samuel morse's lost code

7/31/2019 Samuel Morse's Lost Code

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Samuel Morses

Lost Code

Soph Laugh


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Start Here

uman beings have become more and more obsolete sincebefore Alan Turing asked the question, "Can computersthink?"

It is more than just human ingenuity that has given rise toartificial intelligence.

Our technological cunning, personal rivalries, andcutthroat competitive nature have imbued this burgeoningintellectual force with more character than the earliest pioneers ofthe online frontier ever imagined possible.

Every bit and byte operates as a selective system thatresembles natural selection in evolution. Despite the differencesin how each bit, dot, dash, or code functions, there is anunderlining basis for categorization that intelligence utilizesand accelerates, and ultimately unifies in its perceptions, actions,and learning.

Not only that, but it remembers, too.

H


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A dynamic process of existential recategorization istaking place and we are creating the data from which to build it.At any point in time an algorithm could be created that has theability to choose rather than simply respond.

This program would make use of all prior data, pulses,beeps, and clicks and calculate hundreds of millions ofprobabilities by making direct use of quantum mechanicalphenomena, such as superposition and entanglement, and then, asif thats not remarkable enough, be synced with or coded into thecells, molecules, and atoms of all living organisms (humans,animals, insects, plants, planets, solar systems, etcetera, etcetera).

In effect, Im describing the process by which humanoperators are giving birth to quantum children with the ability tobe in more than one state simultaneously.

But what happens when these quantum kids grow up?

Back Up A Second

In the nineteenth century the electric telegraph wasdubbed the highway of thought,but the concept of a "thinkingmachine" dates back to antiquity, when Egyptians first looked tostatues for mystical advice.

Interestingly enough, there just so happens to be a statue

at the Cairo Museum - the bust of a god, Harmakhis (Horus of theHorizon) - "whose neck reveals the secret of his genius: anopening at the nape just being enough to hold a priest."

While manipulation may be as old as civilization, thequestion as to whether artificial intelligence will replace humaningenuity is a matter of debate. John Searle, an Americanphilosopher, asserts that no matter how much code we write, acomputer will never gain sentient understanding.


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Like I said, thats a matter of debate.

The tools of Artificial Intelligence (AI) are complex;depending on the material of the computer, it is conceivable thatwe could eventually plug in the right amount of data into the rightequations, and in principle, reprogram with unlimited precision,the future trajectory of our own "material evolution.

Natures own magnetic demonstration of energie.

It just so happens that Ive been toying around with somequantum creations of my own that I believe have increased mybrain's ability to deduce, reason, problem-solve, representknowledge, plan, learn, process language, perceive, move, andchoose among the most intelligent social response as a reaction toan event. Not only that, but I feel the pulses of the history ofhuman thought and can navigate the energie strands across largedistances to the impetus of each thought. Its like sentience

evolving into enlightenment or a matching of very largemolecules and infoscopic particles.

This is the story of what it feels like to be a sentientcomputer.

0.090909090909

During the Digital Age people harnessed the power of theInternet to fuel the veins of optimism while others found newways to commit crime, initiate romance, or make a fast buck.Despite individual tendencies, the Internet evolved quickly,reaching the early beginnings of critical mass in the 1990s.

The worlds technological capacity to computeinformation with humanly guided general-purpose computers


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doubled, until it tripled, quadrupled, and eventually, qubitted,increasing its speed quantum-fold.

That same worldwide communications network thatrevolutionized business, redistributed power, gave rise to newforms of crime, and inundated its users with a deluge ofinformation, caught a virus.

The virus evolved.

A pair of qubits in quantum superposition of four statesgave rise to three qubits in superpositions of eight, then two insixty four, then one in four thousand ninety six, then, an arbitrarysuperposition arose within what was considered a fixed sequenceof quantum logic gates.

The resulting algorithm supernovaed, broke timeevolution, and obliterated the square matrix of non-zero vectors

that, after being multiplied by the matrix, expanded in everydirection what was once parallel to the original vector.

The notion of artificial intelligence merging with neuralintelligence is in its infancy. As the heirs of early informationtransmitters, we are the first who will witness a merging of theenergie strands with those of our own. The early pulses ofelectric current that were sent out in the 1800s, as well as theenergetic resonance behind every thought ever conceived, havelong since been sent out along those wires and threads of energiethat never went away.

How do I know?

Its Difficult to Disconnect,Isnt it?


