Why Empire State

7/27/2019 Why Empire State

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Why Empire State?

I have a desire to attend Cornell-Tech for a Masters degree sometime after 2017

when they move to Roosevelt Island. I hope to be able to participate in changing

biotechnology into techno biology and help the Cornell Community remain at the

frontier of this enterprise by leveraging its new teaching model meant to push theNYC tech sector into the frontiers forefront.

( New academic model of co-location in the creation of non-digital living tech.)

Applied science campus.

The focus of the campus to community techno-bio connection will be in the

difference of the stoichiology vs methodology that the infinity computer can bring to

the difference of finite stochastic CRNS used to interface molecular levels of

organization with cell-level higher level of behavior and infinite CRN language

molecular programming (cut the polymer in the middle of any ATTCGAAT

sequence). Grossone compliers enable the finite conceptualizations to realize

infinite turning results, resulting in different ways to probe and interacte an

interface onto molecular control through cell functionality. Infinitesimal propagation

from the place of the cutting is bound by the inifinites and this spans the molecular

to the cellular levels. Molecular programming becomes a new means to engineer a

level of organization difference in biology and provides the means to a new medical

discipline of healthy living techniques methodologies of the given stoichiologies.

Techno-bio then works to communicate these level of organization interactions with

existing electronic communicative and built environment materailities

intentensionally. The cicular research to product line development at Cornell Tech

provides a means to fulfill this programming paradigm which is not possible in thecurrent industry RD situations nor the ongoing academic funding ways.

Techno biology will be a new healthy built connection. It will utilize non-digital

analogs to digital communication through improved health that is powered by new

energy sources of form. Entropy bridges this formation and the information transfer

is accomplished by macrothermodynamic temporality onto the individual and thus

via ecology and evolution the population and species categories and levels.

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Agility and changeability (by using past evolution spaces increase in changeability

through the technology will permit technology to achieve the newest agility of

velocities no matter how the space is compounded for any given manufacturing

materials. NO departments but rather different hubs.

Dna computers offer a new computational regime more likely capable of interfacing

with biological tissue than electronic computers. In the construction of DNA

computers compilers have been developed to determine the molecular species


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needed for a given design but issues of infinity representations compounds the

practical implementations. It is even doubted whether the problem of deciding the

finitness of the formal basis of a given CRN (part of the compilation process) is

decidable. Here the grossone numerial system is used to manifest the infinites in

decomposable pathway numbers. Infinitesimal to Infinite functions across finite

valuations are used to find finiteness of the formal basis of any given CRN. Aimplementation on the infinity computer is shown.

Locating the grossone finite computer implementation AT the insight that well-

mixed finite stochastic chemical reaction network with a fixed finite number of

species performing a Turing-Universal computation provides an intuitive basis

within which the level of organization programming can be imagined theorectically

with naturally selected and artificially selected forms of living things. Comparisons

of two different grossone implementations (and larger tha a given grossone one

division numbered) provides the means to check for the computational error in the

molecular program. Here the finite number in the grossone representation is a

number of chemical species performing the Turing Universal computation and theinfinitesimal to infinite parts of the representation provide the error margins to

computation given those species. (There may be more than one system with the

same finite number of species but different infinetsimal OR infinite parts which give

the quality of the stochastic differences towards the logical outworks of the

stoichiology). This is new way to use electronic compters to program artificially

selected forms of living things provided the design is embeeded and working in

living tissues. The error reducation steps are dimisihed from the infinitesimal to the

infinite through the finite entropicallyl. This techno-biology may not work well with

naturally selected individuals but it can work technically as engineered for human

purposes of interaction between physiology and moving forces in man-madeenvironments.

Empire State will enable me to focus on so me possible directions for this nascent

field through the construction of particular independent mentor situations in

evolution from which I will add the technical and engineering skills as a masters

program. Empire state will enable me to tailor my undergrad finishing into the

three hubs of Built Environment, Connective Media, Healthier Life.

