Figures & Tables

Five Ways to Impose Severe Physical Costs on Attackers in Five Different Domains .................. 13 Figure 2: Tesla & Ford's Theories Could Manifes

A Domesticated Wolf Wearing a Wolf Collar ................................ ................................ ............... 22 Figure 4: Four Phases o

G eneral Construction of a Grounded Theory ................................ ................................ .............. 51 Figure 6: Conceptual Di

Core Categories Chosen for this Research Effort ................................ ................................ ......... 54 Figure 8: Organism Sign

Illustration of One of Life’s Most Dominant Power Projection Tactics ................................ ........ 64 Figure 10: Illustration of an Early

The Benefit - to - Cost Ratio of Attack (BCR A ) a.k.a. Primordial Economics ................................ .. 67 Figure 12: Prosperity Margin Chang

Prosperity Margin Changes amongst Different Organisms ................................ ....................... 69 Figure 14: Apex predator using Phago

A Warm - Blooded Organism that Sparked an Ecological Arms Race ................................ .......... 73 Figure 16: An Illustration of The Surviv

Bowtie Notation of Primordial Economics ................................ ................................ ................. 80 Figure 18: Bowtie Illus

Illustration of the “Grow C A First, Grow B A Second” Survival Strategy using Bowtie Notation . 87 Figure 20: Step 1 of “Bigger Fish” Scenario .......

Step 2 of “Bigger Fish” Scenario ................................ ................................ ................................ 88 Figure 22: Step

Step 4 of “Bigger Fish” Scenario ................................ ................................ ................................ 89 Figure 24: Bowt

Bowtie Representation of Domestication ................................ ................................ ................ 101 Figure 26: Bowtie Repres

Physical Power - Based Resource Control Protocol used in the Wild (Part 1/4) ....................... 109 Figure 28: Physical Power - Based Resource Co

Physical Power - Based Resource Control Protocol used in the Wild (Complete Build) ............ 111 Figure 30: A Power Projection Strategy Prone to Ca

Awkward - Looking & Underappreciated Power Projection Technology ................................ .. 114 Figure 32: Comparison Between a Sapient Brain

An Anatomically Modern Homosapien with its Characteristically Large Forehead ................ 121 Figure 34: Illustration of the Bi - Directional Natu

Illustration of How Practically Impossible it is Not to Think Symbolically ............................... 124 Figure 36: Model of a Realness - Verifi

False Positive Correlation Produced by the Brain’s Realness - Verification Algorithm ............. 126 Figure 38: The Poking/Pinching Realness - Verif

Primordial Economic Dynamics of Hunting ................................ ................................ ............. 131 Figure 40: Illustration of

Example of how Fish Communicate Differently than Mammals ................................ ............. 134 Figure 42: Illustration of the Metacogniti

A God - King Exploiting a Population’s Belief System ................................ ................................ 148 9 Figure 44: A Repeating Cy

Captain Elizabeth Eastman does a Pre - Flight Inspection of her A - 10 Thunderbolt II. ............. 152 Figure 46: Chief Justice Anthony Dudley Presi

False Positive Correlation Produced by the Brain’s Realness - Verification Algorithm ............. 158 Figure 48: A Strategy for Passive - Aggressivel

Model of the Resource Control Structure created by Natural Selection ................................ . 171 Figure 50: Model of the Resource Control S

Bowtie Illustration of How to Domesticate Humans ................................ ............................... 187 Figure 52: A More Accurate Model

Illustration of the National Strategic Security Dilemma ................................ .......................... 218 Figure 54: Bowtie Notation of

How the Cycle of War Creates a “Blockchain” ................................ ................................ ......... 230 Figure 56: Evolution of Ph

Evolution of Physical Power Projection Technology, Shown with an Attempted Fork ........... 238 Figure 58: Evolution of Physical Power Projection Tech

Illustration of the Difference Between Traditional Language and Machine Code .................. 251 Figure 60: False Positive Correlation Produced by

Example of a Logically Flawed Engineering Design that’s Physically Impossible ..................... 262 Figure 62: Modern Agrarian Homosapien Losing H

Software Administrators with Abstract Power over Digital - Age Resources ............................ 275 Figure 64: A Repeating Pattern of Human Powe

Illustration of Two Ways to Constrain a Computer Program ................................ ................... 287 Figure 66: “Chain Down” Design Conce

Security Protocol Design Concept of a Deliberately Inefficient State Mechanism .................. 290 Figure 68: Visualization of the Two - step Proce

