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-NOT SO TOP SECERT ANYMORE- Project Jona's Volt tek: High-Voltage Mycelial Stimulation
    #29471601 -

Auto-Summary
The author, Jona, is proposing an innovative technique for cultivating Psilocybe cubensis mushrooms, dubbed "Jona's Volt Tek." Inspired by the way lightning strikes stimulate mycelial growth in nature, Jona suggests that a high-voltage, low-amperage shock can accelerate pinning and fruiting in mushroom cultivation. Citing studies on the effects of electrical stimulation on mushroom growth, Jona aims to replicate this phenomenon in a controlled, safe, and repeatable way in a home setting. The "Volt Tek" involves using a Piezo igniter to deliver a precise, nanosecond pulse of 10kV-15kV to the mycelium 24 hours before introducing fruiting conditions. This, Jona claims, will trigger the release of hydrophobins and psilocybin production, leading to stronger fruits and reduced growth time. The author invites fellow researchers to collaborate and share data, and encourages anyone who beats them to the punch to post their findings and give credit where due.

-NOT SO TOP SECERT- Project Jona's Volt tek: High-Voltage Mycelial Stimulation

By Jona - Mexico|2026

Now this is where you guys will understand the power of nature and synergy and how the universe flows

On an experience on 10 dry grams of Albino A+ I understood that everything has its purpose, and it's place, and it's reason, I went to the void and thought I would say, just to be brought back and see the light of the truth

Since then, my brains been thinking, but thinking hard

I found a couple of studies I'd love for y'all to read I'll cite them here

Title: Effect of Electrical Stimulation on Fruit Body Formation in Cultivating Mushrooms Authors: Koichi Takaki et al. Published in: Microorganisms (and available via NIH/PubMed) The paper that explicitly states the 1.3x - 2.0x yield increase. Link:

https://www.mdpi.com/2076-2607/2/1/58

2.How it works This paper explains the rupture of hyphae and the release of hydrophobins (the protein that triggers mushroom formation). Link:

https://www.researchgate.net/publication/229036285 _Improvement_of_Edible_Mushroom_Yield_by_Electric Stimulations

By Takaki, K., et al. "Improvement of Edible Mushroom Yield by Electric Stimulations." Journal of Plasma and Fusion Research 8 (2009): 556-559

3. This is an article from the Institute of Physics (IOP) that summarizes the Japanese research without the dense academic jargon. Link:

https://physicsworld.com/a/artificial-lightning-strikes

-encourage-growth-of-shiitake-mushrooms/ Called "Artificial lightning strikes encourage growth of shiitake mushrooms."

Now that you've read those articles, and I want to assume you've read my past articles you know we have optimized nutrition, isolation, &surface conditions.

But we are still ignoring one of nature's most potent triggers Electricity...

Gosh dang it I just got the goosebumps hahaha 4

Once again I'm not inventing this, just want to bring it to the convince of your home! This is something that's been done before, but not in a at home, or grow lab environment!

Stimulating via electricity is a well documented phenomenon in industrial agriculture specifically in Japan with Lentinula edodes (Shiitake) that yields can double following high-voltage electrical stimulation!

Did you know that In nature, mushrooms don't just react to the rain a storm brings; they react to the electrical potential of the lightning strikes themselves.

I know I know your seeing what I'm seeing at this point

Your probably already onto what I'm gonna try to experiment with next...

But I'll get back to that in a sec, sooooo when lightning stricks the shock acts as a catastrophic stress signal, forcing the mycelial network into immediate, aggressive reproduction (fruiting) to ensure survival.

The Theory:

Drum roll....

My hypothesis is that Psilocybe cubensis shares this evolutionary trigger.

By applying a precise, high-voltage, low-amperage

shock" to the substrate block prior to the first flush...

WE WOULD CREATE ACCELERATED PINNING! This would drastically reduce the time from colonization to fruit and would give you as the user the control over when they fruit!!!!! No more freaking stalling!!!

The shock would then be forcing the network to fruit all at once rather than in waves, via stress-induced alkaloid production (this is what produces psilocybin compound, would this mean we would get stronger fruits? Ohhhh the questions wish I could fast forward time!)

While this technology exists in million-dollar commercial facilities, there is currently no standardized, safe, and repeatable "Tek" for the home researcher.

Starting next quarter, I will be launching a documented series of trials moving beyond chemical innovation (Jona's 50:1) into physical stimulation.

Phase 1: Establishing safety parameters (Piezo-electric vs. DC impulse).

Phase 2: Controlled side-by-side bioassays (Shocked vs. Control tubs).

Phase 3: Developing a "Voltaic Induction" protocol that anyone can replicate safely.

Based on the data from Takaki's papers and scaling it down from an industrial oak log to a home monotub, my calculated target voltage for "Jona's Volt Tek" is: 10,000V - 15,000V (10kV - 15kV)

I believe this would be this is the specific "sweet spot" for Psilocybe cubensis substrates.