Information Generating Project

Cornell tech currently relies on the information rich environment of NYC around

entertainment, medical to provide the fulcrum from which it plans to leverage its

tech talent in a new way. An exciting possibility of the new regime of teaching and

industry and government is to actually generate yet another information rich sector

for society. The new idea is to link genetically historical information to current

purposive creativity, first in repairing unhealthy tissues , then in promoting more


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healthful living and finally in interfacing to with natural physiology to enhance

connections to ones built environment concurrent communication technologies. To

many this may sound like daydreaming but with the motivational boost that

Technions native community provides the ground is resting ready for in

construction of infinity computer technology interacting with DNA computers

interfaced to living cells made from 3-D printers that could socially evolvelamarkian-wise a new information rich component of life that would self-assemble

itself from Cornell Tech through NYC and beyond. The prior vision relies on NYC

while this uses NYC to better the world.

DNA computers offer a new computational regime more likely capable of interfacing

with biological tissue than electronic computers. In the construction of DNA

computers compilers have been developed to determine the molecular species

needed for a given design but issues of infinity representations compounds the

practical implementations. It is even doubted whether the problem of deciding the

finitness of the formal basis of a given CRN (part of the compilation process) is

decidable. Here the grossone numerial system is used to manifest the infinites indecomposable pathway numbers. Infinitesimal to Infinite functions across finite

valuations are used to find finiteness of the formal basis of any given CRN. A

implementation on the infinity computer is shown.0

The design of the DNA computer will depend on the relation of the DNA to tissue

functionality and goes beyond current biotechnology in that it deals with the moving

forces rather than the substances themselves (genes, proteins). It is an engineering

practice that manipulates programmatically internal moving forces that while

internal the body are external to the historically coded inheritable information

behind the expression of different substances.

This interface would be difficult to build under a purely industrial backing because it

demands a signfincant investment in a particular R&D program that only an

academic environment can select to undertake. It will determine what tech to bio

interfacing will look like in the next 30 years and needs to be invested in at that

level or beyond to be worthwhile. Also it is not likely to be developed in a the

traditional academic model since the principal formal addition requires attention to

a very unique concept that is not used much in pure and not really at all in practical

applications infinity. The design space of DNA computers however calls for with

reliance on past digital philosophies such a relation to math and the Technion

connection makes this highly possible venture that would be hard to achieve insome other institution and certainly not in those that unlike Cornell Tech are not

trying to bring the relation of idea creation and industrial application into one

process rather than being spread out in a sequence as it currently is being done in

the Valley for instance. Cornell Weill Medical College is in a great position to

contribute expertise, information and input on how to work out the interface of the

Logics in the DNA computers to biochemical and physiological problems that can be

interacted with. Concurrent development of the Infinity Computer with Interface


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Development via DNA computation advances offers a way that all three hubs

(connective media, built environment of the Cornell Proposal can be gain said. This

will open up a new tehnology category where electronic logic is connected historical

biogological contingencies through molecular progrmaing its inheritly designed

entropy based logic gating mechanisms.

Metaphysics of infinity Greeks Russel Cantor Game Theory Sergev

Relation to moving forces Catholic Church refused Cantor but Technion can

embrace applied infinity since Church politics can be kept out. The interface is

nothing but a kind of catalog of the moving forces available to heritable information

organized by different lineages under evolution. It clearly seperates teleology and

teleonomy.

Use of infinity in making technology for molecular programming

Addtion of Grossone numeral system to accomplish molecular programming goals

Tasks of finding natural interfaces of DNA computers to biological funcationaliy

Electronic contacts,

Drug delivery,

Natural productivity (metabolite)increases,

Gene regulation interactivity,

Changsto meiotic efficiency

Increasing rates of netural evolution (through effects in recombination) into desigied

network directions for use in different environments

This creates a new technological information rich domain.

