The disappearance of tropical storm Karen should come as no surprise to those who are aware of the existance of the David Wells' Weather Machines (DWWM). What you have witnessed is the performance of the machine moved by a "Sweeper" dissorganizing tropical storms from close proximity. The effects on a tropical storm or hurricane when acted upon from a distance of several thousand miles are easier to see because a Sweeper is not needed. The storm then takes the shape of the letter "D" until it is dissolved by wind shear.

This past Spring the DWWMs were greatly improved and are performing as best as could be hoped for, and so far this hurricane season has proved to be one of the quietest ones yet despite the statistical weather data pointing otherwise. And due to the fact that Weather Professionals are mathematical geniuses and experts in the accumulation of statistical data there should be no doubt in their minds that the evidence seen so far (the dissipation of hurricanes for no apparent reason) cannot be attributed to coincidence.

We, the DWWM operators have been saying all along that this year's tropical storms and hurricanes would be dissipated by our wind-shear producing machines. You, the World Meteorological Organization should be the ones operating these machines. In fact, all official weather stations on our planet should have trained personnel capable of working the DWWMs for the benefit of humankind. Your deep understanding and expertise of weather systems is needed to efficiently handle these powerful machines.

I do not exagerate when I use the word "powerful", as the machine's latest feat exercised on tropical storm Karen (2013) has been seen by all.

The "power" of a DWWM may best be understood if we compare it to a radio broadcasting antenna. An antenna takes the same amount of output power to transmit an audio signal to one radio set receiver as it does to 10 million receivers. The DWWM seems to be working on the same basic principle, only that instead of radios we are "broadcasting" to individual water molecules which are suspended in our atmosphere, influencing these water molecules within and beyond the targeted tropical system so that they react as a collective unit. That is the beauty of the DWWM.

I strongly suggest that you, the WMO, contact the inventor, Mr. David Wells, for further information. Mr. Wells and I will be happy to answer any questions that you may have on this new technology.

Alberto

Just a note to talk about a few things that I think may help us make the best use of the DWWM (David Wells Weather Machine) improvement information from my past few e-mails. Dr. Nikola Tesla explained in a few of his patents that electricity will travel through a circuit at the speed of light and that the length of the circuit decides the optimum functioning frequency for that circuit. This means that if we operate that particular circuit at the frequency best suited to its length it will then be working in harmony with Nature and the frequency waves will have steady node placements. This is the ideal construction which allows a standing wave to be generated in that circuit, giving us what has been called by some super-conductivity. I am of the opinion that it is the magnetism generated by the Back-Electromotive-Force produced by the coil while working under super-conductive conditions which allows the DWWMs to affect the weather. This seems to happen only if the DWWM circuit is built planning ahead for its working frequency and also that it matches the Planet's and the water molecule's rate of vibration (frequency).

If we go by what Dr. Tesla taught us we will then calculate the frequency flowing through the coil by dividing the speed of light by the wire length of not only the coil but the complete circuit to which the coil is connected.

The bifilar coil in my machine is built from a 3 pound spool of 22 AWG magnet wire 1575 ft long (482.1 meters). I got the magnet wire from Paramount Wire Co. in New Jersey, USA (tel. 973-672-0500). They sell a three-pound spool of 22 AWG magnet wire at a reasonable price.

My machine has an extra 8 feet (2.5 meters) of circuit if you count the wires from the points, the battery cables and the battery lengths (the distance between battery poles). That gives us a total circuit length of 484.6 meters.

Here are the numbers, then: light travels at 299,776 kilometers per second which divided by 484.6 meters equals 618.6 KHz. That comes very close to the 600 KHz hinted at in Dr. Tesla's information, 600 KHz being a harmonic of the 60 Hz he suggested.

So a circuit built to resonate at about 618.6 KHz seems to be the ideal for working with the weather. My suggestion to you is that you build or rebuild your machine's coil to a bifilar coil to the same lengths as given above. And after you are done with the coil don't forget to place an aluminum plate on the side of your machine to create a shaded-compound-pole.

