Global Free Energy Blog

Recent 10 post excerpts

Paranormal update ~ http://glo…

Paranormal update ~ http://globalfreeenergy.info/2010/09/02/paranormal-update/

Read more | September 2nd, 2010

Spark of Divinity ~ http://hig…

Spark of Divinity ~ http://highertruth.info/2010/09/02/spark-of-divinity/

Read more | September 2nd, 2010

@WhereIsPaulJr http://twitpic….

@WhereIsPaulJr http://twitpic.com/2hh5ym – Congratulations on your wedding!! Such a cute couple!

Read more | September 2nd, 2010

Paranormal update

People have been emailing me for the paranormal proof. A few people might have misunderstood my blog post. It’s not proof that I give you. It is proof that you discover for yourself. I can only point the direction that will save you a lot of time.

Again, academic science is *presently* a group science, and [...]

Read more | September 2nd, 2010

Obtained Bonded NdFeB’s

Some great news: Today I was able to get some *bonded* NdFeB magnets. The thing about bonded NdFeB magnets is that the amount of bonding agent used in the mixture varies from manufacturer. If they use more bonding agent, then the magnet will have higher electrical resistivity.

The bad news: According my quick [...]

Read more | August 31st, 2010

Featured Videos

“Tiny Orbo Replication 4″

Input: ~ 180 mW total. 170 mW of that 180 mW is joule heating from electrical wire resistance, thus leaving 10 mW for the motor.
Output: ~ 280 mW from one pick up coil. By my calculations the heat produced by this motor due to bearing and air drag is 2 to 10 watts.

Go to Holy Grail Tiny Orbo Replication for details.

Magnets get cold

Go to Magnets Gets Cold for details.

Present Projects

Hue device

The Hue device is my excess energy magnetic design, still in development stage. It has obtained 120% efficiency, but there is what I refer to as the unknown effect, which consists of the unstable effect and the disturbance effect. More experimental data is needed to understand what is occurring. The efficiency measurements consists of *total* input and output. The input is an electrolytic capacitor, and the output is another electrolytic capacitor. One has to be careful with such measurement due to dielectric absorption.

Presently I'm creating a meter to provide live updated Hue device efficiency by means of a MCU dev board. This will require 6 inputs from MCU-- two for input, and four for output. The MCU screen will display a graph that traces the device efficiency. The MCU screen will also show total input and output power.

Once the MCU efficiency meter is complete, I plan on winding a new Metglas MAGAMP core using my method of compressing the MAGAMP core, which gives the core a significantly squarer hysteresis loop.

Here's a video showing an older version of the Hue device:

See all Hue device posts.

MCU

I'm using a MCU dev board from Olimex that uses a MSP430F169 MCU. It has a Nokia 3310 Monochrome LCD screen with 84 x 48 resolution, a SD card reader, a JTAG connector, and two connectors that contain I/O, ADC, and DAC pins to the MCU chip, a 4-way joystick with center button, a reset button, a power LED, and a general status LED. It cost $52 from Sparkfun plus $15 for the JTAG programmer. People overseas can buy direct from Olimex. That's everything required to get it working. Also I use the free open source mspgcc compiler and debugger.

My first completed code was a capacitor meter. It now measures the capacitors efficiency (charge / discharge) and its capacitance. Here's a video showing the MCU measuring the efficiency of a capacitor:

See all MCU posts.

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