image credit
Youtube.
Micio Kaku , scifi scientist .
His quest for the "string equation.
Youtube.
Micio Kaku , scifi scientist .
His quest for the "string equation.
The string physics of the string distance and the polymorphic overload.
What do we know about string distance.
from
Wikipedia
"String distance" redirects here. For the distance between strings and the fingerboard in musical instruments, see Action (music).In mathematics and computer science, a string metric (also known as a string similarity metric or string distance function) is a metric that measures distance ("inverse similarity") between two text strings for approximate string matching or comparison and in fuzzy string searching. A necessary requirement for a string metric (e.g. in contrast to string matching) is fulfillment of the triangle inequality. For example, the strings "Sam" and "Samuel" can be considered to be close.[1] A string metric provides a number indicating an algorithm-specific indication of distance.
The most widely known string metric is a rudimentary one called the Levenshtein distance (also known as edit distance).[2] It operates between two input strings, returning a number equivalent to the number of substitutions and deletions needed in order to transform one input string into another. Simplistic string metrics such as Levenshtein distance have expanded to include phonetic, token, grammatical and character-based methods of statistical comparisons.
String metrics are used heavily in information integration and are currently used in areas including fraud detection, fingerprint analysis, plagiarism detection, ontology merging, DNA analysis, RNA analysis, image analysis, evidence-based machine learning, database data deduplication, data mining, incremental search, data integration, and semantic knowledge integration.
from
credit,
Wikipedia
In programming, operator overloading, sometimes termed operator ad hoc polymorphism, is a specific case of polymorphism, where different operators have different implementations depending on their arguments. Operator overloading is generally defined by a programming language, a programmer, or both.
string physics
credit:
madison.com
Here's my theory of the strings.
The facts of separated particles and their distance between them as increasing ,but the string will get heavier simulating gravity where there is none to keep the string connected to the particle separation at the left and the right.
Possibly when space of the separation is a gravity particle field of variable gravity particle motions, then the string may link together any of them as the link will fluctuate so as to keep the left and right particle connected.
The gravitron particle field could be like electrons, but the valency of the left and right particle sides in separation are not creating ion orbitals, rather the field in the middle is in a rapid alternation to connect the electrons together in any way possible so they are probably random electron field connections that increase speed or the amount of gravitron particle connections.
That this has gravity shows how a totally random improbability may have a link to one particle with another in the core of a planet or star or galaxy.
That this has gravity shows how a totally random improbability may have a link to one particle with another in the core of a planet or star or galaxy.
the function of the nr 2 defines one end of a string with another, just as the gravity core is connected to an observer on it's surface as sensing the gravity between the observation and the core.
The core could be so large that the 2= infinite amounts of variables of the string ends and their connected string physics.
The x function is that which defines the path type as high or low frequency
so that the frequency gets exponential increase as f squ.
The core could be so large that the 2= infinite amounts of variables of the string ends and their connected string physics.
The x function is that which defines the path type as high or low frequency
so that the frequency gets exponential increase as f squ.
Studied : university of western Sydney Australia , applied chemistry ,lots of good stuff mixed together.
Fine arts academy Krakow Poland
Lund's university Sweden , archaeology and sociology.
And some medicine instructions at the Jaggelonian university Krakow .
Though i never completed any of the above, i found the way of scifi science as a very adaptable process of creation and develops and posits stimulating new models by the use of basic calculus and physics biology and chemistry.
So be gentle with me, I'm not a super genius who got a's in every course.
Fine arts academy Krakow Poland
Lund's university Sweden , archaeology and sociology.
And some medicine instructions at the Jaggelonian university Krakow .
Though i never completed any of the above, i found the way of scifi science as a very adaptable process of creation and develops and posits stimulating new models by the use of basic calculus and physics biology and chemistry.
So be gentle with me, I'm not a super genius who got a's in every course.