Happy hurricane and typhoon hunting.

Alberto

Just a note to let y'all know that I am not in Puerto Rico any longer. I left the island the middle of August and will not be returning to the area. Chronic unemployment which I attribute to the corrupt Puerto Rican political system has forced my move from the area. That is a pity because the location was ideal for controlling storms over the entire Atlantic. Nevertheless, your newly upgraded DWWMs (David Wells Weather Machines) can now handle weather from much farther distances and I trust that machines in the mainland United States will easily handle the bad weather all the way to Africa. As a matter of fact, I have seen repeated evidence of this. Now that some of you have upgraded your DWWMs I am relying on you guys to take care of the storms for me from now on. I have purposefully left my machine off now for almost two months while constantly monitoring the weather and I see a few very powerful machines at work out there. I must congratulate those who are dedicating themselves to this great task of keeping humanity safe from bad weather because I know how time consuming this work can be. I thank you, and humanity thanks you.

My machine will not be able to affect Atlantic tropical storms and/or hurricanes as effectively any more because I have moved to the US west coast.

We have many good and experienced machine operators, some of you with many more years of experience than myself. I ask you to please make your knowledge available to other operators and teach us anything new that you may come across.

I hope that that the World Meteorological Organization, the Bill Gates Foundation or a similar entity will take interest in our work and help us further develop this science.

I will remain always at your service and available through e-mail to answer any questions you may have as best I can.

Best wishes, 
Alberto

The more I work with your Weather Machine the more I like it. It truly is an inspired invention. Thank you for sharing it with me and with the world.

As you know I made a few changes to the machine you built for me, and the machine is now much more powerful. I have tested your machine using only 12V as power input and the resulting effects have been amazing. The best part about these changes is that they are so simple that anyone can do them without need of specialized tools.

These important changes include:
1.) Use a Bifilar coil instead of the normal coil. This alone will boost your machine's output thousands of times. Example: The calculated output for my weather machine using a normal coil and working at 12 Volts is 8.8 Watts output. My new Bifilar coil at 12 Volts is calculated as producing 23,923.56 Watts output (see satellite weather image below on my North-to-South test-run and see also table pic attached below).

2.) I have completely covered one side of the machine with a thin aluminum sheet (I chose the side on the machine without the points). The sheet covers the entire area of the coil and the total area of the spinning rotor. This creates what has been called a "compound shaded pole" and makes the machine totally directional. See the attached Pdf.

Notes:
a.) The machine will now run much faster than before, making it necessary to slow it down by opening the points a bit. The points on my machine are finely adjusted so that very little contact is made during any rotor revolution. As a consequence only one of the two rotor's passes makes electrical contact and the machine runs at about 100 rpm. I had noticed this before and it is why I liked what I called a "hurricane cam" so much. I suggest that the cam used for the points be built so that the points make contact only once per revolution.

b.) My machine's power source is a 12V mains transformer. I have not yet run tests using only a car battery, so test results may (or may not) vary when using a 12V car battery as power source. This can be overcome by either building a simple 12V oscillator circuit or by using an inverter to power the 12V mains transformer. The latter is preferable for those of us not technically gifted.

c.) It is important to use an FBWR and not just a diode for Batt2. I have found that this directly affects the machine's performance.

Take care and have fun, 
Alberto

The past four years of machine operation have taught me that the machine's high-power season at my present location (18N) is approximately from Apr 15 thru Oct 15. The rest of the year it will affect mostly local weather. I noticed almost the same effect during the time I lived at 27N when my machine would work effectively only during the last few weeks of July. This seems to indicate that the machine's power level is related to the location of the machine on the Planet in respect its alignment to the center of Earth and the Sun. It seems to be limited to about 6 degrees difference distance from the tropical zones. A machine located on the Equator should work all year long. Having a machine operator travel with his machine to a country along the Equatorial line would allow weather modification all-year long as needed.

