/Cage Return Reference
* Shields, Control ESD path
* Shields Enhance Filtering, and Isolation techniques
**Important Note: Do not daisy-chain / or attach, more than 6 (shield) wires per Chassis Ground Termination. The use of multiple shielding techniques, by segregating dissimilar signals, within the same cable should be utilized, and this can be done by a well thought out connector pin layout of dissimilar signals.
Equipment Cable Shield Terminations
Electromagnetic cable shields must be circumferentially bonded to connector back-shells in a 360 degree manner, and in turn, through the connectors to the equipment chasses at each connector. Individual internal shields will be co-terminated with the overall cable shield to the equipment chassis ground.
Equipment Connectors
All interfaces should be provided with connectors capable of bonding to double over-braid shielded cables. Connectors must provide electromagnetic shielding and allow 360 degree circumferential bonding from the cable connector body through to the equipment chassis. The maximum mated resistance between the cable connector body and the equipment chassis should be less than 2.5 milliohms.
Why Filter & Shield at the Connector
EMI Solutions’ unique designs provide solid ground planes around the filter components to not only provide the lowest impedance path for the filter, but also provide increased shielding throughout the connector area. Additionally, by using filtered connectors you eliminate the EM and RF noise that will be picked up from the contacts/leads from any internal or external source right at the connector’s interface.
Filtered connectors are the best means of eliminating unwanted noise from any electronic system. There are some less expensive ways to filter or shield at a board level, but none of these can outperform interface positioning. The parameters you have to consider when deciding on a filtered connector are as follows:
* Required performance
* Available space
* Component cost
* Shielding availability
source: http://www.4emi.com/shield.php
Shielding
Shielding is a technique used to control EMI by preventing transmission of noise signals from the source to the receiver. Shields can be located at the source or at the receiver or anywhere in between. In the case of electric fields where it is most effective, it is a function of the shield materials thickness, conductivity and continuity.
The purpose of the shield on a cable is to protect the inner conductor(s) from impinging electric fields and thus lessen the extent of the magnetic field. Remember that when an electric field comes in contact with a conductor, it creates a voltage which appears as noise onto the victim circuitry, this is primarily due to high impedance circuits being more sensitive to the induced noise.
When a grounded shield is placed around the conductor, the electric field energy is usually drained away without affecting the conductors reducing or removing the " noise ".
Note: Regardless of the density of the shield, the physics of shielding remains the same.
There are two principle mechanisms present in all shields, and these are reflection and absorption.
When an electromagnetic wave traveling through space encounters a shield two things happen.
First, much of the energy is reflected and then second some of the energy that is not reflected is then absorbed by the shield; only the residual energy emerges from the other side of the shield. These two effects of reflection and absorption are independent from each other, but when they combine together, they produce the overall shields true effectiveness.
A third factor called re-reflection occurs in very thin shields. This re-reflection occurs at the shield boundary on the far side of the shield material.
Most high frequency shielding problems are caused by openings in the shield material, and not by the material itself. Most conductive materials such as aluminum, copper and mild steel provide substantial electric shielding. At frequencies from 30 to 100 MHz, aluminum foil provides at least 85 dB of shielding effectiveness. Unfortunately, aluminum foil is extremely inadequate against low frequency magnetic fields, where thick steel or highly permeable ferrite material provides more adequate shielding.
History of the Faraday Cage
Michael Faraday lived from 1791—1867, and was an English scientist. Faraday's experiments yielded some of the most significant principles and inventions in scientific history. He developed the first dynamo (in the form of a copper disk rotated between the poles of a permanent magnet), the precursor of modern dynamos and generators. In addition to other contributions he did research on Electrolysis, formulating Faraday's law.
Faradays law: Is a physical law stating that the number of moles of substance produced at an electrode during electrolysis is directly proportional to the number of moles of electrons transferred at that electrode; the law is named for Michael Faraday, who formulated it in 1834. The amount of electric charge carried by one mole of electrons (6.02 x 1023 electrons) is called the faraday and is equal to 96,500 coulombs. The number of faradays required to produce one mole of substance at an electrode depends upon the way in which the substance is oxidized or reduced.
Note:a MOLE = One gram-molecular weight of any molecular substance contains exactly one mole of molecules. The term mole is often used in place of gram-molecular weight; e.g., one speaks of 18 grams of water as one mole of water rather than as one gram-molecular weight of water. The mole is a unit in the International System of Units (SI).
Faraday Cage: The Faraday cage was originally designed to demonstrate the principles of static electricity, and thus allow the user to investigate and manipulate the electrostatic phenomena. Generally, a Faraday cage consists of an Iron mesh or Copper mesh completely surrounding a square wooden housing or cylinder.The Faraday cage originally proved that static electricity can be controlled within an ungrounded cage that is bonded to the structure in a continuous 360 degree manner.
Types of EM Fields to Consider
In analyzing shielding it is helpful to consider the three types of fields that occur. These different field types explain why the same shield can behave differently under different operating conditions.
Plane Waves
Plane waves only exist in about 1/6 of a wavelength from their source. In this condition the ratio of the electric field as compared to the magnetic field is constant; and this event is also known as far field radiation.
