Lakhovsky Multiwave Oscillator Insider Secrets Aether, Space & Time Aaron Murakami & Science to Sage

Karen visits Aaron Murami in his studio, exploring the legacy of Georges Lakhovsky's Multi-Wave Oscillator (MWO), a high-voltage, high-frequency device from the early 1900s. Aaron discusses the device's history, its revival by figures like Bob Beck and Eric Dollard, and its scientific intricacies. He highlights the MWO's unique unbalanced design, emphasizing its potential health benefits and connection to the Earth's energy. Aaron also shares his journey into alternative science, driven by synchronicities and mentorship from pioneers like John Bedini, Peter Lindemann, and Paul Babcock, while advocating for open-source learning and innovation.

• The Lukovski MWO is a pioneering high-voltage, high-frequency machine invented by George Lukovski in the early 1900s.
• Early knowledge of the MWO was spread by the Borderland Research Science Foundation, including figures like Peter Lindemann and Eric Dollard.
• Bob Beck played a crucial role in preserving and advancing the conversation about the MWO.

"The Lukovski MWO is kind of the grandfather of all these types of high voltage, high frequency machines."

• The MWO is considered a foundational device in high-frequency technology.

"My understanding is that Bob Beck...manufactured his own version of a so-called multi-wave oscillator."

• Bob Beck's contributions were significant in keeping the MWO relevant in discussions about alternative science and health.

• The Integratron, designed by George Van Tassel, was inspired by the MWO and involved in rejuvenation and teleportation concepts.
• Eric Dollard, the last engineer to work on the Integratron, designed the pulse modulator for the MWO.

"The MWO was actually one of Van Tassel's inspirations to my understanding on developing the Integratron."

• The MWO's influence extends to other experimental devices like the Integratron.

"Eric Dollard is the one who designed the pulse modulator which is basically the control box that creates all the magic."

• Dollard's work on the pulse modulator was crucial for the modern understanding and replication of the MWO.

• Italian engineers reverse-engineered Lukovski's original production models, revealing the true design and function of the MWO.
• The reverse engineering exposed that many modern replicas were inaccurately balanced, unlike the original unbalanced design.

"Nobody actually knew what Lukovski did and it was all speculation."

• Prior to the reverse engineering, much of the understanding of the MWO was based on speculation.

"They reverse-engineered it, they looked at the waveforms, all the specs, the winding count, the whole nine yards."

• The reverse engineering process was meticulous and comprehensive, leading to accurate reproductions.

• Authentic MWOs based on the reverse-engineered design are rare, with only a few manufacturers producing electrically correct models.
• The first authentic reproduction was by a Croatian engineer named Zeljko Raminovic, followed by others in the U.S.

"This model is only one of two in the world being manufactured 100% electrically correct."

• Accurate reproductions of the MWO are scarce and highly valued for their historical significance.

"The first person to manufacture an authentic MWO based on the real design for the first time ever since Lukovski's death was a friend in Croatia named Zeljko Raminovic."

• Zeljko Raminovic's work marked a significant milestone in the replication of the authentic MWO.

• The MWO operates on the principle of displacement current, storing electrostatic potential between its antennas.
• It aims to replicate the Earth's natural electrostatic potential, enhancing conductivity and balance in the human body.

"With the electrostatic potential, it's so what happens between these antennas is a displacement current."

• The MWO's operation is based on advanced electrostatic principles.

"Lukovski was studying different disease clusters in Europe and found that places with poor soil conductivity had health problems."

• Lukovski's findings connected soil conductivity with health, a principle that underlies the MWO's function.

• The MWO uses longitudinal waves, which transmit energy without loss, unlike transverse electromagnetic waves.
• Longitudinal waves are likened to tidal waves, gaining energy as they move without losing potential.

"A transverse wave travels like this...but the amplitude will diminish by the square of the distance."

• Transverse waves lose energy over distance, unlike longitudinal waves used by the MWO.

"Longitudinal propagation...there's no loss 90°."