Illustration of Two Different Types of Control Signals ................................ ............................. 295 Figure 70: Design Concept of

Illustration of the “Electro - Cyber Dome” Concept using Proof - of - Power Wall APIs ............... 300 Figure 72: Bitcoin is a Recursive System Whi

Utilizing the Global Electric Power Grid as a Computer ................................ .......................... 305 Figure 74: Planetary - Scale Co

Using a Planetary Computer to “Chain Down” Regular Computers ................................ ........ 309 Figure 76: Difference between Regular Compu

Bitcoin is a Physical Cost Function Protocol which Utilizes the Planet as a Computer ........... 311 Figure 78: Illustration of how Physical Cost Func

Bi - Directional Abstract Thought & Symbolism Applied to a Planetary Computer .................. 315 Figure 80: A Capability Gap for Brains Operating

Theoretical Effect of Plugging a Planetary - Scale State Mechanism into the Internet ............. 320 Figure 82: Illustration of Physical and Systemi

Illustrating the Physical Differences between Different Technologies ................................ .... 325 Figure 84: Breakdown of a Proof - of -

Illustration of the Difference Between Proof - of - Work & Proof - of - Stake Protocols ................ 330 Figure 86: Side - by - Side Comparison be

Software Administrators with “Stake” in Ethereum 2.0 ................................ .......................... 337 Figure 88: Graphical Illustration

Illustration of the Difference Between Public Perception & Reality of Bitcoin’s Dominance . 339 Figure 90: Gabriel's Horn ............................

Visualizing Nakamoto’s Bitpower Tokens as Surface Area on a Gabriel’s Horn ...................... 343 Figure 92: Logically Paradoxical Power Conversio

Illustration of the Third Step added by Finney’s Physical Cost Function Protocol .................. 352 Figure 94: Evolution of Physical Power Project

Comparison between “Hard” and “Soft” Warfighting Dynamics ................................ ............ 369 Figure 96: Notional Combatant Component De

Illustration of Softwar Concept ................................ ................................ ................................ 385 11 List of Tabl

shows five different ways that machinery can be used to impose severe physical costs on others in, from, and through five different domains. The image

Five Ways to Impose Severe Physical Costs on Attackers in Five Different Domains [1, 2, 3, 4, 5] 14 Bitcoin could represent a strategically vital nati

. Figure 2 : Tesla & Ford's Theories Could Manifest as an Open - Source Computer Protocol A ”softwar” protocol could theoretically utilize society’s i

. In their domesticated state, golden retrievers don’t know wh at they are and where they come from , so naturally they aren’t going to understand wha

A Domesticated Wolf Wearing a Wolf Collar 23 There are other scenarios where people slow adoption even when they have plenty of knowledge about warfig

below. The first phase is data collection. Once enough raw data have been collected for analysis, the second phase is data coding. Once enough data ha

Four Phases of Grounded Theory Development [33] 2 . 3 . 2 Phase 1: Data Collection The grounded theory approach relies heavily on constant comparative

provides a n illustration of how a grounded theory is constructed . Researchers engage in data collection and data coding to develop basic - level con

General Construction of a Grounded Theory [33] 2 . 3 . 4 Phase 3: Theoretical Sampling The goal of generating a new theoretical framework is to create

. [38] 52 Figure 6 : Conceptual Diagram Generated During Data Coding When performing data analysis, Corbin and Strauss explain that resear chers must

provides a breakdown of the core categories identified by the author . These core concepts were identified based on the most commonly reoccurring conc

Core Categor ies Chosen for this Research Effort With these core categories identified, the author assembled the most relevant conceptual memos under

. Figure 8 : Organism Signaling Ownership of a Resource using the Proof - of - Power Protocol The wolf’s capacity and willingness to impose severe phy

. When external forces from the environment contact a membrane, the membrane exploits Newton’s third law to passively project opposing forces back at

Illustration of One of Life’s Most Dominant Power Projection Tactics 65 Using pressurized membranes to capture resources and survive in the wild would

, capable of floating to unexplored, nutrient - rich heights . Figure 10 : Illustration of an Early - Stage Global Superpower Under the protection of

. Figure 11 : The Benefit - to - Cost Ratio of Attack (BCR A ) a.k.a. Primordial Economics Every organism can be attacked; therefore, every organism h

. To survive, an organism must keep their BCR A level lower than a hazardous BCR A level that will motivate neighboring life to attack them. The space