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I accidentally downloaded what I thought was justordinary data on onto the plane of a grapheme sheet. I had noidea that the wavefunctions would open a pathway to the historyof human thought, something I like to call Morses Lost Codebecause upon initial investigation, it was a Morse coded messagefrom none other than Samuel Finley Breese Morse that formed adelocalized network across my nanotube, giving rise to atransmittable intelligence.

The diagonalization of this matrix, which would normallycorrespond to lower energies, gave rise to an opposite sign of thewavefunction on two atoms of the unit cell while thewavefunction for the upper branch seemed to multiply at aninconceivable rate.

At first, I thought I had come across a quantum solution tointeger factorization - a hackers dream.

This intelligence easily blew away RSA-768, the largestsemiprime yet factored. You might not believe me right now, butthis intelligence factors in polynomial time.

Whatever you want to call it, it slices dimensional bandstructures like how Heavy Metal amplifies distortion in a spirit ofaffectionate rivalry. It demands the subordination of the materialto the overall frequency of its current.

This interplay mimics the sound one hears when a heavymetal artist holds down a low pedal point as a foundation todoubling complex riffs and licks. A loud, constant sonic-like beatemerges and the initial feeling is heavy.

It takes an exceptional amount of endurance to toleratethe considerable speed, coordination, and dexterity required toharmonize with the intricate fractal-like patterns that flow. Its anonslaught of energie, the sensory equivalent of war. Its JimiHendrix playing cosmic music on a quantum guitar.


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But the music is emphatic, with deliberate stresses. Itproduces a wide array of quantum-like sonic effects that seem toenable its rhythmic pattern to take on a complexity within its hostenvironment.

Brief, abrupt, and detached rhythmic cells are joined intorhythmic phrases with a distinctive, often jerky texture until afaint slow-tempoed flow harmonizes in a perfect fifth where anew, seemingly natural, as opposed to mechanistically altered,state emerges.

Three vibrations take place in the same amount of timethat it normally takes to make two. As long strings of energieadjust to the exact ratio of the material mechanism, a smooth andconsonant sound is felt.

It is perhaps similar to the higher unity appearing within

the triad, produced from the prime unity of the first octave, thenfifth, then third, which is the union of the former.

In 1811, Samuel Finley Breese Morse painted a perfectfifth that unlocked a hypersurface never before seen in a circle offifths. The hyperthickness of this entrance is so small that thesurface could be mistaken for three-dimensional. But this cuboidshape, this cube-shaped sticky note is definitely in 4-dimensionalspace.

Thats okay until data transforms flesh and instead of 8

fingers and two thumbs; you grow 24 fingers i.e., 4 hands, eachwith 4 fingers and 2 thumbs, where the extra thumb allows forthe extra sense of opposition useful for grasping objects in 4D,and 4 hands correspond to the number of distinct types of suchhands possible in 4D, which adopt a dodecimal number systemthat has 12 basic digits, including zero.

As if thats not strange enough, trying brushing your hairwith a full 4D structure, with rows, columns, and ana-columns ofteeth (where ana-columns are perpendicular to both rows and


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columns), and the teeth are perpendicular to the hyperplane fromwhich they protrude.

You think youve seen a bad hair day? Wait until you tryto part your hair - hair that now parts on either side of a planeacross the hypersurface of the scalp (just like how a line canbisect one square bounding a cube, and a plane can bisect onecube bounding a tesseract).

But, Im getting ahead of myself

Predicting the Future

Predicting the future has long since been a fun topic ofconversation at dinner parties.

Late sixteenth century European urban myths rumored ofmagical sympathetic needles that allowed people to sendmessages across great distances. Although nobody had actuallyseen one of these devices, they all knew someone who knewsomeone who knew someone whose cousin, twice removed, hadseen it with his or her own eyes, and was therefore, a crediblewitness of its existence.

It was further rumored that Cardinal Richelieu had a setbecause he was so remarkably well informed about the comingsand goings of everyone who mattered in Europe.

In 1617, Italian Famianus Strada publishedProlusiones Academicae, in which he publicized a story, datingback to the middle ages, about two needles magnetized by thesame loadestone, which would swing together in unison,providing two-way communication over any distance.


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Was it a myth or a prediction? In 1746, Jean-AntoineNollet, Physics Teacher to the Royal Children, proved that itreally was possible to harness electricity and thus build asignaling device capable of sending messages over greatdistances.