The industrial Japanese studies used 50kV to 100kV. However, they were shocking hardwood logs that were 1 meter lona.

To find the right voltage, I'm looking at Electric Field Strength (E), not just raw voltage.

To achieve that same "shock" intensity (100kV/m) across a smaller, 0.1m gap

So long story short 10kV-15kV is perfect

10kV sounds scary, but at low amperage, it is "static shock" territory, not "electric chair" territory

And noooo some of you might be thinking, okay so a 12V (car battery) is too weak to penetrate the cell walls and trigger the hydrophobin release. You need the "snap" of high voltage to rupture the old hyphae.

Funny enough this specific voltage range (10kV-15kV) is exactly what a standard Piezoelectric Igniter (from a BBQ lighter or kitchen clicker) outputs

When you click a BBQ lighter, a crystal is struck, generating a brief nanosecond pulse of ~15,000 Volts.

The Takaki papers emphasize Pulsed Power (nanosecond/microsecond bursts), not continuous current.

Continuous current (plugging it into a wall or battery) creates heat and electrolysis, which kills mycelium. A "click" creates a stress signal without the heat.

The Protocol for My Hypothesis:

Insert two sterile metal probes (stainless steel chopsticks or stainless steel knitting needles) into the cake, about 6 inches apart.

Dosage: connect the Piezo igniter to the probes. Action: Click it 1-3 times.

Timing: 24 hours before you introduce fruiting conditions (fresh air).

This gives you the 15kV spike needed to replicate the "lightning strike" math without frying your house or your mushrooms.

We are leaving "luck" out of the equation. This is about forcing biology to perform through applied physics.

I'll be sharing the data as it comes. If you have a background in electrical engineering or have messed around with electro-culture, let's talk in the comments.

Let's bring the thunder to the home cultivation world

Jona's Volt Tek!

Btw if anyone wants to beat me to this, please do and post here, as you can see by my posts I want to share this info with the world, so let's all just help each other also don't forget to give credit to the original post please!

Edited by Optimized_Rhizo (02/02/26 12:24 PM)

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Re: -NOT SO TOP SECERT ANYMORE- Project Jona's Volt tek: High-Voltage Mycelial Stimulation [Re: Optimized_Rhizo] * 1
    #29472796 -

I filled my bathtub with water, placed all my fruiting blocks in it then chucked in a toaster



--------------------
Seems like I've been here before
Seems so familiar
Seems like I'm slipping
Into a dream within a dream

Edited by Tartanmyco (02/03/26 05:33 PM)

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Re: -NOT SO TOP SECERT ANYMORE- Project Jona's Volt tek: High-Voltage Mycelial Stimulation [Re: Optimized_Rhizo] * 1
    #29474992 -

Optimized_Rhizo said:
-NOT SO TOP SECERT- Project Jona's Volt tek: High-Voltage Mycelial Stimulation

By Jona - Mexico|2026

Now this is where you guys will understand the power of nature and synergy and how the universe flows

On an experience on 10 dry grams of Albino A+ I understood that everything has its purpose, and it's place, and it's reason, I went to the void and thought I would say, just to be brought back and see the light of the truth

Since then, my brains been thinking, but thinking hard

I found a couple of studies I'd love for y'all to read I'll cite them here

Title: Effect of Electrical Stimulation on Fruit Body Formation in Cultivating Mushrooms Authors: Koichi Takaki et al. Published in: Microorganisms (and available via NIH/PubMed) The paper that explicitly states the 1.3x - 2.0x yield increase. Link:

https://www.mdpi.com/2076-2607/2/1/58

2.How it works This paper explains the rupture of hyphae and the release of hydrophobins (the protein that triggers mushroom formation). Link:

https://www.researchgate.net/publication/229036285 _Improvement_of_Edible_Mushroom_Yield_by_Electric Stimulations

By Takaki, K., et al. "Improvement of Edible Mushroom Yield by Electric Stimulations." Journal of Plasma and Fusion Research 8 (2009): 556-559

3. This is an article from the Institute of Physics (IOP) that summarizes the Japanese research without the dense academic jargon. Link:

https://physicsworld.com/a/artificial-lightning-strikes

-encourage-growth-of-shiitake-mushrooms/ Called "Artificial lightning strikes encourage growth of shiitake mushrooms."

Now that you've read those articles, and I want to assume you've read my past articles you know we have optimized nutrition, isolation, &surface conditions.

But we are still ignoring one of nature's most potent triggers Electricity...

Gosh dang it I just got the goosebumps hahaha 4

Once again I'm not inventing this, just want to bring it to the convince of your home! This is something that's been done before, but not in a at home, or grow lab environment!

Stimulating via electricity is a well documented phenomenon in industrial agriculture specifically in Japan with Lentinula edodes (Shiitake) that yields can double following high-voltage electrical stimulation!

