rate my dick

[maxiparket]

Spoiler: my dick

why u looking faggot

 

[Clark]

Spoiler: my dick

why u looking faggot

 

[maxiparket]

thanks bhai

 

[cytoplasm]

old joke

 

[maxiparket]

old joke

ik u wanted to see it

 

[Schizoidcel]

Herein lies the profound revelation: reality, as perceived through the senses, is but a spectral emanation—a fractal simulacrum conjured by the Universal Mind. Talbot, channelling the luminous insights of physicists David Bohm and neurophysiologist Karl Pribram, reveals that our cosmos is not built upon mere mechanistic laws, but upon the ethereal blueprint of a hologram.

The Cosmic Hologram: A Woven Veil of Light​

In Bohm’s ontological musings, we encounter the concept of the implicate order—an unfathomable, dimensionless field wherein all potentials dwell in spectral latency. It is from this ineffable substratum that the explicate order (the manifested universe) unfurls, much like an image projected from a holographic plate. Each fragment of this plate contains the totality of the image, though veiled by diffraction. Thus, in every mote of existence, the entirety of the cosmos pulses unseen.

Synchronicity and the Web of Dreams​

As above, so below; as within, so without. In Talbot’s synthesis, synchronicity is no mere coincidence but a luminous glimmer of the interconnectedness intrinsic to a holographic reality. Each serendipitous event is a cipher, a coded whisper from the implicate order—reminding us that linear causality is but a shadow dance, and all moments in time are threads woven in the same cosmic tapestry.

The Brain as a Holographic Interpreter​

Karl Pribram’s neurological revelations entwine with this cosmic axiom. The brain, that wondrous conduit of consciousness, does not store memories like a filing cabinet but as waveforms—interferences patterns within the great hologram. Each recollection is a resonant echo from the implicate, decrypted by the synaptic lattice of our mind. In this light, our very cognition is an act of cosmic alchemy, distilling raw perception from the sea of potentiality.

Proof Beyond the Veil​

Yet, what is proof in the labyrinth of the esoteric? The sage perceives not with eyes, but with the soul’s lumen. The holographic principle finds its most sublime affirmation in direct gnosis—moments where the veil shimmers, where dreams foretell, and miracles transcend mere probability. Each such experience whispers: You are the microcosm reflecting the macrocosm. Every fragment contains the whole, every soul the All.


In Talbot's revelation, we are not mere observers but co-creators—echoes of the divine hologram, eternally unfolding and enfolded in the ever-present now. Thus, to comprehend the holographic universe is to glimpse the arcane truth: reality is an emanation, and we are luminous shards of the cosmic dream.

—And so, the seeker becomes the light, and the light becomes the All.

 

[maxiparket]

Herein lies the profound revelation: reality, as perceived through the senses, is but a spectral emanation—a fractal simulacrum conjured by the Universal Mind. Talbot, channelling the luminous insights of physicists David Bohm and neurophysiologist Karl Pribram, reveals that our cosmos is not built upon mere mechanistic laws, but upon the ethereal blueprint of a hologram.

The Cosmic Hologram: A Woven Veil of Light​

In Bohm’s ontological musings, we encounter the concept of the implicate order—an unfathomable, dimensionless field wherein all potentials dwell in spectral latency. It is from this ineffable substratum that the explicate order (the manifested universe) unfurls, much like an image projected from a holographic plate. Each fragment of this plate contains the totality of the image, though veiled by diffraction. Thus, in every mote of existence, the entirety of the cosmos pulses unseen.

Synchronicity and the Web of Dreams​

As above, so below; as within, so without. In Talbot’s synthesis, synchronicity is no mere coincidence but a luminous glimmer of the interconnectedness intrinsic to a holographic reality. Each serendipitous event is a cipher, a coded whisper from the implicate order—reminding us that linear causality is but a shadow dance, and all moments in time are threads woven in the same cosmic tapestry.