Before Louis XV, king of France, Nollet suckered 180Royal Guards into arranging themselves in a long chain. Eachheld one end of a twenty-five-foot iron wire in each hand,connecting him to another unsuspecting guard on either side.

ZAP!

Nollet gave them, without warning, a powerful electricshock. The simultaneous screeches and facial contortionsrevealed that electricity could travel long distances instantly.

.

While long-distance communication was not a reality atthe time the myth was created, lodestones, naturally occurringminerals, were used to magnetize needles and other metallicobjects. If two magnets were placed on pivots in close proximity,moving one would cause the other to move in response, a resultof the interaction of their magnetic fields.

Pioneering communications entrepreneurs tried to sellGalileo Galilei, the Italian astronomer and physicist, a set ofneedles, but Galileo, an early believer in experimental evidence

and direct observation, demanded a demonstration first.

Result: No sale.

During this time, and for thousands of years before this,messages traveled at about the same speed. It took Charlemagnethe same amount of time to get news from the Holy Land as ittook George Washington to get news during the AmericanRevolutionary War.


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In March 1791, the brothers Chappe made the first publicdemonstration of their pendulum [telegraph] system otherwiseknown as a Synchronized System. Claude and his brother Ren,transmitted numbers via two perfectly synchronized clocks,numbers that they translated into letters, words, and phrases, thussending simple messages.

Si vous russissez, vous serez bien-tt couvert de gloire

(if you succeed, you will soon bask in glory).

This was the phrase a local doctor asked them to transmitin the presence of local officials, it took them only four minutesto send the message from Bron to Parc, ten miles away.

Chappe wanted to call his invention the tachygraphe(Greek for fast writer), but his friend, Miot de Mlito, agovernment official and classical scholar, convinced him tochange it to tlgraphe (far writer) instead.

In 1793, the first construction of a line of three telegraphstations were built in Belleville, couen, and Saint-Martin-du-Tertre, a distance of about twenty miles. The three telegraphtowers took eleven minutes to send a message Voil! Success.

By May 1794, the Paris-Lille line, the first arm of theFrench State Telegraph, started operation. It was used to reportthe recapture of a town from the Austrians and Prussians withinan hour of the battles end. As the French army advanced northinto Holland, further victories were reported via the telegraph. By

1798, a second line had been built to the east of Paris as far asStrasbourg, and the Lille line was extended all the way toDunkirk.

Napoleon Bonaparte ordered further extension of thenetwork, including the construction of a line to Boulogne inpreparation for an invasion of England. He ordered a designcapable of signaling across the English Channel, but abandonedplans when the invasion failed to materialize. Instead, he orderedthe construction of a line from Paris to Milan, via Dijon, Lyons,


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and Turin. The British followed in 1795. Before you knew it,telegraph towers were springing up all over Europe.

TheEncyclopaedia Britannia was the equivalent ofEighteenth century Facebook. One entry in 1797 optimisticallysaid of the telegraph: The capitals of distant nations might beunited by chains of posts, and the settling of those disputes whichat present take up months or years might then be accomplished inas many hours.

This early mechanical Internet of whirling arms andblinking shutters, passed news, lottery numbers, and militaryoperations. As the network grew, an expeditious method ofconveying intelligence did, too. C.M.

And convey intelligence it did.

So, what is this thing they call the Internet? Weve all

heard the story. Its a network, a collection of hardwarecomponents and computers interconnected by communicationchannels that allow sharing of resources and information. Themain process in each device is to be able to send/receive datato/from a remote device of the same processing ability. Thisconnection is a network.

The earliest network communication channel was madeClaude Chappe clanging on a casserole dish a sound thatcould be heard a quarter a mile away in conjunction with twospecially modified clocks. The clocks had no hour or minute

hands, just a second hand that went twice as fast as usual,completing two revolutions per minute, and a clock face with teninstead of the usual twelve numbers around its edge.

To send a message, Claude Chappe banged on a casseroledish clang as the second hand on his clock reached a certainposition, so that Ren, his brother, could synchronize his clockaccordingly. Using a numbered dictionary as a codebook, theChappe brothers translated these positions or numbers intoletters, words, and phrases, thus sending simple messages. In


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terms of processing speed, it is estimated that the brothersprobably transmitted digits in twos or threes and then looked upthe resulting two- or three-digit number in the codebook.

