A Real Life Free Energy Generator - A Table Top Fusion Reactor

[IndianaBoys]

Robert Murray Smith has begun a new project and put a call out to those looking to help replicate and bring this about.

Thought it would be of interest to this group.

Will post updates from time to time here.

IndianaBoys

A Real Life Free Energy Generator - A Table Top Fusion Reactor
https://www.youtube.com/watch?v=1Vkn9tXLu9c

Published on Dec 4, 2013

This is a project I am sure I will never be able to do on my own. What I think is needed is a team of people to bring it to reality so - if you are interested, I would love your help. Annoyingly i realised i got the polarity wrong - electrons are attracted to the positive repulsed by the negative - i was tired when i made this - please don't point it out to me - i know!!!

[IndianaBoys]

Polywell Nuclear Fusion

Theoretical background information Robert posted to help better understand.

He is looking for the end product to be the size that would fit on a table top, sized to run a house and open source for all. This is grass roots and a variety of skills are welcomed to join in and help.

Polywell Nuclear Fusion
Polywell Nuclear Fusion Home

Beam Fusion
Beam Fusion Org

IndianaBoys

[IndianaBoys]

Open Source Nuclear Fusion

Open Source Nuclear Fusion
https://www.youtube.com/watch?v=2-QhRCXWRjE

Geek Group Farnsworth-Hirsch-Meeks Fusor
https://www.youtube.com/watch?v=yXE3n0_Fxe0

Should Google Go Nuclear? Clean, cheap, nuclear power (no, really)
https://www.youtube.com/watch?v=rk6z1vP4Eo8

LIFE: Laser Initial Fusion Energy System
https://www.youtube.com/watch?v=H3F42s_MsP4

[RAMSET]

perhaps the Needs?

Sir
Thank you for sharing this very interesting effort!
Perhaps if the Needs or requierements for replication were listed in some fashion?
Equipment ?
Circuits built for what needs /to what tolerance ?

Any thing you can share would be Nice!

--------------
I know too many people in a group can make it noisy and slow.
perhaps some highlights and bench mark goals towards this replication ?

thank you
Chet
PS
working inside a light bulb /glass vacuum tube is a very cool and simple idea!!

[IndianaBoys]

Sir
Thank you for sharing this very interesting effort!
Perhaps if the Needs or requierements for replication were listed in some fashion?
Equipment ?
Circuits built for what needs /to what tolerance ?

Any thing you can share would be Nice!

--------------
I know too many people in a group can make it noisy and slow.
perhaps some highlights and bench mark goals towards this replication ?

thank you
Chet
PS
working inside a light bulb /glass vacuum tube is a very cool and simple idea!!

Hi Ramset,

You can send Robert an e-mail to robertmurraysmith64@gmail.com so he can send you the invite.

IndianaBoys

[Muon]

A nuclear engineer Prof George Miley took a good look at this "fusor" several years ago. Basically, the Farnsworth Fusor going back decades. Its a good idea, based on true hot fusion... but getting those deuterons (or d-t) to fuse is not so easy. Mostly they just collide elastically ("bounce off").

Miley said that the device would make a decent source of neutrons; but NOT net energy. I suggest you check with Prof Miley or his published papers on the fusor; or if you have improvements, he would be a good one to talk to. He's very approachable.

[IndianaBoys]

Muon,

Thanks for the info. Will forward it to Robert to check into.

IndianaBoys

A nuclear engineer Prof George Miley took a good look at this "fusor" several years ago. Basically, the Farnsworth Fusor going back decades. Its a good idea, based on true hot fusion... but getting those deuterons (or d-t) to fuse is not so easy. Mostly they just collide elastically ("bounce off").

Miley said that the device would make a decent source of neutrons; but NOT net energy. I suggest you check with Prof Miley or his published papers on the fusor; or if you have improvements, he would be a good one to talk to. He's very approachable.

[robertmurraysmith64]

Hiya Guys - I just registered so i could join in in this thread. I know the fusor is incapable of breakeven fusion and I believe this is due to the grid 'sucking energy' out of the system - that's a bit of a short hand way of describing what actually happens - anyway - the thrust of development for IEC has been getting rid of the grids or making them invisible - I think that's what Bussard was up to when he designed the polywell. Beam fusion is mostly about getting rid of the grids altogether and using electrostatic optics - I was thinking that flight time might be used to achieve the same effect - I have to admit I have no idea if this will work - but the idea intrigued me and I thought it might well be worth investigating - so - with the help of a lot of others - that's what we are doing. If you want to have a look at the basic idea it's in the link to the video - rather than repeat it here and I would greatly appreciate your input

