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Cat

6 個月前

你好！我們如何重置金屬上的印記？謝謝！

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Anton SF

11月20日, 2024

Cat，可以用熱水清洗金屬。

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Cat

11月20日, 2024

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Anton SF謝謝你！昨晚，我觀看了你們網站上的一場網路研討會，得到了很多想法和許多問題的答案。我應該從那裡開始。您和您的團隊所做的工作令人驚嘆。斯帕西巴和丹克！

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Anton SF

11月20日, 2024

Cat，非常感謝您，我很高興聽到它有幫助！ :)

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Biggi

6 個月前

你好安東。最近幾天，我在某處讀到如何自行測試哪種療法適合您的身體。但我再也找不到了。你能把這個發給我嗎？謝謝。問候比吉

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Anton SF

11月20日, 2024

Biggi，請參閱這篇文章：https: https://www.infopathy.com/en/posts/muscle-testing-for-selecting-best-ics?source=web source=web

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Gabriela

接近 2 年前

你好！我明白了印記水的原理，有道理！我不明白全息貼紙如何印記和存儲 PEMF 和印記的頻率？我非常喜歡全息貼紙，它們讓我的旅途生活變得更加輕鬆！謝謝你！

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Anton SF

07月30日, 2023

Hi Gabriela, there are some theories how that is possible. But personally, it see it mostly as experimental finding. There are publications and patents that explore various materials for imprinting and method. Liquids and solid objects. Or materials that are imprinted in liquid phase and then solidified (like bee vax, for example). And also composite materials - combination of plastic and metal. Holographic stickers are made from very thin metallic foil and plastic. One theory is in area of quantum entanglement, another is also coherent domains and third is spin polarization (this is also on a quantum level) - working name "Multi-frequency Electromagnetic Field Spin Polarization (MEFSP) Theory".

At its core, the MEFSP theory proposes that a targeted substance, when exposed to weak electromagnetic fields at varying frequencies, undergoes significant and persistent changes in its spin polarization.

1. The premise of this theory begins with the quantum mechanical property of spin, which is inherent in all particles. This property is susceptible to external influences such as electromagnetic fields.

2. The application of weak electromagnetic fields in multiple frequencies induces a redistribution of the spin states. The weak nature of the fields allows for the spin to interact in a more 'gentle' way, not causing immediate spin-flip but rather gradually influencing the spin polarization of the substance.

3. The multi-frequency aspect implies that each frequency interacts with different spin state transitions. This interaction could lead to an ensemble of spin states in the substance, thus changing the overall spin polarization in a unique way, compared to the application of a single-frequency field.

4. As for the persistence of this change, we hypothesize that it could be due to the induced coherence among the spin states. Once the substance is exposed to the electromagnetic fields, the spin states can potentially lock into a stable, self-reinforcing pattern due to their quantum coherence. This pattern could be resilient against decay, allowing the change in spin polarization to persist even after the removal of the field.

5. The stability of this state would depend on factors such as the nature of the substance, the specific frequencies used, and the duration of exposure to the field. This provides a parameter space that could be explored for controlled manipulation of spin polarization in different substances.

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嗨，加布里埃拉，有一些理論是如何實現這一點的。但就我個人而言，它主要將其視為實驗發現。有一些出版物和專利探索了各種壓印材料和方法。液體和固體物體。或者以液相壓印然後固化的材料（例如蜂蠟）。還有復合材料——塑料和金屬的結合。全息貼紙由非常薄的金屬箔和塑料製成。一種理論是量子糾纏領域，另一種也是相干域理論，第三種是自旋極化（這也是在量子水平上）——工作名稱“多頻電磁場自旋極化（MEFSP）理論”。

MEFSP 理論的核心是，當目標物質暴露於不同頻率的弱電磁場時，其自旋極化會發生顯著且持續的變化。

1. 該理論的前提始於自旋的量子力學性質，這是所有粒子所固有的。該特性容易受到電磁場等外部影響。

2.在多個頻率下施加弱電磁場會引起自旋態的重新分佈。場的弱性質允許自旋以更“溫和”的方式相互作用，不會立即引起自旋翻轉，而是逐漸影響物質的自旋極化。

3.多頻率方面意味著每個頻率與不同的自旋態躍遷相互作用。與單頻場的應用相比，這種相互作用可能導致物質中自旋態的集合，從而以獨特的方式改變整體自旋極化。

4.... 查看更多

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Gabriela

07月31日, 2023

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Anton SF謝謝你的解釋...！！

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Dominique

11月18日, 2024

Anton SF我真的很喜歡這個解釋。所以我的問題是：全像貼片能保留 L4iC 或 cemp 的頻率多久？如果潮濕（例如淋浴）會降低其功效嗎？

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Anton SF

11月20日, 2024

Dominique ，您可以使用全息貼紙30天，如果洗澡或洗澡時需要將其從身上取下 - 它可能會擦除貼紙。您也可以使用相同或不同的 IC 重新壓印貼紙。

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Dominique

11月20日, 2024

Anton SF感謝您的回覆。此外，我透過搜尋「全息」搜尋了社區，並在這裡找到了關於「它如何以及為何工作」的技術答案：https https://www.infopathy.com/fr/communities?cls=c&id=1&post_id=8341.
Sur同一主題上，有很多關於測試他們的痛苦、焦慮以及他們如何做到的人的不同經歷的分享......所以，我為所有其他像我一樣想知道的人指出這一點同樣的問題，在這個社區空間裡，有分享的寶藏。感謝大家的豐富經驗。

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Anton SF

11月20日, 2024

Dominique ，謝謝你！

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