. Figure 12 : Prosperity Margin Changes among Different Environments 69 Organisms operating in empty neighborhoods have intrinsically higher prosperit

illustrates how organisms which succeed at lowering their BCR A level enjoy more prosperity margin. Figure 13 : Prosperity Margin Changes amongst Diff

below. Figure 14 : Apex predator using Phagocytosis to Devour a Neighboring Organism with High BCR A Some might say predation is a negative phenomenon

were able to overcome this challenge thanks to biological mutations which allowed their bodies to actively produce their own heat by metabolizing fats

A Warm - Blooded Organism that Sparked an Ecological Arms Race The reader should note that w hen predation and entropy aren’t factored into our calcul

Figure 16 : An Illustration of The Survivor’s Dilemma 77 The margin between the organism’s BCR A level and the environment’s BCR A level is the organi

. This notation is useful for learning how to think like a predator by visualizing how “appetizing” organisms are for neighboring life to devour, a pr

Bowtie Notation of Primordial Economics As discussed in the previous section, a core challenge associated with living in a CCCH environment is growing

. 81 Figure 18 : Bowtie Illustration of Three Power Projection Strategies for Pursuing Infinite Prosperity Option #1 (shown on left side of Figure 18

where the quantity associated with B A is clearly larger than the quantity associated with C A . From the organism’s point of view, the upside to depl

) represents a power projection tactic where organisms grow their resource abundance and capacity to impose severe physical cost s on attackers at an

for an illustration of this phenomenon ) . 82 Option #3 (shown on right side of Figure 18 ) represents a power projection tactic where organisms incre

point towards the same desired end state, something the author calls the infinitely prosperous organism . We can define an infinitely prosperous organ

below. 87 Figure 19 : Illustration of the “Grow C A First, Grow B A Second” Survival Strategy using Bowtie Notation Now let’s consider a multistep sce

. Figure 20 : Step 1 of “Bigger Fish” Scenario We have established that organisms with high BCR A levels are likely to be devoured by hungry neighbors

. 88 Figure 21 : Step 2 of “Bigger Fish” Scenario Now let’s say organisms #1, #5, and #6 start cooperating to form a multicellular organism named A lp

. Figure 22 : Step 3 of “Bigger Fish” Scenario We now have a situation where the environment has changed to become substantially more hazardous for th

. 89 Figure 23 : Step 4 of “Bigger Fish” Scenario The “Bigger Fish” scenario illustrates how keeping one’s BCR A fixed is not enough for survival when

. Figure 24 : Bowtie Notation of Organisms Forming Organizations 93 Given what we know about “cooperate - or - die” survival dynamics and the existent

, demonstrably capable of achieving high levels of prosperity in comparison to non - cooperative organisms. When highly cohesive packs function as sin

Bowtie Representation of Domestication . This type of exploitation is possible because many pack animals employ a specialized workforce devoted to the

Bowtie Representation of Domestication The primary value - delivered function of domestication is to make it easier for humans to exploit the labor an

. But w hen more packs adopt this same pecking order strategy, it drives the environment’s hazardous BCR A level down and compels other packs to adopt

Bowtie Representation of Different Pecking Order Heuristics 108 3.11. 3 Modeling Physical Power - Based Resource Control Protocols It is possible to m

7 , the next step in modeling a physical power - based resource control protocol is to model the controllers within the system. By default, every memb

7 . 109 Figure 2 7 : Physical Power - Based Resource Control Protocol used in the Wild (Part 1 /4) As discussed at the beginning of this chapter, reso

7 . Additionally, Members don’t get to eat unless Power Projectors are willing to use their power to gain and maintain access to the pack’s resources

. 110 Figure 28 : Physical Power - Based Resource Control Protocol used in the Wild (Part 2 /4) Even though Power Projectors have seemingly disproport

. 111 Figure 29 : Physical Power - Based Resource Control Protocol used in the Wild (Complete Build) 3.12 The Beauty of Antler s “There wasn’t enlight

. 112 Figure 30 : A Power Projection Strategy Prone to Causing Injury For animal packs which adopt physical power - based resource control protocols,

. Figure 31 : Awkward - Looking & Underappreciated Power Projection Technology The geometry of antlers makes them prone to entanglement with other ant

. [68] Figure 32 : Comparison Between a Sapien t Brain and That of its Closest - Surviving Ancestor H umans can a fford to power their large neocortic

emerged from Africa at least 200 ,000 to 300,000 years ago and expanded into Europe as the ice melted. Despite their physiological similarities, sapie

