Replacing the Standard Atomic Model with Dipole Electron Flood to be Reviewed by Academia Worldwide
Summary
TLDRこのスクリプトでは、量子科学技術の進歩を促進するため、Academia Quantumに記事を提出する機会を提供されたと述べています。50年前に提案された新しい原子モデル「偶極電子洪水理論」を証明するための実験を紹介し、Fairy Labで発見された粒子とCERNの粒子と同一視しています。また、光を用いて原子内の暗黒物質を観察し、原子の安定性や同位素の変化についても説明しています。この理論は、電子とムーオンが基本的な粒子であり、原子の中心には暗黒物質があると主張しています。
Takeaways
- 📜 スクリプトでは、量子科学技術の加速を目指して、Academia Quantumに論文を提出する旨のオファーを受けたと述べています。
- 🆓 通常の論文提出では、複雑な同僚レビューが必要なため、多くの人々は提出を諦めていますが、今回は完全な免除を受けたと示唆されています。
- 🌟 提出される新しい原子モデルは、二極子電子洪水理論と呼ばれ、50年前に提案されたもので、現在は実験で証明できると主張しています。
- 🔬 実験で使用された技術には、CERNと同様の粒子を発見したFairy Labの粒子が含まれています。これらの粒子は、固定粒子とglowy edgeを持つとされています。
- 💡 原子の内部には、これまで見えなかったとされるダークマターが含まれており、光を使って内部を観察することができると述べています。
- 🌌 SEoS技術を使用して、原子の内部を非破壊的に観察しており、これはスマートフォンのコンプリメント金属氧化物シリコン(CMOS)センサー技術に基づいています。
- 🚀 光を加速させるVenturi効果を使って、光の粒子であるフォトンの異なるエネルギーレベルを観察しています。
- 🔴 フォトンは赤、緑、青の色で示され、それぞれ異なるエネルギーレベルを持つとされています。
- 🔲 ニュートリノとミュオンは、基本的な粒子であり、ダークマターと重力の関係について述べられています。
- 🌐 原子の内部構造は、ダークマターの中心を囲む光る粒子の層が形成される可能性があると示唆されています。
- 📝 このスクリプトは、二極子電子洪水理論を支持する証拠として、提出される論文のサポート資料として機能すると結び付けています。
Q & A
スクリプトで言及された「Academia Quantum」とは何ですか?
-スクリプトで言及された「Academia Quantum」は、量子科学技術の進歩を促すための学術出版機関のようです。
スクリプトの主題は何ですか?
-スクリプトの主題は、新しい原子モデルである「dipole electron flood Theory」を提唱し、それを支持する証拠を提示することです。
スクリプトで提唱された「dipole electron flood Theory」とは何を主張していますか?
-「dipole electron flood Theory」は、基本粒子が二極性を持っていると主張しており、これは従来の原子モデルとは異なる新しい見解を提供しています。
スクリプトで言及された「Fairy lab particles」とは何ですか?
-「Fairy lab particles」とは、CERNで発見された粒子を指しており、その特徴は固定された粒子で、光沢のあるエッジを持つとされています。
スクリプトで使用された「seamoss」とは何ですか?
-「seamoss」とは、互補的金属酸化物半導体(CMOS)の略で、携帯電話のカメラなどにあるとされ、各ピクセルが独自の増幅機能を持つとされています。
スクリプトで言及された「Venturi」効果とは何ですか?
-「Venturi」効果は、流体力学の原理であり、流体が狭い部分を通過するときに速度が増加し、圧力が減少することを指しています。ここでは、光を加速させるためのメカニズムとして使用されています。
スクリプトで説明された「光の加速」とはどのような現象ですか?
-「光の加速」とは、Venturi効果を利用して光の速度を制御できるという現象で、赤、緑、青の光子それぞれが異なる速度で移動することができるとされています。
スクリプトで言及された「neutrino」とは何ですか?
-「neutrino」とは、基本粒子の一種で、非常に小さな質量を持つ中性の粒子であり、原子核の反応で生成されることが知られています。
スクリプトで提唱された原子の構造の見方は、どのようにして原子の内部を観察するのですか?
-スクリプトでは、光を使用して原子の内部を観察し、原子核内の暗物質と周囲の光沢のある粒子を区別しています。
スクリプトで言及された「dipole」とは何を指していますか?
-「dipole」とは、電気的または磁気的な二極性を持つ物体を指しており、スクリプトでは、原子の構成要素が二極性を持つと主張されています。
スクリプトで提唱された理論が正しいと仮定した場合、現在の物理学の理解にどのような影響を与えるでしょうか?