Did you know that In nature, mushrooms don't just react to the rain a storm brings; they react to the electrical potential of the lightning strikes themselves.

I know I know your seeing what I'm seeing at this point

Your probably already onto what I'm gonna try to experiment with next...

But I'll get back to that in a sec, sooooo when lightning stricks the shock acts as a catastrophic stress signal, forcing the mycelial network into immediate, aggressive reproduction (fruiting) to ensure survival.

The Theory:

Drum roll....

My hypothesis is that Psilocybe cubensis shares this evolutionary trigger.

By applying a precise, high-voltage, low-amperage

shock" to the substrate block prior to the first flush...

WE WOULD CREATE ACCELERATED PINNING! This would drastically reduce the time from colonization to fruit and would give you as the user the control over when they fruit!!!!! No more freaking stalling!!!

The shock would then be forcing the network to fruit all at once rather than in waves, via stress-induced alkaloid production (this is what produces psilocybin compound, would this mean we would get stronger fruits? Ohhhh the questions wish I could fast forward time!)

While this technology exists in million-dollar commercial facilities, there is currently no standardized, safe, and repeatable "Tek" for the home researcher.

Starting next quarter, I will be launching a documented series of trials moving beyond chemical innovation (Jona's 50:1) into physical stimulation.

Phase 1: Establishing safety parameters (Piezo-electric vs. DC impulse).

Phase 2: Controlled side-by-side bioassays (Shocked vs. Control tubs).

Phase 3: Developing a "Voltaic Induction" protocol that anyone can replicate safely.

Based on the data from Takaki's papers and scaling it down from an industrial oak log to a home monotub, my calculated target voltage for "Jona's Volt Tek" is: 10,000V - 15,000V (10kV - 15kV)

I believe this would be this is the specific "sweet spot" for Psilocybe cubensis substrates.

The industrial Japanese studies used 50kV to 100kV. However, they were shocking hardwood logs that were 1 meter lona.

To find the right voltage, I'm looking at Electric Field Strength (E), not just raw voltage.

To achieve that same "shock" intensity (100kV/m) across a smaller, 0.1m gap

So long story short 10kV-15kV is perfect

10kV sounds scary, but at low amperage, it is "static shock" territory, not "electric chair" territory

And noooo some of you might be thinking, okay so a 12V (car battery) is too weak to penetrate the cell walls and trigger the hydrophobin release. You need the "snap" of high voltage to rupture the old hyphae.

Funny enough this specific voltage range (10kV-15kV) is exactly what a standard Piezoelectric Igniter (from a BBQ lighter or kitchen clicker) outputs

When you click a BBQ lighter, a crystal is struck, generating a brief nanosecond pulse of ~15,000 Volts.

The Takaki papers emphasize Pulsed Power (nanosecond/microsecond bursts), not continuous current.

Continuous current (plugging it into a wall or battery) creates heat and electrolysis, which kills mycelium. A "click" creates a stress signal without the heat.

The Protocol for My Hypothesis:

Insert two sterile metal probes (stainless steel chopsticks or stainless steel knitting needles) into the cake, about 6 inches apart.

Dosage: connect the Piezo igniter to the probes. Action: Click it 1-3 times.

Timing: 24 hours before you introduce fruiting conditions (fresh air).

This gives you the 15kV spike needed to replicate the "lightning strike" math without frying your house or your mushrooms.

We are leaving "luck" out of the equation. This is about forcing biology to perform through applied physics.

I'll be sharing the data as it comes. If you have a background in electrical engineering or have messed around with electro-culture, let's talk in the comments.

Let's bring the thunder to the home cultivation world

Jona's Volt Tek!

Btw if anyone wants to beat me to this, please do and post here, as you can see by my posts I want to share this info with the world, so let's all just help each other also don't forget to give credit to the original post please!



It sounds amazing! Have you started yet?

Now this may sound funny but do you think it would harm the mycelium? I’m very conscious of taking good loving care of them as I see them as living beings.

Care to share more about your trip experience?


--------------------
Newcomer to growing. It's exciting and interesting. Thanks for all the info.

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Re: -NOT SO TOP SECERT ANYMORE- Project Jona's Volt tek: High-Voltage Mycelial Stimulation [Re: Optimized_Rhizo]
    #29702276 -

Several people seem to have gotten the same idea/concept/inspiration at the same time! It came to me last november when my truck battery completely discharged into a mucky wet field here in Oregon and while digging myself out i noticed what appeared to be p.cyanescens wriggling like worms out of the ground and as I dug they were  coming out of the shovel load of dirt. A few days later I began developing an idea surrounding that for a marketable product based on this concept.

There's a dude on YouTube playing around with a Tesla coil gun too, also working on this concept, but he may be from here ir may have been introduced to it in Jona's thread. Looked like fun but I don't think hes playing with enough umpf or for nearly long enough, but it looks real cool!


--------------------
Avast ye scaliwags,onward we sail upon this shipwreck of fools!!!

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