The Brain as a Holographic Interpreter​

Karl Pribram’s neurological revelations entwine with this cosmic axiom. The brain, that wondrous conduit of consciousness, does not store memories like a filing cabinet but as waveforms—interferences patterns within the great hologram. Each recollection is a resonant echo from the implicate, decrypted by the synaptic lattice of our mind. In this light, our very cognition is an act of cosmic alchemy, distilling raw perception from the sea of potentiality.

Proof Beyond the Veil​

Yet, what is proof in the labyrinth of the esoteric? The sage perceives not with eyes, but with the soul’s lumen. The holographic principle finds its most sublime affirmation in direct gnosis—moments where the veil shimmers, where dreams foretell, and miracles transcend mere probability. Each such experience whispers: You are the microcosm reflecting the macrocosm. Every fragment contains the whole, every soul the All.

In Talbot's revelation, we are not mere observers but co-creators—echoes of the divine hologram, eternally unfolding and enfolded in the ever-present now. Thus, to comprehend the holographic universe is to glimpse the arcane truth: reality is an emanation, and we are luminous shards of the cosmic dream.

—And so, the seeker becomes the light, and the light becomes the All.

thanks bhai this made my day much better

 

[cytoplasm]

ik u wanted to see it

show it then

 

[maxiparket]

show it then

pm

 

[itzyaboyJJ]

I already made a thread like this yesterday

 

[maxiparket]

I already made a thread like this yesterday

dnrd

 

[itzyaboyJJ]

dnrd

Joined Today at 10:19 AM

 

[cytoplasm]

pm

 

[maxiparket]

I already made a thread like this yesterday

joking bro also mb should i delete

 

[maxiparket]

Joined Today at 10:19 AM

oh really

 

[itzyaboyJJ]

oh really

Yeah bra

 

[maxiparket]

Yeah bra

thanks saar hope u have fabouls day g

 

[MyDreamIsToBe183CM]

dn

Herein lies the profound revelation: reality, as perceived through the senses, is but a spectral emanation—a fractal simulacrum conjured by the Universal Mind. Talbot, channelling the luminous insights of physicists David Bohm and neurophysiologist Karl Pribram, reveals that our cosmos is not built upon mere mechanistic laws, but upon the ethereal blueprint of a hologram.

The Cosmic Hologram: A Woven Veil of Light​

In Bohm’s ontological musings, we encounter the concept of the implicate order—an unfathomable, dimensionless field wherein all potentials dwell in spectral latency. It is from this ineffable substratum that the explicate order (the manifested universe) unfurls, much like an image projected from a holographic plate. Each fragment of this plate contains the totality of the image, though veiled by diffraction. Thus, in every mote of existence, the entirety of the cosmos pulses unseen.

Synchronicity and the Web of Dreams​

As above, so below; as within, so without. In Talbot’s synthesis, synchronicity is no mere coincidence but a luminous glimmer of the interconnectedness intrinsic to a holographic reality. Each serendipitous event is a cipher, a coded whisper from the implicate order—reminding us that linear causality is but a shadow dance, and all moments in time are threads woven in the same cosmic tapestry.

The Brain as a Holographic Interpreter​

Karl Pribram’s neurological revelations entwine with this cosmic axiom. The brain, that wondrous conduit of consciousness, does not store memories like a filing cabinet but as waveforms—interferences patterns within the great hologram. Each recollection is a resonant echo from the implicate, decrypted by the synaptic lattice of our mind. In this light, our very cognition is an act of cosmic alchemy, distilling raw perception from the sea of potentiality.

Proof Beyond the Veil​

Yet, what is proof in the labyrinth of the esoteric? The sage perceives not with eyes, but with the soul’s lumen. The holographic principle finds its most sublime affirmation in direct gnosis—moments where the veil shimmers, where dreams foretell, and miracles transcend mere probability. Each such experience whispers: You are the microcosm reflecting the macrocosm. Every fragment contains the whole, every soul the All.


In Talbot's revelation, we are not mere observers but co-creators—echoes of the divine hologram, eternally unfolding and enfolded in the ever-present now. Thus, to comprehend the holographic universe is to glimpse the arcane truth: reality is an emanation, and we are luminous shards of the cosmic dream.