An Anatomically Modern Homosapien with its Characteristically Large Forehead It should be noted that s apiens are first and foremost hunter - gatherin

. The author defines the concrete reality in front of a human’s eyes as objective physical reality , the domain of energy, matter, space, and time whi

Illustration of the Bi - Directional Nature of Abstract Thinking T he reality behind a human’s eyes can be defined as subjective abstract reality , a

. The blue and black scribbles drawn above and below the grey dashed line are identical in every way except for th eir topology. Simply change the ir

Illustration of How Practically Impossible it is Not to Think Symbolically 4 . 3 How to Detect if Something is Real “We suffer more often in imagin at

below. Figure 36 : Model of a Realness - Verification Algorithm Performed by Sapient Brains [76, 77] Because of the physical constraints associated wi

. Unaware of the fact that the snake is n’t real , the brain’s host will take quick and decisive maneuvers to avoid what could be a serious threat . F

. Whenever sapiens wonder or doubt if an object is physically real or not , the commonly accepted protocol is to attempt to manually generate the phys

The Poking/Pinching Realness - Verification Protocol [76, 77] It’s a simple and effective protocol. Not sure if an object is real? Try pok ing it. Not

. Thanks to their big brains, humans were able to develop strategies which enabled them to increase the BCR A of their target s by reducing their C A

Primordial Economic Dynamics of Hunting 132 For example, i nstead of trying to take on a powerful herd of caribou in an open field like a pride of lio

. Figure 40 : Illustration of a Hunting Strategy Mastered by Humans A herd of caribou is quite powerful and can impose a lot of physical cost on attac

as the “high C A zone”). But caribou can’t impose severe physical costs on attackers as effectively when they’re wedged in the bottom of a canyon with

as the “low C A zone”) . Thus, an effective hunting strategy for increasing the BCR A of a herd of caribou is to predict their migration patterns and

, if fish had eyelids or contort - able muscles in their face s to communicate pain the same way mammals do, the experience of fishing would probably

Example of how Fish Communicate Differently than Mammals Both a nthropologists and biologists have theorized that the double - standard in predatory h

. 138 Figure 42 : Illustration of the Metacognitive Impact of Storytelling (forming Shared Abstract Reality) [76] Figure 42 shows how people create an

. 148 Figure 43 : A God - King Exploiting a Population’s Belief System To better understand how vulnerable sapient belief systems are to psychological

, h uman history seems to work in cycles, where societies get comfortable and complacent with their high - functioning belief systems and stop project

A Repeating Cycle of Human History When human populations become too docile or domesticated, either their territory get s physically captured , or the

provides a breakdown of some of the characteristics of physical power using a real example . Here, Captain Elizabeth Eastman is pictured doing a pre -

Captain Elizabeth Eastman does a P re - F light I nspection of her A - 10 Thunderbolt II . This is an Illustration of Real Power (i.e. P hysical P owe

provides a breakdown of the characteristics of abstract power using another real example . Here, Chief Justice Dudley is pictured presiding over the S

Chief Justice Anthony Dudley Presides Over the Supreme Court of Gibraltar . This is an i llustration of Imaginary Power (i.e. A bstract power or R ank

. 158 Figure 47 : False Positive Correlation Produced by the Brain’s Realness - Verification Algorithm [88, 90, 76, 89] As a quick side note, while th

. • Step 1: Use storytelling skills to convince a population to adopt a belief system with a desired theological, philosophical, or ideological stat e

A Strategy for Passive - Aggressively Creating and Wielding Abstract Power The first step of creating abstract power is to use one’s storytelling and

and Figure 50 compare both resource control systems ( see s ection 3. 11 for a more thor ough explanation of Figure 49 ). 171 Figure 49 : Model of the

Model of the Resource Control Structure attempted by Neolithic Sapiens [90, 76] At first glance, PPB and APB resource control s tructures look the sam

. Figure 51 : Bowtie Illustration of How to Domesticate Humans 188 Tying this point back to the core concepts presented in the previous chapter, a bst

for a refresher ). History makes it clear that abstrac t power hierarchies which focus too much attention on resource abundance, but too little attent

. This model accounts for the fact that agrarian society attempts to use abstract power to manage the state of ownership and chain of custody of their

