Examples of using Mathematical objects in English and their translations into Vietnamese
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In proof theory, proofs and theorems are also mathematical objects.
Categories are simultaneously homes to mathematical objects and mathematical objects in their own right.
If the lines were to exist,they could also be represented as other kinds of mathematical objects.
In topology, materials are described as mathematical objects with set numbers of“holes”.
Benacerraf also developed the philosophy of mathematical structuralism, according to which there are no mathematical objects.
The kind of existence mathematical objects have would clearly be dependent on that of the structures in which they are embedded;
Vector graphics are made up of lines andcurves that are defined by mathematical objects called Vectors.
In this case data are treated as mathematical objects and synchronization corresponds to a mathematical process.[5][7][8].
Kurt Gödel's Platonism[6]postulates a special kind of mathematical intuition that lets us perceive mathematical objects directly.
His“set theory” was such a useful language for describing mathematical objects that within decades, it became the field's lingua franca.
The additive inverse is defined as its inverse element under the binary operation of addition(see the discussion below),which allows a broad generalization to mathematical objects other than numbers.
They twist and stretch mathematical objects, translate them into new mathematical languages, and apply them to new problems.
Even in the case of Grothendieck's highly abstract work,experts were able to relate most of his new ideas to mathematical objects they were familiar with.
The ontological status of mathematical objects has been the subject of much investigation and debate by philosophers of mathematics.[1].
Max Tegmark's Mathematical universe hypothesis goes further than full-bloodedPlatonism in asserting that not only do all mathematical objects exist, but nothing else does.
Brouwer, the founder of the movement, held that mathematical objects arise from the a priori forms of the volitions that inform the perception of empirical objects.[15].
Max Tegmark's mathematical universe hypothesis(or mathematicism)goes further than Platonism in asserting that not only do all mathematical objects exist, but nothing else does.
Because most mathematical objects can be described in terms of strings, or as the limit of a sequence of strings, it can be used to study a wide variety of mathematical objects, including integers.
Mystical doctrines as to the relation of time to eternityare also reinforced by pure mathematics, for mathematical objects, such as number, if real at all, are eternal and not in time.
Meanwhile, ordinary mathematical objects like matrices and networks yielded unexpected new insights in short, elegant proofs, and decades-old problems in number theory suddenly gave way to new solutions.
To some, the process of unearthing the unexpected, winding paths of proofs,and discovering new mathematical objects along the way, is not a means to an end that a computer can replace, but the end itself.
Hilbert's geometry is mathematical, because it talks about abstract points, but in Field's theory, these points are the concrete points of physical space,so no special mathematical objects at all….
What is called the Platonic view of mathematics holds that mathematical objects(the things that the theorems of mathematics are about, such as numbers, spheres, planes, curves and so on) exist in a separate timeless realm of reality.
In computational mathematics, computer algebra, also called symbolic computation or algebraic computation, is a scientific area that refers to the study and development of algorithms and software for manipulating mathematical expressions andother mathematical objects.
To solve the problem, Tao measured the“entropy” of mathematical objects called multiplicative functions or sequences, which lie at the heart of not just the Erdős discrepancy problem, but also some of the deepest problems in number theory, such as understanding the distribution of prime numbers.
Set theory has come to play the role of a foundational theory in modern mathematics,in the sense that it interprets propositions about mathematical objects(for example, numbers and functions) from all the traditional areas of mathematics(such as algebra, analysis and topology) in a single theory, and provides a standard set of axioms to prove or disprove them.
One important difference is that mathematical objects have clearly defined types, which can be explicitly defined in a text:"Effectively, we are allowed to introduce a word in one part of a sentence, and declare its part of speech in another; and this operation has.