[IndianaBoys]

The Testatika Solved? - The Farnsworth Multipactor as an Electron Cascade Devic

The Testatika Solved? - The Farnsworth Multipactor as an Electron Cascade Device
The Testatika Solved? - The Farnsworth Multipactor as an Electron Cascade Device - YouTube

Robert Murray-Smith

Published on Dec 8, 2013

This is just an exploration of a few ideas I had a bout the farnsworth multipactor from reading the patents 2071515 and 2071516 and how the relate to the Methernitha Testatika (Thestatika) as a possible solution to the 'hidden' electron cascade component that is the key to this machine but has never been revealed. I am taking a functional view here - that is - if what is needed to complete the machine is a cascade device and the Methernitha guys won't reveal it then what else will perform that function. I also think it would do the same job for any electrostatic generator like a wimshurt generator or a kelvin water drop generator.

[IndianaBoys]

TTF03 - Making A Fusor Begining To End - 60 minutes

Robert Murray Smith has started the building process and created a real good step by step video for those wanting to join in and build this device.

TTF = Table Top Fusion

Thanks to those joining in on this build,

IndianaBoys

TTF03 - Making A Fusor Beginning To End - 60 minutes
Published on Dec 22, 2013
TTF03 - Making A Fusor Beggining To End - YouTube

The first three minutes of this video give details of the made fusor the rest of the video is a step by step demonstration of how i went about making the fusor which I understand might be quite tedious for a lot of people but might be quite helpful for a lot of others - so, sorry for the length - but I hope it helps.


TTF01 - Removing The Ceramic Core Of A Spark Plug - make a non resistor spark plug
TTF01 - Removing The Ceramic Core Of A Spark Plug - make a non resistor spark plug - YouTube

Published on Dec 20, 2013

This is about removing the ceramic core of a spark plug for use as a high voltage feed through for a fusor but it can equally be used to convert a resistor spark plug to a non resistor spark plug for HHO experimentation and water fuel experiments.

TTF02 - Building The Fusor - Design and Materials
TTF02 - Building The Fusor - Design and Materials - YouTube

Published on Dec 20, 2013

Basically this is a simple fusor design and a list of the materials i will use to build a fusor


Cutting glass bottles into rings easily with thermal stress
https://www.youtube.com/watch?v=wwwKD1VAQCo

Published on Nov 30, 2013

In this video I cut jars and bottles into rings and cylinders, by using controlled thermal stress a bottle can be cut with a beatify clean/smooth finish that requires the very minimum of finishing. The approximate coefficient of linear thermal expansion of glass bottles is around 9 x 10-6 cm/cm oC. It gets more complicated if you consider the thermal expansion of 'volume', but suffice to say, we can induce a critical temperature difference in the glass that will help us. We want to use 'thermal stress' rather than 'catastrophic thermal shock' to split the glass along a score line made with a glass cutter. To achieve this we heat the glass up and let the heat soak right into the body of the glass and then quickly cool the glass, preferably inside and out. The change in temperature causes a minute, but very real, change in the physical size of the glass, now if we can bring about a change in temperature very quickly the glass on the outer surfaces will contract faster than the glass under the surface creating stress within the body of the glass. Glass is very strong in compression but weaker in tension so effectively the glass pulls itself apart usually leaving a beautifully clear/regular fracture line far smother than you can achieve by using mechanical shock (tapping the cut line) or by nibbling (breaking with piers)
Remember if there are any other scratches or chips in the glass they can (and probably will) cause the glass to brake where you don't want it to.

From my trials I've found that using simmering/boiling water to heat the glass followed by a plunge into cool tap water (at around 8 oC ~ 46 oF) is enough to bring about the desired results. Frequently I need to repeat the heating and cooling cycle several times. Remember to let the heat soak into the thickness of the glass, that takes time. Not all glass behaves the same and some bottles need to be heated and cooled several times and in worst case scenarios you may need iced water to create sufficient stress to part the glass.
Typically clear glass needs a temperature difference of about 70 oC (130 oF)
But surprisingly, some coloured glass needs several cycles from boiling water to iced water to split it.

If the glass doesn't separate completely with in the first couple of heat cycles try to resist pulling the pieces apart manually as the best results come from thermal fatigue leaving you very clean surfaces that won't need much attention to finish them off.

Obviously wear safety goggles and any other appropriate safety gear. Be prepared for the glass to shatter unexpectedly, I haven't had it happen but I remember as a child, shattering a glass milk bottle when I tried to fill it with boiling water, my first brush with 'catastrophic thermal shock'
Thanks for watching
Kind Regards ... Andy
GWØJXM