A More Accurate Model of the Resource Control Structure Adopted by Modern Society [88, 90, 76, 89] This model contains the same controllers as the pre

provides an illustration of the resulting national strategic security dilemma (note this is exactly the same figure as Figure 16 ) . except with a dif

Illustration of the National Strategic Security Dilemma 219 The national strategic security dilemma puts all nations into a predicament where they hav

shows a bowtie representation of national strategic security dynamics. Here the author illustrates how it’s possible to b oil the complex dynamics of

Bowtie Notation of the Primordial Economic Dynamics of National Strategic Security The top l eft portion of this figure shows individual nations proje

. Figure 55 : How the Cycle of War Creates a “Blockchain” Countless people have been sent to early graves, warning future generations through bone tra

using two evalu ation criteria: (1) how efficient they are, and (2) how much physical power they have the capacity to produce. The efficiency of a giv

Evolution of Physical Power Projection Technologies Developed by Agrarian Society [88, 89, 116, 117, 118, 119, 120, 121, 122] S trategic nuclear warhe

. 233 4 . 1 2 . 2 Kinetic Stalemate s Don’t Create Peace ; They Create Major Systemic Security Hazard s Sapiens could be described as an Icarus - like

. By choosing to engage in non - nuclear forms of kinetic warfare, agrarian society is essentially trying to fork its evolutionary path . The pro blem

Evolution of Physical Power Projection Technology, Shown with an Attempted Fork [88, 89, 116, 117, 118, 119, 120, 121, 122, 123] N ations have start e

. In this future, nations would increasingly rely on “soft” form s of non - kinetic power projection that involves charges passing across resistors ,

Evolution of Physical Power Projection Technology, Shown with Non - Kinetic End State [88, 89, 116, 117, 118, 119, 120, 121, 122, 123] T o put it simp

. Figure 59 : Illustration of the Difference Between Traditional Language and Machine Code [137, 76] By issuing computing instructions to a general -

. Because the motion of the actors matches a scenario imagined by the neocortex, people are quick to believe the imaginary scenario is physically real

False Positive Correlation Produced by the Brain’s Realness - Verification Algorithm [76, 138] By now the reader may be asking, w hat does Shakespeare

. 262 Figure 61 : Example of a Logically Flawed Engineering Design that’s Physically Impossible “ The flexibility of software ,” Leveson explains , “

, people are losing their grip on reality – on understanding what’s real versus what’s virtual – by losing sight of the fact that all computer program

Modern Agrarian Homosapien Losing His Grip on Physical Reality This trend could have major implications on population - scale security . The inability

. Figure 63 : Software Administrators with Abstract Power over Digital - Age Resources Unfortunately, the general public doesn’t appear to understand

. Figure 64 : A Repeating Pattern of Human Power Projection Tactics [1, 2, 3, 4, 5, 149, 150, 151, 152] Without this type of new warfighting protocol,

. 287 Figure 65 : Illustration of Two Ways to Constrain a Computer Program [154] This observation has subtle but important implications for cyber secu

. 289 Figure 66 : “Chain Down” Design Concept for Physically Constraining Computers [154, 155] Knowing that such a protocol is theoretically possible,

. 290 Figure 67 : Security Protocol Design Concept of a Deliberately Inefficient State Mechanism [156, 154] Herein lies a nother key insigh t that man

. The first step is to create an algorithm that is so computationally difficult to solve that it imposes excess physical cos t ( a.k.a. watts) on comp

Visualization of the Two - step Process of Adam Back’s Physical Cost Function Protocol [158, 159, 160] Finding the right hashing algorithm to achieve

, Back’s physical cost function protocol can be visualized as a black box with a single input and a single output. The input is a vacuum of real - wor

. Figure 69 : Illustration of Two Different Types of Control Signals [160] The arrow on the left represents a typical “low - cost” control signal sent

. Figure 70 : Design Concept of a “Proof - of - Power Wall” Cyber Security API [160] Proof - of - Power wall protocols could work by simply rejecting

. Figure 71 : Illustration of the “ Electro - Cyber Dome” Concept using Proof - of - Power Wall APIs [137] A n electro - c yber dome is a passive powe

. 302 Figure 72 : Bitcoin is a Recursive System Which Secures Itself Behind its Own “ Electro - Cyber Dome” [163] 5 . 9 Novel Computer Theor y a bout

. Figure 73 : Utilizing the Global Electric Power Grid as a Computer [168, 169] 306 Bitcoin demonstrates that it’s possible to create a computer progr