I feel certain that with further development these machines will be able to operate at full power from any latitude or longitude. Proper funding would allow a few dedicated Scientists to research and develop this wonderful machine. Then these first-generation machines we are working with now will be considered archaic.

I have done the best that I can with what I've got. Dissolving Hurricane Sandy was out of my hands, and, as always, God is still in control.

- - - -

A note about a previous update: additional tests I have done have demonstrated that some of what I wrote earlier about selecting a capacitor for your Weather Machine is incomplete. The Natural Frequency part is correct but not its implementation, and a few apparently minor but important details have been left out. I will try to correct that here.

The purpose of adding a capacitor to the machine is not about creating a tank circuit but about getting the maximum output from the coil. The way to choose the correct capacitor for a Weather Machine is by first calculating the machine coil's Natural Frequency (the speed of light divided by the coil's wire length) and then creating and feeding that frequency as pulsed DC to the coil as the input.

The coil's BEMF always vibrates at the coil's Natural Frequency but providing power as above described gives it much more power. This proved to be true while working with Hurricane Paul (2012) in the eastern Pacific a few days ago.

I will use approximations in the following calculations.

My coil's wire length is 500 meters. The speed of light (300,000,000 m/s) divided by the coil's wire length gives me 600,000 Hz.

300,000,000 m/s / 500 m = 600,000 Hz.

That is my coil's Natural Frequency. I have placed 200 microfarads capacitance (a 2200 uF and a 220 uF capacitor in series) across the pulsed DC input (at 120 Hz) just before the points so that when the points open the capacitors are also disconnected from the coil.

120 Hz / 0.0002 F = 600,000 Hz.

I hope this info is helpful. Please write if you have any questions. 

Alberto

Posted by: Dr. Jeff Masters, 12:31 PM GMT on October 17, 2012 http://www.wunderground.com/blog/JeffMasters/comment.html?entrynum=2263

Hurricane Paul weakened rapidly just before landfall on Mexico's Baja coast on Tuesday evening, as wind shear of 30 - 40 knots tore into the storm. Paul peaked as a Category 3 hurricane with 120 mph winds at 2 pm PDT on Monday, but was just a tropical storm with 60 mph winds Tuesday evening when the center finally reached the coast of Baja. Paul hit a region of coast that is very sparsely populated, and I expect damage from the weakening storm was relatively light. Rainfall amounts of 2 - 3" were common over Baja from Paul, but there have been no reports of damaging flooding thus far.

A few days ago I explained how a capacitor placed across the coil would give the machine great power. But each machine is different and the capacitor size will vary from one machine to the next. Using the wrong size cap may keep your machine from working at all. So I will explain how to choose the appropriate cap for your machine. This is how you do it (please remember the capacitor must be bipolar): Divide the Input Voltage by the Natural Frequency of your machine's coil. This will give you the correct capacitor size.

Example (I will use actual numbers): Say we have a coil which has a wire length of 483.7 meters. To find its Natural Frequency we will divide the speed of light (299000000 meters) by the wire length (483.7 meters). That will give us 618151.747 Hz, or 618 kHz. We will next divide the Input Voltage by that frequency. Suppose we are using 45V.

Then 45V divided by 618000 Hz equals 0.0000728 farads, or 72.8uf. Either a 73uf bipolar capacitor or a capacitor bank adding to 73uf will work.

The above calculations should work for any coil which is to be used in an OverUnity circuit.

Let me know if I may be of help in upgrading your machine. It may take me a while to get to your email so please be patient for replies.

Alberto

- - - -

From: "Alberto Feliciano"
To: "wmo"; "david wells"
Sent: Wednesday, September 19, 2012 4:02 PM
Subject: WM Update 19Sep12 - only capacitor: apparently nothing else needed


Hi All

I have noticed that any machine can be made a super machine by only adding a bipolar capacitor across the coil. Nothing else is needed. With the correct capacitor the coil becomes Naturally Resonant and uses very little Amperage.

