Re: buying a 3rd HDR

[Tron1]

Yeah why not I'll get one of the reg electromagnets

 

[Tron1]

Username send me a text

 

[lamdo263]

What does that mean exactly? I remember in the handbook he says it's bests to use it over Earth's ley lines...

Putting anything under a pyramid funnels a tachyon range into that below space. If you modify the action of a pyramid by putting a piece of folded paper with a wish in that shared space, this may also character the use of that pyramid range. It's like boxing two styles. One flat footed and the other dancing on your toes & moving around.

I'd pick up a few books on making your own pyramid at the bookstore or library. books on making your own pyramid - Bing

 

[Username]

Putting anything under a pyramid funnels a tachyon range into that below space. If you modify the action of a pyramid by putting a piece of folded paper with a wish in that shared space, this may also character the use of that pyramid range. It's like boxing two styles. One flat footed and the other dancing on your toes & moving around.

I'd pick up a few books on making your own pyramid at the bookstore or library. books on making your own pyramid - Bing

Thanks for the information, next time I'll try it with a pyramid

 

[lamdo263]

Thanks for the information, next time I'll try it with a pyramid

The cooking time with the pyramid, is about a night's rest.

 

[Username]

The cooking time with the pyramid, is about a night's rest.

But a night's rest for me involves about 15 hours

 

[lamdo263]

But a night's rest for me involves about 15 hours

The cycle time for how a pyramid reactor cycles on an object beneath it, is about a day. There's all kinds of pyramid construction and it all depends.

 

[Username]

In 2012 Einstein posted the following relevant information:

"Yes, I have a Multiverse Resonator. It's really just a Hyper Dimensional Resonator built into a copper pyramid. I built it so long ago, I don't exactly remember when. But I never completed it until recently. The problem was the time coils. Consulting with HDRKid helped me resolve that problem. Apparently the time coils are to be made with guitar cord. But in the original schematic it says to use blue phone cord. Blue phone cord didn't work because the wires were so fine, the connections easily broke. So my Multiverse Resonator has been sitting in my closet all these years unfinished. But just recently I decided to make a Hyper Dimensional Resonator. So now I have a completed HDR with the electromagnet and time coils. But the HDR doesn't seem to me to be performing as it should. So I decided to connect the electromagnet and the time coils to my Multiverse Resonator to see how it performs with the copper pyramid construction. So everything was connected. I turned on the power and BANG! I had to think quick. I pulled the cord. Then I realized what happened. The electromagnet had pulled a few of the tools on my work bench toward it, making a very startling sound. This electromagnet seems to be just as powerful as a large neodymium magnet I happen to own. A warning comes with my neodymium magnet. It says the magnet is strong enough to break the bones in my hand if I sould get in the way of something being attracted to the magnet. Well it looks like I now own an electromagnet that is just as dangerous. I measured the amperage used by the electromagnet when plugged into the Multiverse Resonator. 6.25 amps. That is way more than it should be drawing. I don't understand why just yet. I'm not quite ready to admit the the copper pyramid is causing the boost in current consumption. So I will be doing some experiments to see if I can figure out whats going on. But I did a comparison amperage draw with my HDR. It uses the same electrical circuit. But only draws about a third of an amp. Now I think that is too low. So currently I've looked over the construction of both machines and I did find something odd. The diodes in the Multiverse Resonator look like Radio Shack diodes. But the part numbers on the diodes indicate they are not. So it might be the diodes that are causing the big difference in the electromagnets performance. Today I made a trip down to an electronics surplus store and got a hold of some diodes very similar to what is in the Multiverse Resonator. I plan to put these diodes in my HDR just to see if I can up the current used by the electromagnet. Well I made a video for everyone to see my new electromagnet hooked up to my Multiverse Resonator."

So the copper pyramid might be causing the boost in current consumption, and the diodes in the Multiverse Resonator might be causing the difference in the electromagnet's performance? Copper is a good conductor of electricity and has some magnetic properties.

When an electric current flows through a copper wire, it creates a magnetic field around the wire. By wrapping the copper wire into a coil and passing a current through it, a stronger magnetic field can be produced. This coil of wire with current passing through it is the basic principle of an electromagnet.

Copper itself is not a magnetic material, so it cannot be magnetized. However, it is possible to induce magnetism in copper temporarily by using an external magnetic field. When a copper wire is exposed to a magnetic field, the electrons in the wire begin to move, creating a flow of electricity. This flow of electricity, in turn, creates a magnetic field around the wire. This effect is known as electromagnetic induction and is the principle behind the operation of many electrical devices such as transformers and generators.



What about adding a Neodymium electromagnet and a copper pyramid? You can use a neodymium magnet in conjunction with a coil of wire to create a temporary electromagnet. When the magnet is brought close to the coil of wire, it induces a current in the wire, which generates a magnetic field. This magnetic field is only present as long as the magnet is close to the coil, and it disappears as soon as the magnet is removed. This type of electromagnet is often used in sensors, generators, and other applications where a temporary magnetic field is needed.

A resonator is a device that is used to generate or amplify specific frequencies of sound, light, or electromagnetic waves. It does not transform energy from one form to another like a transformer or generate energy like a generator. However, it can be considered as a type of sensor in some applications as it can detect specific frequencies or changes in frequency. Overall, a resonator is primarily a device that is designed to resonate or vibrate at a specific frequency or set of frequencies, and its main function is to enhance or manipulate those frequencies.