. Figure 74 : Planetary - Scale Computer Design Concept [170, 171] But what could possibly be the benefit of turning the electronic circuitry outside

. 309 Figure 75 : Using a Planetary Computer to “Chain Down” Regular Computers [169, 154, 156] 5.9. 5 A Planetary - Scale Computer could Dramatically

. Figure 76 : Difference between Regular Computer Programs and Physical Cost Function Protocols It’s incontrovertibly true that physical cost function

. Figure 77 : Bitcoin is a Physical Cost Function Protocol which Utilizes the Planet as a Computer [170, 171, 173] P hysical cost function protocols a

. Figure 78 : Illustration of how Physical Cost Functions Convert Quantities of Power into Bits [158, 174] There are very real, very meaningful system

. Figure 79 : Bi - Directional Abstract Thought & Symbolism Applied to a Planetary Computer [170, 171] The idea of using planetary - scale computing s

(synaptic feedback systems don’t help with this because they’re equally as artificially generated as the symbols on a screen or the sounds from comput

A Capability Gap for Brains Operating in the Abstract Reality Known as Cyberspace [76] Sapiens arbitrarily chose to describe the internet as if it wer

. 320 Figure 81 : Theoretical Effect of Plugging a Planetary - Scale State Mechanism into the Internet [168, 169] 321 As of now , these ideas are noth

. This means that the abstractions peopl e use to describe the complex emergent behavior of ordinary programs are both physically and systemically dif

Illustration of Physical and Systemic Differences between Technologies [176] I t is physically impossible for a “coin” generated by an ordinary comput

. Figure 83 : Illustrating the Physical Differences between Different Technologies [169, 154, 156] Physical cost function protocols (a.k.a. proof - of

. 327 Figure 84 : Breakdown of a Proof - of - Work Tech Stack [169, 177, 154, 156] These theoretics emphasize the point that Bitcoin represents a phys

. Figure 85 : Illustration of the Difference Between Proof - of - Work & Proof - of - Stake Protocols [169, 177, 154, 178, 179, 90, 88, 89, 76] T o pe

provides a side - by - side comparison between the control structure model of a p roof - of - w ork system and a p roof - of - s take system. The read

Side - by - Side Comparison between Proof - of - Wor k Proof - of - Stake Resource Control Models [76, 177] As introduced through the concepts of Powe

. 337 Figure 87 : Software Administrators with “Stake” in Ethereum 2.0 Not surprisingly for anyone who understands power projection tactics in human s

. 338 Figure 88 : Graphical Illustration of Bitpower Concept [169, 177, 154, 178] Unlike most software specifications , it is important for the reader

9 . Figure 8 9 : Illustration of the Difference Between Public Perception & Reality of Bitcoin’s Dominance [183] 340 C onsidering how Bitcoin’s functi

. [185] Figure 90 : Gabriel's Horn Gabriel’s h orn (the geometrical shape) is noteworthy because it has special mathematical properties. The volume of

. 343 Figure 91 : Visualizing Nakamoto’s Bitpower Tokens as Surface Area on a Gabriel’s Horn Now may be a good time to remind the reader tha t using o

provides an illustration of the paradoxical dynamics of how Nakamoto’s design converts physical power to bitpower. The real - world, infinitely - expa

Logically Paradoxical Power Conversion Dynamics of Nakamoto’s Bitcoin Protocol The left side of th is image illustrates the expanding supply volume of

. 352 Figure 93 : Illustration of the Third Step added by Finney’s Physical Cost Function Protocol [158, 159, 160] Finney ’s solution to the double -

. But more notably than that, Bitcoin represents the only globally - adopt able physical power projection technology that is practically useful for na

Evolution of Physical Power Projection Technologies, with Bitcoin Shown as End State [88, 89, 116, 117, 118, 119, 120, 121, 122, 123] Physical cost fu

, t he end state of this global - scale electro - cyber power projection competition is not mutually assured destruction, it's mutually assured preser

. 369 Figure 95 : Comparison between “Hard” and “Soft” Warfighting Dynamics 370 Chapter 6 : Recommendations & Conclusion “ Unless mankind’s attention

. 380 Figure 96 : Notional Combatant Component Dedicated to Securing Allied Hashing Industry [192] 6.3.3 Consider the Idea of Protecting Bitcoin under

. 385 Figure 97 : Illustration of Softwar Concept [1, 2, 3, 4, 5, 149, 150, 151, 152] The bottom line is that Bitcoin could represent the emergence of