Each machine uses a different size capacitor. The correct capacitor size can be calculated by dividing the speed of light by the coil's wire length first to get the coil's Natural Frequency and then dividing the voltage to be used by that frequency. The result is the correct size for the capacitor. Your machine will then be very powerful even working from a 12V car battery, no other additions needed.

Alberto

1000 GMT, 05/Sep/2012.

Hi Operators et al:

Our bad experience with Hurricane Isaac (2012) has led me to do a bit of fine-tuning of my machine with Tropical Storm Leslie (2012). I have been making Leslie wobble and dance at almost the same spot for the last few days and I am trying all sort of things to see if I can make it roll-over and play dead. So far she's only learned to dance, sit and stay.

I often try the once-an-hour Push-Pull technique. That creates geometric shapes in the hurricane's cloud pattern and it also seems to change all surrounding humidity patterns for thousands of miles around. Humidity seems to be pulled into my area and redistributed North and South from here at 30 degrees following the Yellow Arrow (towards Leslie). It also seems to keep other tropical systems from developing. I will share how I am doing this below.

I want to thank all of you with your recent help on the storms. Even with all our hard work we still lost the battle with Hurricane Isaac. Lives and property were lost. The Full Moon phase had a lot to do with it (it "weakens" our machines) but I am sure that this problem will eventually be overcome.

It is not easy Pioneering a new field like Weather Engineering where so much is at stake. It seems that the only way to learn what works and what doesn't is by trial and error, and by applying hind-sight, correcting possible causes to past technological problems. Additionally, we cannot find out how to weaken hurricanes until they show up so that we may work with them, and then its a RUSH situation to make adjustments to our machines to get it right before the hurricane does any damage. Unfortunately it is not always possible to make major changes to our machines in the few hours that it takes a hurricane to make landfall.

The information I am about to share here is very powerful. I am sharing it because it may help save countless lives and property all over the world and it must not be suppressed. Too many lives depend on this technology for it to be kept secret for the exclusive financial gain of any one individual. Neither does it belong in the secret weapons arsenal of any one 'special' Country or Nation. The information on how to build this life-saving device belongs to the People and the technology belongs in the hands of the United Nations World Meteorological Organization so that humanity may benefit as a whole. As I have been saying since 2009, David Wells' Weather Machines are Weather Engineering tools and belong in the hands of Atmospheric Scientists. Getting these machines into their hands is our goal.

Hurricanes and storms keep moving so we have to keep on re-aiming our machines, always aware that the satellite image we are looking at may be up to an hour old and it shows us only where the storm 'was' and how it looked an hour ago. When you take aim and hit your target it may take three hours or more for the effects to appear on the satellite image (the effects are cummulative and are explained by the Standing Wave theory) and again you will see those effects with a one hour delay which means a total of about four hours after you aimed. Aiming then needs to be done thinking ahead of the present hour so that the effects by the hour be seen three hours later with an added hour of image delay. Interesting, eh?

A few e-mails ago I sent you a Tesla article that explained how circuit capacitance is altered by phases of the Moon, by the Sun and by altitude among other things. The solution then to our Moon problem is simple: make it easy to vary the machine's capacitance. There are many ways to do that but I have chosen to put taps on my machine's coil for the effect.

Here are a few essentials in a nutshell:
- We need to have a few taps on our machine's coil so that we may vary its output.
- About 45 V at 1 Amp minimum of pulsed DC are needed to operate the machine.
- A relay wired as a buzzer needs to be placed in series with the machine's points for added power.
- A 400 uf bipolar capacitor needs to be placed across the coil to raise your machine's output to true hydroxyl molecule clumps (water vapor) vibration levels.
- The charging circuit needs to be altered so that the batteries charge slower.