• Longitudinal waves offer efficient energy transmission, crucial for the MWO's effectiveness.

• The MWO's influence on modern electronics includes effects like interference with Wi-Fi and mobile phones.
• Proper grounding techniques are essential for safe and effective use of the MWO.

"When he turned it on, his cell phone...would turn off and it would create all this interference with the Wi-Fi."

• The MWO's high-frequency emissions can interfere with modern electronic devices.

"It's best not to use the ground prong and outlets because there's too much dirty electricity."

• Proper grounding is critical to avoid electrical interference and ensure safety.

• The concept of Ether is central, described as the medium that permeates space and interacts with mass.
• High voltage electrostatic potential can repel Ether, reducing inertia and allowing instantaneous travel.
• This phenomenon is described as moving with 'negative resistance,' bypassing traditional constraints of distance.

"Space is The Ether. It's not filled with ether; space is The Ether."

• Ether is not a substance within space but is space itself, influencing how mass interacts with it.

"If you have a high voltage electrostatic potential, you're literally electrostatic repelling The Ether around these electrostatic lines of force."

• High voltage potentials can manipulate Ether, affecting how objects move through space.

• Cellular energy is not derived from chemical reactions but from the polarization of Ether.
• Every cell functions as a dipole, polarizing Ether to create potential energy.
• The process is compared to how batteries work, with no charge leaving the battery but rather polarizing Ether to create a potential.

"Every cellular action has nothing to do with the chemistry holding any kind of electrical charge."

• Cellular processes are driven by Ether polarization, not by chemical reactions.

"The dipole in the vicinity of that chemical...is breaking the symmetry of The Ether in its own local space."

• Cellular dipoles polarize Ether, creating energy potential necessary for biological functions.

• Electroculture involves using high voltage electrostatic potentials to enhance plant growth.
• Copper rings resonate at specific frequencies, affecting plant growth rates and health.
• The concept involves aligning the ring's frequency with natural ambient frequencies to stimulate growth.

"That ring is resonating at a frequency that corresponds to the wavelength or fractional wavelength of that ring."

• Copper rings resonate with ambient frequencies, influencing plant growth.

"Using high voltage electrostatic potential...to enhance plant growth increases the plant's transpiration."

• Electroculture accelerates plant processes like transpiration, promoting growth.

• MWOs use rings to create a complex frequency environment, though not individual resonant frequencies.
• The rings' proximity creates a 'soup' of frequencies due to capacitive coupling, not distinct resonances.
• The concept of burden is introduced, where rings interfere with each other's resonant frequencies.

"No ring is resonating at its own independent frequency because it can't...it's making like a whole soup."

• The proximity of rings causes interference, preventing distinct resonant frequencies.

"Each ring corresponds to like, you know, different musical notes...but they're clashing with each other."

• The idea of each ring resonating separately is challenged by the capacitive coupling effect.

• Eric Dollard's work in electricity and MWO design is highlighted.
• His designs incorporate specific ratios and configurations to optimize capacitive coupling.
• Dollard's designs are noted for their influence and effectiveness without external power.

"Eric Dollard is very well renowned in the business of electricity...recognized as the modern-day Tesla."

• Dollard is acknowledged for his significant contributions to electrical science.

"These were designed by Eric Dollard years ago...without any power being connected to them."

• Dollard's designs are effective due to their natural resonance with ambient frequencies.

• The conferences aim to share and demonstrate practical applications of energy technologies.
• They emphasize hands-on experiences and demonstrations of working technologies.
• The conferences serve as a platform for collaboration and sharing of proprietary information.

"Most of the presenters I try to at least have firsthand knowledge of what they're working on and that it actually works."

• Emphasis on practical demonstrations and firsthand knowledge at conferences.

"There's been a lot of exclusive disclosures on people's work at the conferences."

• Conferences facilitate the sharing of proprietary and innovative energy technologies.

• The contributions of Peter Lindemann, Paul Babcock, and John Bedini are detailed.
• Their work in energy technologies and battery rejuvenation is highlighted.
• The continuation of their projects and the impact of their innovations on energy research are emphasized.