Time itself is not a wave or oscillation, so it does not have a frequency. Rather, frequency is a property of waveforms that describe the number of cycles of a repeating pattern per unit of time. For example, the frequency of a sound wave is the number of cycles of compression and rarefaction per second, expressed in Hertz (Hz).

That being said, time can be used as a parameter to measure the frequency of an oscillation or a wave. For instance, the frequency of a clock ticking can be expressed as the number of ticks per second. Similarly, the frequency of a periodic phenomenon like the oscillation of a pendulum or the rotation of a planet can be measured in terms of the number of cycles per unit of time. However, time itself is not a frequency or a wave, but rather a measure of the duration or sequence of events.

 

[IlluminatiArchbishop]

 

[lamdo263]

In 2012 Einstein posted the following relevant information:

"Yes, I have a Multiverse Resonator. It's really just a Hyper Dimensional Resonator built into a copper pyramid. I built it so long ago, I don't exactly remember when. But I never completed it until recently. The problem was the time coils. Consulting with HDRKid helped me resolve that problem. Apparently the time coils are to be made with guitar cord. But in the original schematic it says to use blue phone cord. Blue phone cord didn't work because the wires were so fine, the connections easily broke. So my Multiverse Resonator has been sitting in my closet all these years unfinished. But just recently I decided to make a Hyper Dimensional Resonator. So now I have a completed HDR with the electromagnet and time coils. But the HDR doesn't seem to me to be performing as it should. So I decided to connect the electromagnet and the time coils to my Multiverse Resonator to see how it performs with the copper pyramid construction. So everything was connected. I turned on the power and BANG! I had to think quick. I pulled the cord. Then I realized what happened. The electromagnet had pulled a few of the tools on my work bench toward it, making a very startling sound. This electromagnet seems to be just as powerful as a large neodymium magnet I happen to own. A warning comes with my neodymium magnet. It says the magnet is strong enough to break the bones in my hand if I sould get in the way of something being attracted to the magnet. Well it looks like I now own an electromagnet that is just as dangerous. I measured the amperage used by the electromagnet when plugged into the Multiverse Resonator. 6.25 amps. That is way more than it should be drawing. I don't understand why just yet. I'm not quite ready to admit the the copper pyramid is causing the boost in current consumption. So I will be doing some experiments to see if I can figure out whats going on. But I did a comparison amperage draw with my HDR. It uses the same electrical circuit. But only draws about a third of an amp. Now I think that is too low. So currently I've looked over the construction of both machines and I did find something odd. The diodes in the Multiverse Resonator look like Radio Shack diodes. But the part numbers on the diodes indicate they are not. So it might be the diodes that are causing the big difference in the electromagnets performance. Today I made a trip down to an electronics surplus store and got a hold of some diodes very similar to what is in the Multiverse Resonator. I plan to put these diodes in my HDR just to see if I can up the current used by the electromagnet. Well I made a video for everyone to see my new electromagnet hooked up to my Multiverse Resonator."

So the copper pyramid might be causing the boost in current consumption, and the diodes in the Multiverse Resonator might be causing the difference in the electromagnet's performance? Copper is a good conductor of electricity and has some magnetic properties.

When an electric current flows through a copper wire, it creates a magnetic field around the wire. By wrapping the copper wire into a coil and passing a current through it, a stronger magnetic field can be produced. This coil of wire with current passing through it is the basic principle of an electromagnet.

Copper itself is not a magnetic material, so it cannot be magnetized. However, it is possible to induce magnetism in copper temporarily by using an external magnetic field. When a copper wire is exposed to a magnetic field, the electrons in the wire begin to move, creating a flow of electricity. This flow of electricity, in turn, creates a magnetic field around the wire. This effect is known as electromagnetic induction and is the principle behind the operation of many electrical devices such as transformers and generators.



What about adding a Neodymium electromagnet and a copper pyramid? You can use a neodymium magnet in conjunction with a coil of wire to create a temporary electromagnet. When the magnet is brought close to the coil of wire, it induces a current in the wire, which generates a magnetic field. This magnetic field is only present as long as the magnet is close to the coil, and it disappears as soon as the magnet is removed. This type of electromagnet is often used in sensors, generators, and other applications where a temporary magnetic field is needed.

A resonator is a device that is used to generate or amplify specific frequencies of sound, light, or electromagnetic waves. It does not transform energy from one form to another like a transformer or generate energy like a generator. However, it can be considered as a type of sensor in some applications as it can detect specific frequencies or changes in frequency. Overall, a resonator is primarily a device that is designed to resonate or vibrate at a specific frequency or set of frequencies, and its main function is to enhance or manipulate those frequencies.

Time itself is not a wave or oscillation, so it does not have a frequency. Rather, frequency is a property of waveforms that describe the number of cycles of a repeating pattern per unit of time. For example, the frequency of a sound wave is the number of cycles of compression and rarefaction per second, expressed in Hertz (Hz).

That being said, time can be used as a parameter to measure the frequency of an oscillation or a wave. For instance, the frequency of a clock ticking can be expressed as the number of ticks per second. Similarly, the frequency of a periodic phenomenon like the oscillation of a pendulum or the rotation of a planet can be measured in terms of the number of cycles per unit of time. However, time itself is not a frequency or a wave, but rather a measure of the duration or sequence of events.

If the pyramids internal, this would act as part of the OEM setup.