- - - -

Here are a few of the details:
- The single radio frequency at which hydroxyl molecule clumps characteristically absorb and emit energy is 1.667 GHz. A coil needs to be tuned to hurricanes to be able to work with them, but hurricanes vary pressure at different altitudes and that creates special circumstances for hydroxyl molecule clumps. The top of a hurricane is what must be dealt with first to tame it. Hurricane tops seem to respond to a 60 Hz harmonic. That would happen only if the hydroxyl clumps expand a bit, say to about 1.111111 times their normal size because of low atmospheric pressure at that high altitude. It may also be due to freezing. That changes their resonant frequency enough to make them unresponsive to 1.667 GHz but they will react to 1.5 GHz instead which is one-quarter wave-length harmonic of 60 Hz (an interesting note here: Nikola Tesla affirmed that 60 Hz was a compatible wave-length distance along the circumference of our Planet, one of Nature's measuring sticks). Having taps on our coils allows us to switch to that new frequency to "chop" off a hurricane's corona. The taps also allow us to compensate for the capacitance fluctuations normally caused by Mother Nature. I have four taps on my machine's coil.

Tuning for the hurricane's corona is reached at 498.333 meters wire-length (600 KHz). Here is how I understand it: the Earth and individual atmospheric water molecule clumps interact with each other in very much the same way that a properly tuned transformer's Primary and Secondary coils do. Earth will act as the reactor coil (L1) and water vapor as the reactant coil (L2). The relationship between water vapor (1.667 GHz) and the Earth (6.667 Hz as given by Nikola Tesla) is proportionally correct and they interact harmonically despite their size difference. In a properly tuned transformer, L1 is one-quarter the wire-length of L2. If you measure the L1 independently from the L2 you will find that it resonates at 4 times the frequency of L2; that is as it should be. If you divide the speed of light by the above frequencies you will notice that 1.667 covers four times the distance of 6.667.

I have also had visible results for different weather conditions with other tuning frequencies; this has led me to place several taps on my weather machine's coil. My coil's total wire-length is now 523.25 meters. Taps are placed at:

=> 523.25 meters (571.428 KHz) for extremely powerful hurricanes (experimental).
=> 498.333 meters (600 KHz) for hurricanes.
=> 473.417 meters (631.578 KHz) for thunderstorms (experimental).
=> 448.5 meters (666.667 KHz) for atmospheric humidity and normal rain clouds.

- The charging side of the machine needs to be modified so that the batteries receive less charge. This is done by replacing the FWBR with three diodes in parallel (they must be placed so that they separate the original common negative connection between battery 1 and battery 2) and then reversing polarity on the Battery 2 cables. Note:
I use 3 car batteries in parallel in the Batt 2 position but this may not be necessary. It is possible that just one battery may be enough.
Three batteries have always worked for me in the past so I'll use 3 batteries for now.

- Taps may be substituted by using the appropriate capacitor if you have it.

- Pulsed DC as input power is a must. It is necessary that the input power be pulsed DC, not just DC from a normal lead/acid car battery. This may be done in any number of ways but the easiest is using a mains power transformer. Get one with at least 1 Amp output. Raise the voltage while you are at it too: use around 45 V DC. If you live in an area where power outages happen regularly then play it safe and get an inverter (an inexpensive 150 Watt inverter works fine).

Raising the battery's voltage with an inverter only to lower it again with a mains transformer may seem like a waste of time but I assure you that it is not. We all know that Volts multiplied by Amps equals Watts (power). What many people don't know is that in a properly tuned coil the Watts get multiplied by the frequency too. A little battery energy appears to be wasted by using an inverter but the machine's power output is multiplied 120 times (alternating current is 60 Hz in the US, and mains transformers usually use FWBR that will pulse at double that amount). The result is a powerful machine. Note: If you are going to use a car battery to power an inverter during a hurricane then it may be a good idea to have several charged batteries on hand.

- A good quality automobile relay wired as a buzzer and placed in-line with the points will multiply the power output anywhere from 10 to 100 times, depending on the machine's rpm speed. The points on the cheap ones don't last very long. Good quality relays sell for about three times the price of a cheap one (keep a spare handy too). Instead of two machine output bursts per rotation you will get 20 to 200 bursts per rotation, depending on rpms.

