Power designed to boost the signal
Thor is associated with strength, thunder, and energetic impact. He represents a power that manifests, unfolds, and reinforces what is already in motion.
In the Trismegistus architecture, Thor is the Booster: he amplifies the impulse from Hermes, increases its intensity and allows the signal to deploy with more force in the system.
AN EVOLVING ARCHITECTURE
Since March 2026, the Hermes generator can be combined with the Thor Booster to increase the intensity of the generated field. Depending on the parameters used, this combination is described as being able to produce a toroidal field structure.
The role of the Thor Booster
Designed as an amplification module, the Thor Booster strengthens the impulse produced by Hermes. In the most powerful experimental configurations, it is claimed to be able to reach an intensity of approximately 20 milliteslas, or nearly 400 times the average intensity of the Earth's magnetic field.
Hermes generates. Thor amplifies. Atlas structures.
CAPTURE, BLOOD GROUPS AND PERCEPTUAL SENSITIVITY
Uptake, blood groups and perceptual sensitivity
Based on observations, not all organisms react in the same way to external stimuli. Whether the information is chemical, sensory, or environmental, each individual possesses a different capacity to perceive, interpret, and integrate the information to which they are exposed. In this approach, blood type is considered a biological profile of receptivity that can influence this capacity for integration. This hypothesis resonates with certain ancient initiatory traditions. According to several accounts attributed to the mystery schools of ancient Egypt, initiates underwent long periods of training designed to develop their interaction with their environment and refine their perceptual abilities. The goal was not to create a new faculty, but to reveal a potential already present in the individual.
Parallel with hallucinatory states
When a person experiences a hallucinogenic substance, each individual has a different experience. Some feel few effects, others perceive heightened sensory awareness, while some quickly access deeper perceptual states. In this interpretation, the substance does not create perception itself; it acts as a catalyst or amplifier of a sensitivity already present in the organism. Our approach draws a parallel with the capture of a field: this is considered an informational stimulus that does not constrain the body, but rather highlights its natural capacity to integrate a new perceptual reference.
Ranking observed
Field observations suggest that AB+ profiles, considered in this model to be the most sensitive and reactive, may exhibit greater reactivity to highly stressful environments. In this symbolic and exploratory approach, the AB+ blood group, also associated with the status of "universal recipient" in the blood classification, is considered to be able to integrate environmental information more rapidly, but also to be more sensitive to excessive external stimulation. In some individuals belonging to this profile, physiological and functional variations have been reported, including: greater fatigue or fluctuations in perceived energy; increased sensitivity to environmental stress; in some cases, long-term variations observed, such as changes in hair or dental health. These elements are presented solely as empirical observations, without any established causal link, and require further study before they can be reliably interpreted. The observations made within the framework of this exploratory approach suggest that the capacity for processing and integrating information may vary according to biological profiles. The ranking below presents the trends observed during the experiments conducted.
AB+
Maximum capture
Observations suggest that the AB+ profile exhibits the highest capacity for sensory perception. It is distinguished by a rapid integration of environmental information and a more frequent perception of new sensations within this exploratory approach.
HAS-
Intermediate capture
Profile A− exhibits an intermediate absorption capacity. More regular or prolonged exposure may be necessary to promote information integration.
AB-
Very high responsiveness
The AB− group is described as exhibiting very high integration sensitivity. Observations suggest excellent sensory capture capabilities, with high responsiveness to environmental stimuli.
B-
Gradual receptivity
Observations suggest that group B− integrates information more slowly. Information acquisition appears to evolve gradually over time and with exposure.
A+
High sensitivity
A+ profiles exhibit high sensitivity and good adaptability. Acquisition is described as rapid, while remaining progressive in its integration.
O+
Slower capture
Group O+ is described as exhibiting a more gradual absorption. Longer immersion would generally be necessary before a marked sensation appears.
B+
Good receptiveness
Group B+ demonstrates a good capacity for information capture. Perceptions appear to emerge progressively over the course of exposure, with stable integration of information.
O-
Most gradual capture
According to this approach, the O− profile exhibits the most gradual acquisition of information. The activation threshold required before clear perception would be higher, leading to slower information integration.
Lessons learned and empirical approach
These observations are based on approximately 18 months of internal experimentation conducted with pulsed electromagnetic field therapy devices. They are based on field observations, user experiences, and feedback.
This approach remains exploratory and does not constitute a scientifically validated model. It is proposed as a framework for observing potential differences in perception and integration according to individual profiles.
Focus on AB+ profiles
Field observations suggest that AB+ profiles, considered in this approach as the most sensitive and reactive, could exhibit greater reactivity in the face of highly demanding environments.
In this exploratory reading, the AB+ group, also associated with the status of universal recipient in the blood classification, is considered as being able to integrate environmental information more quickly, but also to be more sensitive to an excess of stimulation.
Observations reported in some individuals include:
• increased fatigue or fluctuations in perceived energy;
• a greater sensitivity to environmental stress;
• in some cases, variations observed over the long term, such as hair or dental quality.
These elements are presented as empirical observations and do not allow for the establishment of a causal link.
An evolving approach
The objective of this approach is primarily exploratory. It aims to better understand the differences in perception and reactivity between individuals in order to refine working hypotheses relating to biological profiles and environmental exposure.
THOR Booster
Amplify the power of your Trismegistus architecture
The THOR Booster is the amplification module of the Trismegistus architecture. Combined with the Hermes generator, it strengthens the intensity of the generated field and supports its deployment in the operating environment.
