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T.L.U.V.I. Posters

The Living Universe Visual Index

24x 36inch    

1-Page Courses

The posters use the perfect blend of imagery and everyday language to expedite understanding

in one or several fields of knowledge.

(40 x 60 inch posters Coming Soon)

*I think it goes without saying that the obnoxiously large watermarks will not be on the actual (printed) posters.

Posters may not be in final form.

$35 - $40 EACH

TLUVI 1 - Glued On

T.L.U.V.I. Poster #1-1 - Glued On

                          General Subject:                            Concentration:
                        Quantum Mechanics              Quantum Chromodynamics
                                                                                       (QCD)

  • Strong Force

  • Weak Interaction

  • Higgs Field and Higgs Interaction

  • Color Charge

  • Nuclear Force

  • Quantum Field Theory

  • Neutrino Mechanics

  • Quantum Electrodynamics (QED)

  • Particle Accelerators

  • Particle Collisions

  • Electromagnetism

  • Fermions and Bosons

  • Particle Physics Shorthand

  • New Model for Visualizing Quantum Mechanics / Particle Physics

Size:   24 x 36 inches

T.L.U.V.I. Poster #1-1 - Glued On
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T.L.U.V.I. Poster #1-2 - Glued On

T.L.U.V.I. Poster #1-2 - Glued On
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T.L.U.V.I. #1-2 - Glued On
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TLUVI 2 - Potential Excitement

T.L.U.V.I. Poster #2-1
Potential Excitement

General Subject:

Microbiology

​

Subject Theme:

Nerve Cell Anatomy, Physiology, & Interaction

​

Description:

The Nervous System is the electrical system of the body. Neurons are the individual units that connect to each other to make up the nervous system. This poster is somewhat like jumping into the human brain, looking around, and having everything labeled and explained to -  you.

Neurons are the cells in your body that transmit electrical signals. Glia are the cells that hold the nervous system together and keep guard it from biological tarnations. Cells are the smallest form of living individual on the planet. As your skeletal framework consists of billions of bone cells linked together, the framework of your Nervous System consists of billions of neurons linked together. This poster covers neurons and glia:

the smallest living components of the nervous system, and lively cooperators whose synchronicity allows you to be alive and dink good and rite good two...(and reevaluate and improve on the times where we don't think good).

Subjects Covered:

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  • Neurotransmission

  • Cellular Biology

  • Graded Potentials & Summation

  • Action Potentials

  • CNS Glial Cells

​

  • Ion Channel types and purposes

  • Over 6 dozen essential proteins (synaptic and otherwise)

  • Neurotransmitter list and functions

  • Extracellular Matrix

  • ATP Synthesis (Glycolysis, Kreb Cycle, Electron Transport Chain)

  • DNA transcription and translation

  • Neurotransmitter and Vesicle creation and transport

  • Synapse types and  purposes

​

Size:

24 x 36 inches

T.L.U.V.I. Poster #2-1
Potential Excitement
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Potential Excitement
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2-1 - POTENTIAL EXCITEMENT - Black and W

T.L.U.V.I. Poster #2-2
Potential Excitement

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Potential Excitement
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T.L.U.V.I. #2-2
Potential Excitement
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T.L.U.V.I. Poster #3-1 
Fabrics of the Universe

General Subject:

Physics

​

Concentration:

Quantum Mechanics

​

Description:

Elementary particles are the smallest of the small. Elementary particles are indivisible (which means they cannot be broken down into any parts smaller than themselves). Composite particles are particles that are composed of other particles. An electron is an example of an elementary particle. An atom is an example of a composite particle (it is composed of protons, neutrons, and electrons). This poster explains how (and through what means) elementary particles combine to make composite particles, and how composite particles combine to make everything in the universe. It explains each of the fabrics of the universe, and how each operates on the smallest (quantum) scale, and on the largest (cosmological scale). The 5 fabrics of the universe are: The Strong Force, Electromagnetism, the Weak Force, the Higgs Field, and Gravity. Only 1 of those fabrics is familiar to the human eye (electromagnetism/electric charge). This poster (in addition to poster #1 and #4) creates a new model for visualizing the other 4 fabrics.

​

Subjects Covered:

 

​

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  • Elementary & Composite Particles

  • Quantum Field Theory (general)

  • Classical Electromagnetism

  • Scales of Influence (of fabrics)

  • Particle Physics Shorthand (table)

  • Particle Collisions and Detection

  • Atom Dynamics (bonds, emission, etc.)