A good example of this is radio waves, where at 30MHz a wavelength is expressed as 10 meters, and so any transmitter more than about 10/6 or 1.6 m away the source is expressed as the far field.
Electric Fields (E-Fields)
If the energy field is less than 1/6 of a wavelength from a high impedance source, then the wave impedance is known as near field source; and thus a capacitive energy dominates the field during the near field effect, and this is because of the higher wave impedances, thus the EM loss tends to be greater. This is why it is possible to do more effective shielding from these impinging electric fields.
A simpler way of looking at this effect is to understand that the culprit electric fields produce voltages onto the victim circuitry. For instance, if you suspect that a given analog interconnect is producing an EMI event, then try disconnecting the wiring from the circuit driving the line, and then short the signal pair together; any voltage differential should be shorted out and the input should quiet down, confirming that the electric field produced was the culprit.
Magnetic Fields (H Fields)
If you are too close to a low impedance source, or a current source, then a near field energy source is produced; but what differs in this case, is that the inductive energy predominates. Reflection losses are much less effective here due to lower wave impedances and this effect continues as you drop in frequency; So, this is the main reason why shielding becomes less effective against low frequency magnetic fields, and why at this point in your design balanced circuits of twist pair wires are so important.
Another way of looking at this effect is that magnetic fields produce currents over and onto their victim circuits. If you suspect that a given analog interconnect is magnetic field, then try disconnecting the wiring from the circuit driving the line and leaving the signal pair open; any current flowing should be stopped, this will confirm magnetic field coupling. The application of MU-Metal to cover transformer windings will cancel magnetic field disturbances in most cases.
Shielding Application Facts:
* Shields reduce Differential mode coupling
* Shields reduce Electric field coupling onto wires
* Shields Reduce voltage transients
* Shields Reduce lightning transients
* Shields, Supply a Faraday-Shield/Cage Return Reference
* Shields, Control ESD path
* Shields Enhance Filtering, and Isolation techniques
**Important Note: Do not daisy-chain / or attach, more than 6 (shield) wires per Chassis Ground Termination. The use of multiple shielding techniques, by segregating dissimilar signals, within the same cable should be utilized, and this can be done by a well thought out connector pin layout of dissimilar signals.
Equipment Cable Shield Terminations
Electromagnetic cable shields must be circumferentially bonded to connector back-shells in a 360 degree manner, and in turn, through the connectors to the equipment chasses at each connector. Individual internal shields will be co-terminated with the overall cable shield to the equipment chassis ground.
Equipment Connectors
All interfaces should be provided with connectors capable of bonding to double over-braid shielded cables. Connectors must provide electromagnetic shielding and allow 360 degree circumferential bonding from the cable connector body through to the equipment chassis. The maximum mated resistance between the cable connector body and the equipment chassis should be less than 2.5 milliohms.
Why Filter & Shield at the Connector
EMI Solutions’ unique designs provide solid ground planes around the filter components to not only provide the lowest impedance path for the filter, but also provide increased shielding throughout the connector area. Additionally, by using filtered connectors you eliminate the EM and RF noise that will be picked up from the contacts/leads from any internal or external source right at the connector’s interface.
Filtered connectors are the best means of eliminating unwanted noise from any electronic system. There are some less expensive ways to filter or shield at a board level, but none of these can outperform interface positioning. The parameters you have to consider when deciding on a filtered connector are as follows:
* Required performance
* Available space
* Component cost
* Shielding availability
source: http://www.4emi.com/shield.php
Wednesday, June 23, 2010
Sunday, April 25, 2010
Tuesday, February 9, 2010
SAM MOTOR, SELF RUNNING AND SELF CHARGING IN CLOSED LOOP
this is my selfrunning system motor and self charging in closed loop, i install two coils under the rotor in order to activate my motor with neodymium magnets....! the circuit is two diodes of high speed and two reed swiches.
Improved Petrol Vapour Carburetor
Petrol Vapour Carburetor with improved throttle valve. Full description and request for drawing plan:
http://heetgasmodelbouw.rid...
Jan Ridders; The netherlands
Wednesday, January 20, 2010
Futuris 10 Hydrogen
From www.athenaweb.org : Athanasios Konstandopoulos leads a European project called Hydrosol. The project wants to realise the vision of using water as a fuel
Hydrogen has long been heralded as the clean energy carrier of the future. It could be the alternative fuel we are waiting for. The Hydrosol device was developed in Greece with partners from Britain, Denmark and Germany. It uses just solar energy and water. Thanks to the thermochemical process; Hydrosol the gas that has been isolated has a huge range of possibilities. For instance in vehicles. BMW has developed a petrol ad hydrogen vehicle. Unfortunately there are lots of technical and logistical obstacles to overcome. The fuel cell technology is nevertheless becoming a viable way to overcome some of our environmental problems.
A special element - Hydrogen
Hydrogen is an energy carrier of the future. But how is it stored and how does a fuel cell work? At the GKSS Research Centre in Geesthacht scientists discover the potentials of the unique element hydrogen.
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