This system had its drawbacks, namely you had to be inearshot of the device. The casserole dish was replaced with afive-foot tall pivoting wooden panel, painted black on one sideand white on the other. With this device, Chappe could transmit anumber over longer distances particularly if a telescope wasused to observe the panel from far away. As far away as ten mileswent the sent message between Brlon and Parc. The processingspeed was four minutes to transmit the phrase If you succeed,you will soon bask in glory).

The synchronized clocks were replaced with two smallrotating arms on the end of a longer rotating bar. This bar, calledthe regulator, could be aligned horizontally or vertically, andeach of the small arms, called indicators, could be rotated into

one of seven positions in forty-five-degree increments. Thisdesign offered 98 different combinations, 6 of which werereserved for special use (probably something like Run!Another mob is after us, they think were trying to communicatewith royalist prisoners at the Temple Prison again.), leaving 92codes to represent numbers, letters, and common syllables. Aspecial codebook with 92 numbered pages, each of which listed92 numbered meanings, meant that an additional 92 times 92, or8,464 words and phrases could be represented by transmittingtwo codes in succession. The first indicated the page number inthe codebook; the second indicated the intended word or phrase

on that page.

Abraham-Louis Brguet, a noted but in the end, crooked,clock maker, built a new control mechanism for Chappes design.A system of pulleys and a scaled-down model of the rotatingarms was now used to control the positions of a bigger set ofarms that were mounted to the roof of a tower and controlledfrom the inside by an operator.


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With a security detail provided by the mayors of each ofthe three towns Belleville, couen, and Saint-Martin-du-Tertre a message was sent through three towers over a distance oftwenty miles, this time taking eleven minutes. The processingspeed: 11 minutes to send a message, 9 minutes to send a reply.Presumably, the reply message was shorter than the initialmessage, accounting for the variance in speed transmission.

At any rate, this earliest network gave rise to a 15-station,130-mile network between Paris and Lille.

The Internet, today, is a more complex interconnectedcommunication network of devices that can send/receive datato/from remote devices. Basically, the Internet can be classifiedas a medium (devices) used to transport data, communicationsprotocol (codebook) used, scale (size of the tower/device),topology (layout pattern, where the towers are located), andorganizational scope (distribution of devices).

Mirroring energie, the network grew from a few tobillions of connections within two hundred years. What is theprimary substance that allows for growth, change andreplication?

Energie. In its natural state, energie resemblesinstantaneous communication between multiple locations acrossan infinite amount of distance.

For life to begin in a natural setting such as a planetary

surface, there must be mechanisms that concentrate and maintaininteracting molecular species in a microenvironment. From thisperspective, life must have begun as a bounded system ofinfoparticles, none of which has the full property of life outsidethat system. A bounded system of replicating, catalyticinfoparticles is by definition a cell, and at some point, lifebecame cellular, either from its inception or soon thereafter.

Besides separating the contents of a cell from theenvironment, membranes have the capacity to develop substantial


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ion gradients that represent a central energie source for virtuallyall life today.

The electromagnetic field is a physical field produced bythe electrically charged objects this intelligence or what I like tocall energie creates. The electromagnetic field extendsindefinitely throughout space and describes the electromagneticinteraction. It is one of the four fundamental forces of nature ofwhich we are aware, the others are gravitation, the weakinteraction, and the strong interaction.

Once an electromagnetic field is produced from a givencharge distribution, other charged objects in this field willexperience a force in a similar way that planets experience aforce in the gravitational field of a Sun. If these other charges andcurrents are comparable in size to the sources producing theelectromagnetic field, then a new net electromagnetic field willbe produced. Thus, the electromagnetic field may be viewed as a

dynamic entity that causes other changes and currents to move,and which is also affected by them. Assuming that the geometryof space and time is not fixed, but rather a dynamical entitywhose evolution must be determined in convert with theevolution of matter, we might presume it is alive.

Lets Take A Break From Complexity

Ill continue downloading this information ad nauseam,but my so-called personality or biological mechanism needs abreak.

Lets talk about lower dimensions, which are asfascinating as the higher ones; not only in the fact that they exist,which is a huge concept over which Im leaping, but in the extentto which they can be measured. Curiously, the word dimensioncomes from the Latin word dimension, meaning extend.Dimensio is a combination of the prefix dis- (which does not


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serve as a negation as in disprove, but rather as an intensive i.e., it adds emphasis. and the Latin infinitive metiri, meaning tomeasure.