-もしスクリプトで提唱された理論が正しいと仮定した場合、原子や基本粒子の理解、そして重力や暗物質の研究に革命的な影響を与える可能性があります。
Outlines
🔬 量子科学技術の進歩への貢献
この段落では、話者は自分の研究をAcademia Quantumに提出し、量子科学技術の進歩に貢献するという申し出をしています。彼は通常の同僚レビュープロセスを回避するフルウェーバーを得たと感じており、これは彼が新しい原子モデルである「偶極電子フロー理論」を提唱するのに役立つと信じています。彼は50年前にこの理論を初めて提案し、今では実験でその理論を証明できると主張しています。
🌌 原子の内部と暗黒物質の探求
第2段落では、話者は原子の内部構造と暗黒物質について述べています。彼は、原子核の内部に暗黒物質が存在し、これが重力の源であると主張しています。また、彼は電子とニュートリノの相互作用、および光子と色違いの粒子(赤、緑、青、ブラックの粒子)のエネルギーレベルについても説明しています。彼の理論では、原子の外側には光る粒子が常に存在し、これらが地球に向かって引き寄せられると言っています。最後に、彼はこの理論をAcademiaに提出し、受け入れられるかどうか見守る様子を語っています。
Mindmap
Keywords
💡量子科学技術
💡アトミックモデル
💡偶極子電子フロー理論
💡Fairy Lab粒子
💡CERN
💡暗黒物質
💡光の加速
💡中間子
💡原子量単位
💡電子とムオン
💡層状構造
Highlights
Offered a full waiver to submit work to Academia, contributing to the advancement of quantum science and technology.
Proposes a new atomic model called the 'dipole electron flood Theory', distinct from existing theories.
Claims to have evidence supporting the dipole electron flood Theory, including experimental proof.
Identifies 'fmy laab particles' as key components of the theory, similar to those found at CERN.
Describes the behavior of these particles, including their size variation and lack of mass.
Links the discovery of these particles to the understanding of atomic stability and the periodic table.
Suggests that dark matter is located inside atoms, unseen due to its internal position.
Uses complementary metal-oxide-semiconductor (CMOS) technology to observe particles without damage.
Details the use of light to accelerate and observe particles at different energy levels.
Explains the construction of light as consisting of two dipoles, observable through the technology used.
Discusses the transformation of neutrinos into photons, demonstrating particle 'flavors'.
Shows the separation of particles through fission and fusion processes.
Presents a theory that all particles are either electron dipoles or muons, with a specific number of 1823.
Connects the weight of an electron to the milikan oil drop experiment, suggesting a ratio to a proton's mass.
Theories on the gravitational pull of dark matter and its role in attracting particles to Earth.
Considers the possibility of layered atomic structures with dark matter at the center.
Finalizes the presentation with a summary of the dipole electron flood Theory and its implications.
Transcripts
okay I'm offered a full waiver to submit
my work to Academia which I will and
this is contribute to the AC
acceleration advancement of quantum
science technology submit an article for
publication in Academia Quantum and I am
going to submit an article now it if it
looks to me like they are going to give
me a full waiver to submit my work
usually it has to go through all kind of
peer review and you know so really most
people don't even bother trying to
submit anymore because it never goes
anywhere unless you say exactly what
they're saying I'm saying totally
different than what they're saying I
have a new atomic model and this is it
right here it's dipole electron flood
Theory totally different and I these are
my papers that go back to when I first
originally proposed this Theory 50 years
ago and now I can prove my theory with
experiments and I will show you those
right
now okay this is my evidence to support
my dipole electron flood Theory and it
is basically the same particles that
fairy laab has
found all right these are the fmy laab
particles the same as CERN and they see
a dark one it's always the same they
call it a fixed particle with a glowy
edge and then this one gets big and
small and has no mass or weight to it
but this has all the weight and and and
it's
fixed now this goes back to 2013 and we
discovered these same
particles approximately the same time a
little later than that and here's what
these particles do look
like all right there's the ones from
Fairy lab and here's the ones we found
but we used light what they did is They
smash huge particles together like this
and when I say huge this is a proton
that's a neutron for me that's huge
because that's
1823 of these particles all together in
a ball and they become stable at these
certain quantities I can't tell you
exactly why it's got something to do
with the interaction between them but
Boop they lock in and stability at these
periods periodic table hydrogen helium
and so forth and all they are is bigger
and bigger and bigger and bigger and
bigger
[Music]
balls of
these and they become stable at certain
places but then they can give up one or
two little pieces or they can take on
one or little two pieces they're called
Isotopes but inside of these
protons is is going to be the dark
matter there's what the dark matter is
it's inside they've never seen it
because it's inside of atoms and the
only times they can see inside of an
atom is when they smash it apart we can
see because we're using
light and I'll explain all of this we're
using seos which is complimentary metal
oxide silicates it's just in a cell
phone and they can see these because
every pixel has its own amplification
and it's and it's seamoss it can pick up
every single um frequency and we're