While it may be developed sequentionally without infinity involved a more organic

and self-assemlyable recursive version in more probable to reach beyond individual

early adopters if infinity computing is used to link the app across the teleology to

teleomatic given the entropy dominant teleonomic. Only constraint is entropy and

evolution in general and entropy and infinity computer versioning in particular.

Those are the engineered parameters that worked around in the designs and

taught as an academic thing not necessarily something industry would willingly

come up with.


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The independent nature of Empire State will enable me to produce practicaql

results in computational panbiogeography through the use of graph databases,

levergage international contacts with the development of the infinity computer

applied to a new view of biometry, and suggest new theoretical directions in the

debate between social and sexual selection. For Healthier life the technology will

be DNA computers linked to actual DNA functionality (in particular between meiosisand mitosis under the topic that was gametic purity metabolically. New uses of

entropy is here.

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These studies will prepare foundations to describe techno-biology as a field capable

of extracting energy from ancestral formats and propose a means to create a new

type of interactive purposive DNA computer interface with living tissue. This will

create a new agility of velocity compositions for every change possible in the

material (attraction repulsions made cohesions)

The difference of the infinite turing machine but cutting symmetric DNA sequences

as has occurred in evolutionary history vs the finite compartmentailzaiton of a given

entropy driven method provides an interface to probe the species and molecualar

geographic trees as to effecting ecosystem engineering. Thus techno-biology does

provide a potential means to manage climate change induced diversity

reorganizations that man may have so caused. Hopefully the grossone

representations in panbiogeography can find that the man made purposive level of

organization designed interfaces through molecular programs can interact with the

infinite turing expressions of cut DNAs incorporated into different species per

environments.

Use of the Cornell fab@home will be learned as well as part of the Emipre state

program so as to be able as a Masters student to program it with grossone

computations that will lay out tissues (Cell level behaviors) and DNA computer

components (biochemical reactions networked) to demonstrate the extraction of

energy from reproducing tissue (AS WELL AS prepare ecological engineerablity for

ecosystem evoloutioarny experimentation to manage population abundances etc).

This will permit a new connective media able to link the digital world with the

electronic nature of DNA computation but using a new infinite math application not

done anywhere else and fund a new source for energy acquisition (provided the

ecology evolution relation is the method and in the stoichiology)

The built environment will be the design of energy extractors utilizing this

technology.

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If the masters program succeeds a new source of energy for human consumption

will have been created through a revised evolutionary genetic praxis applied.

Through a tetration of reverse evolution ecosystem engineered output.

The importance of the infinity computer is realized when one is interested in

creating a device able to extract ancestral heritage energy without regard towhether the historical contingencies in its formatting (series into sequence) are

compounded from continuous changes or discrete ones. The possible different

divisions or tracks of the grossone turning machine can extract from either situation

(as if both were always true). The Galton sum to one is indicated in the complete

grossone system that only ouputs to a magnitude of grossone. This has the

potential to link the tetrational internal and external (mark recaputre survival in

populations) together. Thus wrights gene fixation is worked back to Fishers

elastic vs non elastic blending and particulate inheritance within any kind of

genetic code interacted to a DNA computer but under the restriction of the

grossone one sum to one even if other input out puts could define larger numbers

the actual technology realized over that latent will be grossone.

Reverse Evolution

Like the idea of reverse engineering here we propose a new modality in agriculture

called reverse evolution wherein the direction of evolution in reversed so as to

increase biomass productivity. The sun is going to blow up so it should not

absolutely matter how high trees grow, By reducing tree canopy hieight and

artificallly selecting for traits that decrease height and cellose formation under the

redistribution of individual access to water with new light gaps created, herbivory

can be increased and in turn the reproduction of plants and with more carnivores

equals artificial selection reverseing the current trends in evolution with morebiomass harvested for human consumption.

Otherwise

Tasks of finding natural interfaces of DNA computers to biological funcationaliy

Electronic contacts,

Drug delivery,

Natural productivity (metabolite)increases,

Gene regulation interactivity,

Changsto meiotic efficiency

Increasing rates of netural evolution (through effects in recombination) into desigied

network directions for use in different environments

This creates a new technological information rich domain.