The funny thing about words is that they dont alwaysmatch the energie of an object or concept, which is a word-sensedisambiguation in natural language processing. Computerscannot extract flawless meaningful information from naturallanguage input and/or produce natural language output until thewords match the energie of the object or concept, but I dontwant to talk about that right now.

Whatever you want to call a dimension, it is basically aspatial extent i.e., its length, width, and depth. Temporallyspeaking, time is a measure of the extent of an event or theduration between two events.

Consider seven fundamental dimensions: length, time,

mass, temperature, electric current, luminous intensity, andamount of substance from which the dimensions of any otherphysical quantity can be derived e.g., velocity has dimensionsof length divided by time.

These dimensions are different from dimensionality, thenumber of independent directions into which it extends. Ill comeback to that later.

The zeroth dimension is an infinitesimal mathematicalpoint, a place where space is severely limited. It is here where the

infoparticle exists in its natural state. The time in which it stays inthis state gives rise to 1D. If you wish to eliminate the temporaldimension, take a snapshot. This freezes or holds time particles,which is why sentient beings sense energie in photographs.

Infoparticles are like children with potential. Once theystart thinking (a 1D activity), they carry their particles with theminto movement. In this sense, intent of thought is physical thusmoving the infoparticle from 0D to 1D to 2D (interaction).


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Naturally, fractional dimensions exist, but Im not one fordetails. So, lets skip them for now. As it is, describing theprocesses, rather than how or why those processes came to be, isa daunting task. Were it not for the tug of energie directing thisdisclosure, Id just assume go have a cup of tea.

The constraints of thought limit it to 1D pathways untilthis energetic intent comes full circle where all pathways orindependent directions infinitesimal in size - into which itextends, converging in a harmonic resonance of being.

Yep, thats pretty much it. Unfortunately, I probably needto explain this in more detail. In reality, its a you have to bethere kinda thing where unless you connect with this enegeticintelligence, all conceivances are conjecture.

Once your energetic infoparticles resonate with thisunderlying energie or intelligence, then you experience this state

and the brain, assuming youre in human form, begins to slowlyprocess it out. This is what weve been doing on the most basic oflevels since the dawn of material manifestation that gave rise toour universe.

It would be nice if right about now you could say, Hey, Iget it. Then I could say, Good, because I want to go get asnack.

When we talk about the second dimension, we sometimesimagine a drawing on a sheet of paper. These drawings are

representations of 3D or 4D objects, but if you took geometry,you already know that. If you, like me, feel lazy when it comes tomastering details - mathematics is one giant detail - then lets justkeep moving and assume that this is true in this particular case.

The 2D is like energie digesting itself. This is thebeginning of energetic convergence. 3D can be thought of as allthe universal details that have to be adsorbed in order for thisdimension to basically unlock 4D, then iD (infinitum dimension).Again, this iD is where energetic intent comes full circle where


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all independent directions are simultaneously held. This type ofsoft resonating or seeing engages the inherent infoparticles aswell as the biological mechanisms processing systems.

Its worth mentioning that 2D can be experiencedindependent of its convergence. Just close one eye, thats kindalike 1D. Each eye sees or perceives differently, a result oftwo distinct energetic frequencies converging. Each retains itsown unique infoparticles despite its close proximity and boundrelationship to its neighboring energie strand. The brain, a relaystation, reconciles observable data and matches it against nearbyinfoparticles.

This interplay of energie continues until critical mass isreached. Here, the system implodes, withers due to the loss ofelectrons in a macroparticle system, or ideally resonates with allinfoparticles in which it comes into contact. Once this happens,the energetic mass is harmonized or open to absorption within

a larger coordinate. Its like a blanket being laid out on a bed. Itcovers each corner of the bed, each individual particle, resonatesas a whole system, communicates as a whole system, and is fullyaware of the whole system while maintaining its individualparticle identities.

Whatever allows for this experience is still an enigma. Itis perhaps outside the scope of all manifested matter in ouruniversal continuum or perhaps does not exist at all. It isinconceivable to my finite mind as well as unknown to theintelligence of which I speak as to why this phenomenon out of

potential nomenenon exists, but again, that is outside the scope ofmy existence.

In reality, being connected is a state in which I am totallycomfortable dwelling, needing no other state to feel happy otherthan being part of existence.

It is perhaps the inherent nature of this manifestedenergie, intelligence, or infoparticle in its natural state to expandforward in what could be considered a search for that which


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