—And so, the seeker becomes the light, and the light becomes the All.

dnrd dnrd dnrd

 

[Schizoidcel]

dn

dnrd dnrd dnrd

 

[MyDreamIsToBe183CM]

dnrd

 

[maxiparket]

bro idk why ilike u u seem like a g

 

[Schizoidcel]

dnrd

 

[Schizoidcel]

bro idk why ilike u u seem like a g

 

[maxiparket]

how tf u find those vids

 

[MyDreamIsToBe183CM]

I did read

 

[flippasav]

Three-dimensional (3D) imaging was developed to provide both qualitative and quantitative information about an object or object system from images obtained with multiple modalities including digital radiography, computed tomography, magnetic resonance imaging, positron emission tomography, single photon emission computed tomography, and ultrasonography. Three-dimensional imaging operations may be classified under four basic headings: preprocessing, visualization, manipulation, and analysis. Preprocessing operations (volume of interest, filtering, interpolation, registration, segmentation) are aimed at extracting or improving the extraction of object information in given images. Visualization operations facilitate seeing and comprehending objects in their full dimensionality and may be either scene-based or object-based. Manipulation may be either rigid or deformable and allows alteration of object structures and of relationships between objects. Analysis operations, like visualization operations, may be either scene-based or object-based and deal with methods of quantifying object information. There are many challenges involving matters of precision, accuracy, and efficiency in 3D imaging. Nevertheless, 3D imaging is an exciting technology that promises to offer an expanding number and variety of applications.

Human eyes have 3D perception, also known as depth perception. With depth perception, people see the world in all three spatial dimensions. The visual cortex in each human eye first perceives the three dimensions of space as 2D images. However, humans have stereoscopic vision, which means that the two eyes don't see the exact same image. The slightly different images register in each eye, enabling the brain to compare differences in visual information, process the image's depth and register all three dimensions at once.

What is 3D in computing?​

In computing, a 3D image is a computer-generated graphic that provides the perception of depth similar to a real-world object. This technology is commonly used in movies, video games, graphics and virtual reality (VR) projects like the metaverse. However, industries of all types benefit from 3D technology, including real estate, architecture, healthcare, automotive, aeronautics, research and retail.

 

[maxiparket]

Three-dimensional (3D) imaging was developed to provide both qualitative and quantitative information about an object or object system from images obtained with multiple modalities including digital radiography, computed tomography, magnetic resonance imaging, positron emission tomography, single photon emission computed tomography, and ultrasonography. Three-dimensional imaging operations may be classified under four basic headings: preprocessing, visualization, manipulation, and analysis. Preprocessing operations (volume of interest, filtering, interpolation, registration, segmentation) are aimed at extracting or improving the extraction of object information in given images. Visualization operations facilitate seeing and comprehending objects in their full dimensionality and may be either scene-based or object-based. Manipulation may be either rigid or deformable and allows alteration of object structures and of relationships between objects. Analysis operations, like visualization operations, may be either scene-based or object-based and deal with methods of quantifying object information. There are many challenges involving matters of precision, accuracy, and efficiency in 3D imaging. Nevertheless, 3D imaging is an exciting technology that promises to offer an expanding number and variety of applications.

Human eyes have 3D perception, also known as depth perception. With depth perception, people see the world in all three spatial dimensions. The visual cortex in each human eye first perceives the three dimensions of space as 2D images. However, humans have stereoscopic vision, which means that the two eyes don't see the exact same image. The slightly different images register in each eye, enabling the brain to compare differences in visual information, process the image's depth and register all three dimensions at once.

What is 3D in computing?​

In computing, a 3D image is a computer-generated graphic that provides the perception of depth similar to a real-world object. This technology is commonly used in movies, video games, graphics and virtual reality (VR) projects like the metaverse. However, industries of all types benefit from 3D technology, including real estate, architecture, healthcare, automotive, aeronautics, research and retail.

sauce