"Peter Lindemann is a world-renowned educator and historian in a lot of these free energy types of sciences."

• Lindemann's contributions to energy science and education are recognized.

"John's battery chargers...can give lead acid batteries a theoretical infinite lifespan."

• Bedini's innovations in battery technology have significant implications for energy sustainability.

"Paul Babcock...was able to make like 80 something percent of the light for like 40% of electricity."

• Babcock's advancements in energy efficiency demonstrate the potential for significant energy savings.

• The discussion focuses on the differences between balanced and unbalanced systems in Multi-Wave Oscillators (MWO), particularly those designed by Georges Lakhovsky.
• Unbalanced systems have inherent imbalances such as different secondary turns and varying distances from the primary to secondary coils, which create more harmonics and frequencies.
• Balanced systems are contrasted as being cleaner but less effective in creating the desired harmonics.

"Lakhovsky had a different number of secondary turns here and a different number of secondary terms here. What that does is that that is one inherent unbalance that can assist in this clashing to actually create more noise and more harmonics."

• The quote highlights the intentional design of Lakhovsky's unbalanced system to produce more harmonics and frequencies, which is a key aspect of his approach.

"These high frequency high voltage machines today... they're all balanced units that don't have any of these considerations and they're not making as many harmonics as what this can do."

• This quote contrasts modern balanced systems with Lakhovsky's design, emphasizing the latter's ability to generate more harmonics.

• Lakhovsky's design included grounding one of the phases to connect the system with the Earth, which is unconventional in traditional engineering.
• This grounding is said to amplify the system by involving the Earth, creating a full circuit through the person using the device.

"Lakhovsky tied one of his phases to an earth rod in the earth... you want to get the Earth involved in the system."

• The quote explains Lakhovsky's reasoning for grounding the system, which is to incorporate the Earth into the circuit for amplification.

"When this coil fires... the rest goes through the person through their feet and it to the Earth ground because the Earth plate is going to ground."

• This quote describes the pathway of the energy through the system and the person, emphasizing the role of grounding in the process.

• Demonstrations include using a fluorescent tube to show the effects of the MWO in both unbalanced and balanced modes.
• The unbalanced mode shows a stronger transmitter side, while the balanced mode highlights a neutral zone where energy appears to cancel out.

"The light lights up pretty much anywhere in the vicinity completely receiving it... but this side is supposed to be stronger than this side."

• This quote provides insight into the energy distribution in the unbalanced mode, where one side is stronger.

"In the middle it goes dark... that dark spot is a spot what Eric calls counter space."

• The quote highlights the neutral zone in the balanced mode, where energy seems to cancel out or disappear.

• The discussion delves into philosophical and scientific concepts of space, time, and ether, challenging conventional views.
• Space is described as one-dimensional, and time is linked to the density of ether, affecting the perception of time and inertia.

"Space is one-dimensional... XY Z are not different dimensions of space; they're different coordinates."

• This quote challenges the conventional understanding of space as three-dimensional, proposing a singular dimension of space.

"Time is basically inseparable from that ether... the more pressurized ether is, the slower time is going to tick within that region."

• The quote explains the relationship between ether density and time, suggesting that time perception changes with ether density.

• The conversation touches on the spiritual and philosophical implications of these scientific concepts, suggesting that knowledge and inspiration may be embedded in the ether.
• References are made to concepts like the Akashic records and morphic fields, tying scientific exploration to philosophical inquiry.

"I believe that the information is inside the ether... the so-called Book of Life, Akashic records, the collective unconsciousness."

• This quote connects the scientific concept of ether with spiritual ideas of universal knowledge and consciousness.

"Looking at nature and trying to figure out nature... that's what my interest is, is looking at the nature of nature."

• The quote reflects the speaker's philosophical approach to science, emphasizing a holistic understanding of natural phenomena.