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Furthermore the creative nature of Empire State will help me to devise a

philosophy of the new discipline through the learning of German and follow up on

some advocacy work I began in Church to help the people of South Sudan.

This project has the hope that rather than waiting for a political solution that tends

to put the future liability onto the backs of the always next generation that instead

technology will be able to extract the means for of the future generations through a

natural extraction of ancestral endowments from the past heritage.

Built Environment

Conneting indiviuda phyisiology to architectural functions no spandrels!!

Connective Media Electronic to molecular programming translations

Healthier Living Biomedical devices drug delivery and internal diagnosis

DNA computers macrothermodynamic interface Ecological interactivity =

communicating to a buildable environment to increase healthy living by increasing

food production and increasing cooperative reproductive productivity and

formatting medical devices as side-effect of working centripetal harvesting circuits.

Program for Masters in Ecosystem Engineering (macrothermo selections of lower

bound level of organizations already programmed) statistics with individual mark

and recapture histories. (Fishers statistical elastic vs nonelastic gas theory within

medelian genetics networked).

Masters Program in Molecular Programming

Masters Program in Grossone Techno-biology

Masters Program in graph database biogeography for use in standard connective

media situations

Tracking Communites in Time: Panbiogeographic threading from concurrent

distributions back into the Jurassic.

Dice 1952 suggested the existence of natural communities of species assemblages

and Panbiogeographyhas become detailed enough that it may be possible to

suggest from current intrataxon vicariance comparisons -- a common community

descent. This is a regionalization in ecology(ies) - not of geography alone but is


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found from biogeography. Thus the names to be given to these communities (which

are subject to evolutionary ecosystem alteration are not the same thing givable to

areas of common history as proposed by comparative biogeographers since the

depth in time will be limited by the interaction of the ecosystem of the entire planet

of/to the given ecology-evolutionary lineages components summed within.

Panbiogeography nonetheless also operates for data off Earth. Thus whileprojection back into the Jurassic may be possible extension say beyond the Permian

temporally is still in a question.

The Data that are being looked at include salamander differentiation in the Central

US with connection via Croizat tracks to Nuclear Central America and from there

globally (China vs. - France; Africa vs. South America; East vs. West, one vs. two

world continents) depending on the biogeographic synthesis available. The

analysis suggests that extension to the Permian may in principle be possible.

The analysis is composed of within Eurycean splitting compared to other phyla

similar and a biogeographic synthesis is explored geographically (and thusapplicable and made available to natural communities) in space time and form

within the urodelan distributions and their distal origins towards angles available to

investigate temporal community possibilities further back in that time/temporality.

Properties of natural communities that share a common vicariance are proposed as

either internal genetic or external physical force self-similarities. This development

shows that comparative biogeographic speculation that failing to separate

geography from prior biogeography is the cause of some opinion that geography

itself cannot be indicative beyond spurious probability indications of species

presence(s). The eminently statistical nature of Croizat tracks suggested by Leon

are thus confirmed with natural community properties tied to geography.Panbiogeography thus leads to predicting ecological niche relation homogeneities

paraphyletically and this is correlated between edges in biogeographic databases

representing in the active on-going analysis.

While it is possible to be critical of this means to interrogate how earth and life may

have evolved together (there is the verisimilitude of life off Earth) the statistical

correlations of geography across communities can be used as input to

compartmental models of ecosystem functionality and can be useful when making

projections of effects of future proposed global changes on biogeographical

phenomenological kinematics into suggested geographical place equilibria at

certain proposed times of the future. This is needed as man continues to alter the

niche parameters of living things at increased paces. Thus Panbiogeographic

output (no matter how criticized) is helpful towards amelioration of human

population increases on the rest of life (what species will survive with man before

the Sun expands? And/or man migrates life off Earth with living things with it or

moves with natural speed concussively alive from within the Solar System

tangentially out).


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Why Empire State