A 400 uf bipolar capacitor placed across the coil will raise your machine's output 2500 times and will bring it to true hydroxyl (water vapor) vibration levels. Your machine's frequency output will now be working between 1.5 to 1.667 GHz depending on the tap setting you use.

If you do this you need to enclose your machine in a metal-grounded box to keep it from emiting illegal radio frequencies. Enclosing the machine in a grounded metal container should not affect its performance.

Look at the difference:
I.) Normal Machine: [12V] multiplied by [1Amp] = 12 Watts/bursts output.

II.) Modified Machine: [45V] multiplied by [1Amp] multiplied by [120 Hz] multiplied by [at least 10 extra bursts] multiplied by 2500 [the 400 uf cap] = 135,000,000 Watts/bursts output.

Does this sound difficult to believe? My experience working with the weather and seeing the way huge amounts of water vapor and wind move around at my machine's will in whatever direction I point it to is enough to convince me that the above calculations are correct. This is the work of static electricity.

All motor coils produce Back-electromotive-force (BEMF), also known as sparks or static electricity. David Wells' machine is a DC pulse motor that uses the BEMF produced by the coil and puts it to work charging a battery. That is nothing new as there are many inventions already doing that. What is unique about David's machine is that the static electricity circles around in the uniquely shaped pancake coil and emits a "static electricity magnetic field" which is directionally oriented by rotating bar magnets. Clouds are attracted or repeled by that static electricity magnetic field and they follow it but only if the coil producing it is tuned to the proper frequency.

As you already know, we may eliminate minor storms and create rain at the same time by switching the machine's direction around East and West once an hour (thats the Yellow-Arrow pointing East and West). The once-an-hour Push/Pull Boogie is a new switching technique that has proven to be very effective. It also makes hurricanes display interesting geometric patterns. I have noticed square cloud patterns and lines inside the hurricane whenever I switch directions, as I am sure most of you watching the huricane have too.

Trevor Constable tells us that in the more northern lattitudes rain may be created by doing the switching in the North-South direction (he uses 5 minute switching periods with his passive equipment). I believe that he is right.

I have experimented with a number of variations of the switching used for rain which include different time periods and whether or not to use the Sweeper during the switching including combinations of both. Up to now no method has proven to be more effective than just pointing the machine and switching every hour. Full-blown hurricanes are the exception and need many hours of direct Yellow Arrow attention.

We need our work to be brought to the attention of the general public because it is the Public who benefits most from this device. A Scientist cannot acknowledge that a small electric motor may affect the weather without being scoffed at by his/her peers. Any Scientist even suggesting that it is possible would be putting at risk his or her reputation and may even lose his/her livelihood.

Public Opinion will sway our country's leaders to encourage (ie. order) Scientists to examine our machines in Research Science Labs everywhere. Scientists may then relax knowing that they will not be laughed at by their peers for examining a "weather machine" if they have been ordered to do so (even one that they may have secretly been wanting to study all along). I expect by this time that many countries will create scientific investigation teams to study this machine. One or more of these groups will find out how it works and will surely improve it to amazing levels.

Do you have any ideas that may help us with any of the above? Please write and let me know.

Alberto

Thank you for the page on our offer to the WMO. You do wonderful work, Sterling. God bless you.

Here is the pic I promised. [...]

About the capacitors I used on the machine... they don't work. All that was part of the research and development done during the "initial" or "experimental" phase of the machine. The final version needs no capacitors and is tuned solely by total-circuit-wire-length. Not even the "hurricane cam" had any real effect except to slow down the machine a bit, which is sometimes useful. So David's original design stands with the only important things to keep in mind being wire-length and the aluminum plate on the side of the machine for the compound-shaded-pole effect. That was all that was needed.

Take care and have fun! Your friend,

Alberto