• The speaker discusses their attempt to create a unified field model that ties together different schools of thought into one cohesive model.
• The model is based on insights from various experts and personal experimentation, focusing on practical results rather than just theories.
• Synchronicity is a key concept in the speaker's model, relating to personal experiences and guiding their path in science.

"I wrote a book called Synthesis of Matter, and that was my attempt at kind of creating a unified field model to explain things to my own understanding."

• The speaker attempted to create a unified field model to better understand complex scientific concepts.

"I have a model of synchronicity that ties in with my unified field model, which is a dynamic fluid ether type model."

• Synchronicity is integrated into the speaker's unified field model, suggesting a link between personal experiences and scientific theories.

• Emphasis is placed on the importance of practical experimentation and results over theoretical discussions.
• The speaker respects builders and experimenters who achieve tangible results, valuing their insights more than those who only theorize.

"I give heavy weight to them actually getting results, not just talking about theories and ideas and stuff."

• Practical results are prioritized over theoretical discussions, emphasizing the value of tangible outcomes.

"John Bini wasn't the greatest communicator, but he was doing all kinds of stuff nobody else could get to work."

• Practical achievements are valued over communication skills, highlighting the importance of successful experimentation.

• The speaker describes their journey in science as being guided by synchronicities, with no deliberate agenda to seek out mentors.
• A focus on learning for the sake of wisdom led to meaningful connections and opportunities in their field.

"I never actually went out and sought any of these people as teachers or anything."

• The speaker's journey was guided by synchronicities rather than deliberate actions to find mentors.

"I love learning for learning or I love wisdom for wisdom."

• A passion for learning and wisdom guided the speaker's path and connections in their field.

• The speaker distinguishes between energy and potential, emphasizing that energy is the activity of potential being dissipated.
• The ether is described as raw potential, which is polarized by a dipole to create electromotive force.

"There is no such thing as energy; there's potential, and the ether is potential."

• Energy is defined as the activity of dissipating potential, with the ether being the source of potential.

"That electromotive force is organized pure potential moving over the wire."

• Electromotive force is described as organized potential, distinct from energy itself.

• The speaker discusses the concept of memory and consciousness, suggesting that memories do not reside in the brain but in the ether.
• The idea of bilocating consciousness is introduced as a way to access memories and information.

"I don't believe memories reside in our brain; it's in the ether."

• Memories are suggested to exist in the ether rather than the brain, emphasizing a non-physical aspect of memory.

"When you remember something in the past, you are bilocating consciousness."

• The concept of bilocating consciousness is introduced as a way to access past memories and information.

• Synchronicity is described as a significant aspect of the speaker's life, influenced by interactions with the ether.
• The speaker believes that certain machines can increase the frequency of synchronicities by resonating with the ether.

"Synchronicity is probably my favorite word because it just is relevant to so much of my life."

• Synchronicity is a central theme in the speaker's life, influencing their experiences and connections.

"There is an aspect to this particular machine that is specifically engineered to bring about an increase in synchronicities."

• Certain machines are believed to enhance synchronicities by interacting with the ether.

• The speaker offers advice for young people interested in science, emphasizing practical learning and experimentation.
• Obtaining a ham radio license is recommended as a starting point for learning about electronics and radio frequencies.

"If they're interested in electricity and high voltage Tesla stuff, I would recommend getting a ham radio license."

• A ham radio license is suggested as a practical starting point for learning about electronics and radio frequencies.

"If I could do things over again, I would have got my basic technician license because it would have taught me a lot."

• The speaker reflects on the value of obtaining a technician license for foundational knowledge in electronics.

• The speaker discusses the availability of open-source information and educational resources in their field.
• Emphasis is placed on sharing knowledge and encouraging experimentation and learning.

"Most of the stuff is not hidden; there's very little proprietary stuff that we keep to ourselves."

• The speaker emphasizes the openness and accessibility of information in their field, encouraging learning and experimentation.

"There's a lot of categories of stuff people could get into."

• A wide range of topics and resources are available for those interested in learning and experimenting in the field.