  • Light Dynamics

  • Nuclear Force

  • Exotic Particles

  • Quantum Chromodynamics (QCD)

  • Quantum Electrodynamics (QED)

  • Higgs Field and Higgs Interaction

  • Gravity

  • General & Special Relativity

  • Quantum Gravity

  • Neutrinos

  • Magnetism

  • Individual particle properties and statistics

  • Feynman Diagrams

Size:

24 x 36 inches

T.L.U.V.I. Poster #3-1 
Fabrics of the Universe
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T.L.U.V.I. Poster #3-2 
Fabrics of the Universe

T.L.U.V.I. Poster #3-2 
Fabrics of the Universe
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TLUVI 3 - Fabrics of the Universe #1

T.L.U.V.I. Poster #4-1
Foundations of the Universe

Subject:

Physics

​

Description:

This poster focuses on a single unit of each of the universe's most essential anchors. A proton is the foundation that atoms are built upon (and identified by). Atoms are the individual units that make up molecules. You are made of molecules. Molecules make up planets ("Whassup Earf?! How goes?!) Stars hold together star systems. You are in a star system (the Solar System). Singularities hold together galaxies. You are in a galaxy (The Milky Way). This poster focuses on each foundation in detail.

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Subjects Covered:

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  • Virtual Particles

  • Atom Interiors

  • Orbital Shells

  • Electron Configurations

  • Atomic Bonds

  • Quantum Chromodynamics (QCD)

  • Quantum Electrodynamics (QED)

  • Nuclear Fusion

  • Hadron Interiors

  • Cosmic Rays

  • Boson Dynamics

  • Black Holes

  • Hawking Radiation

  • Vacuum States

  • Light Dynamics and Properties

  • Probability Amplitudes

  • Stars

  • Singularities

  • Gravity

  • Weak Interaction

  • Higgs Mechanism

  • Strong Force

  • Electromagnetism

  • General & Special Relativity

T.L.U.V.I. Poster #4-1
Foundations of the Universe
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T.L.U.V.I. #4-1
Foundations of the Universe
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TLUVI 4 - Fabrics of the Universe #2
TLUVI 5 - Genetics

T.L.U.V.I. Poster #5-1
You-Carry-All-This

Subjects:

Genetics

Microbiology

​

Description:

Every human brain has the potential of thinking the same thoughts as any other brain. For example, whenever you read something - your thoughts are similar to another person reading the same thing. Whenever you see a work of art, you are visually sensing the same thing as others looking at that work of art; as a result, your thought processes are similar or identical to the next person. Each of you had the potential to sense X; your brains had the innate capacity to process the same thing, and think (more or less) the same thought(s). Why? Because the anatomy of the human brain - while varying from person to person - is, ultimately, similar enough to do so. A house is still a house - even if the decorations and designs are different.

The nucleus is the brain of the cell. Every cell in your body (that has a nucleus) possesses the entire library of information needed to make a complete human body. The genes you had as an embryo are the same genes that you have now. A gene is 'just' a code for a protein. When a protein is needed, the gene is copied, then the copy is used as an instruction to build X protein. When the protein is built, it does stuff.

So, if genes are just codes to build proteins: How in the hickity-heck do genes have such a monumental impact on our behaviors, health, thoughts, lives, similarities and differences?

Guess where you'll find the answers to all of that and more?

​

Subjects Covered:

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  • Nucleolus: Anatomy, Physiology, Dynamics

  • Transcription: Purpose, Proteins, & Processes (from the PIC, to PolyA, to.....)

  • Splicing: Function, Machinery, Processes, and Alternate Splicing

  • Epigenetics & Epigenetic Dynamics

  • Nuclear Bodies

  • Nuclear Matrix

  • Nuclear Lamina and NETs

  • Chromatin Dynamics

  • DNA Repair (and the heroes that do it)

  • Nuclear Transport: From Import, to Export, to NPCs.................Need something?

  • Replication: Processes, and major and minor proteins involved

  • Cell Cycle details, and major and minor proteins and processes of importance at each stage.

  • Nuclear Periphery Topology

  • Mitosis: Major and minor proteins and processes

  • Translation: Purpose, Process, and Proteins (all your favorite eIFs and tRNAs)

  • Meiosis: Proteins and Processes

  • Protein Types & their Functions

  • Chemical Signalling

  • The Geno-Phenograph: a new way of mapping the entirety of a gene's potential (at every stage) in a single drawing

  • Genetic Code reference: AAs, their tRNA boos, and the codons that code them

  • Viruses

  • Punnett Squares

  • Pedigrees & Phylogeny

  • Stem Cells & the Differentiation process

  • Various different Technologies involved in the study and application of Biosciences.

  • Visual Rosters for all the main proteins involved in all of the aforementioned processes.

T.L.U.V.I. Poster #5-1

You-Carry-All-This

Advanced Lesson

T.L.U.V.I. Poster #5-1
You-Carry-All-This
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