using light so it's not damaging now U
CERN just upgraded to be able to use
seam loss and they came back online I
think
2022 being able to see now using the
seamoss and um so we can see all these
things in extreme detail and we can
accelerate
light that's light accelerating because
we use a Venturi no additional energy
required and it's split the light so we
not only have seen the photons which are
these all right that's a red one going
fairly slow the red goes pretty slow the
green goes much faster but it's it's the
same
particle the same particle it's just
it's spinning much faster and it glows
green and then we have blue also which
is this and that's just a Sizzler rocket
ship coming through the ventu fast fast
fast slower slower slower slower slower
slower slower slower and it's slowing
down so we know light can speed up and
slow down and now you can see that it is
constructed of two
dipoles before you couldn't tell the
green and the red you can see quite
easily and you can see that the neutrino
faces over here are not quite to the
photon face here's the photon face full
full on photon full on photon I like
that this is a nutrino this is a nutrino
they change from this to that to
this they're they're and they know that
they call them flavors and all it is is
is they're backing up against each other
gaining gaining gaining gaining energy
until Boop they pop up as a full Photon
so this is I'm I'm I'm not going to get
too deep deep into this right now
because this just supports what I've
been saying this is what they do they
smash these big particles together like
this boom and they get all of is
debris we started with light they can
see the light particles the photons but
they're just in mix in with all this
other debris we actually started with
that so then we end up seeing the red
and the green and the blue and the black
which is the
muon all right this just happens to be
the red they're going to be in this
separate separated colors and actually
we have some coming through the Venture
at the same time um showing the
different energy levels but anyway this
is the muon the black particle separates
the electron
neutrino these two are the two basic
particles these are called fairy I mean
uh uh hold on a
second yeah right here these diak
neutrinos this is when they're
completely been the black and their
white face this is when they're sort of
hanging out turning into
nutrino neutrinos but this is when
they're completely separated the black
and the white and I showed you
that right here here's where they're
sort of not really separated and here's
where they're really turned into the you
know muon and and electron neutrino
attached together and then of course we
separated them and broke them apart
which is fision and fusion so this is my
and my support for the things I'm saying
in my dipole electron floods
there which is there so I'm going to
send this and I'll see if they accept it
and they'll publish it but these are the
particles and these are only two
particles that exist and these are the
numbers of 1823 I got somewhere and I
believe
that's I hope that's right and the
reason I'm putting that is because of
milikin oil drop
experiment and he he came up with the
the weight literally the weight of an
electron now if he was right then it's
going to be about 1823 if a proton is
one all right so this is a proton they
call that
one atomic mass unit well I say it's
1823
dipoles equals one atomic mass
unit all right and all the glowy white
particles surround the black particle in
the center which is dark
matter and it coms for Gravity because
the white particles always want to come
to this to to Earth which is saturated
with dark particles
electricity everything comes to Earth
everything has a weight and it comes to
Earth and the reason is because of the
magnetism of this to the dark matter and
Earth is the Dark Matter that's why
electricity static lightning zip right
the ground this is a ground that's
really the dark matter and there's more
dark matter in the earth than there is
these that's why these want to be
attracted down to the dark matter so
that's my theory and the muons are dark
matter and gravity they've been
searching for
forever all right and it does change
things so that's that's my
little video to support report my my
claims about dipole electron flood
Theory now there is one other
possibility which is layering now I
believe this is actually what's going to
happen inside of an atom but it could be
this where you still have your dark
matter in the center but then you have
layers positive and negative layers but
it's always going to be surrounded by
the glowy particles they will always be
on the outside of every atom so you're
never going to see inside the see the
dark matter you're never going to see
that but I think it's this one
here all right and these are the
negative electron particles the electron
dipoles that's the electron part and
these are the positive
part which are the
muons that's it my friends let's see if
they'll accept that article thank you I
love you all
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