A lifelong #philomath, #STEM (#Science, #Technology, #Engineering, and #Mathematics) enthusiast, #traveller, #adventurer, and #multipotentialite with interests spanning multiple fields, including pure and applied mathematics, basic and applied sciences, mathematical modelling and analysis, scientific computing, information security (#InfoSec), #geography, #history, and #philosophy.
A lifelong #philomath, #STEM (#Science, #Technology, #Engineering, and #Mathematics) enthusiast, #traveller, #adventurer, and #multipotentialite with interests spanning multiple fields, including pure and applied mathematics, basic and applied sciences, mathematical modelling and analysis, scientific computing, information security (#InfoSec), #geography, #history, and #philosophy.
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A lifelong #philomath, #STEM (#Science, #Technology, #Engineering, and #Mathematics) enthusiast, #traveller, #adventurer, and #multipotentialite with interests spanning multiple fields, including pure and applied mathematics, basic and applied sciences, mathematical modelling and analysis, scientific computing, information security (#InfoSec), #geography, #history, and #philosophy.
A lifelong #philomath, #STEM (#Science, #Technology, #Engineering, and #Mathematics) enthusiast, #traveller, #adventurer, and #multipotentialite with interests spanning multiple fields, including pure and applied mathematics, basic and applied sciences, mathematical modelling and analysis, scientific computing, information security (#InfoSec), #geography, #history, and #philosophy.
The hierarchy of mathematical spaces
These diagrams illustrate the hierarchical relationships and nesting of various mathematical spaces used in functional analysis and geometry. They demonstrate how specific structures, such as Hilbert and Banach spaces, are specialized subsets of broader categories like normed linear spaces and metric spaces. The visuals highlight the essential properties required for each classification, ranging from basic topological sets to complex systems involving inner products and completeness. By organizing these concepts into flowcharts and Venn diagrams, the sources clarify how adding constraints like distance, magnitude, or orthogonality transforms one type of space into another. Ultimately, the collection provides a comprehensive map of how abstract vector spaces relate to concrete examples like Euclidean space.
#educationalcontent #mathematics #functionalanalysis #mathematicalspaces
A lifelong #philomath, #STEM (#Science, #Technology, #Engineering, and #Mathematics) enthusiast, #traveller, #adventurer, and #multipotentialite with interests spanning multiple fields, including pure and applied mathematics, basic and applied sciences, mathematical modelling and analysis, scientific computing, information security (#InfoSec), #geography, #history, and #philosophy.
A lifelong #philomath, #STEM (#Science, #Technology, #Engineering, and #Mathematics) enthusiast, #traveller, #adventurer, and #multipotentialite with interests spanning multiple fields, including pure and applied mathematics, basic and applied sciences, mathematical modelling and analysis, scientific computing, information security (#InfoSec), #geography, #history, and #philosophy.
Noether’s Theorem ✍️
This equation reveals that every continuous symmetry in nature, a change you can make to a system without affecting its physical laws, brings about a conservation law. In simple terms, if the universe does not react to a certain change in perspective, it must keep a related physical quantity constant. For example, since the laws of physics remain unchanged no matter when you are (Time Symmetry), energy is conserved. Since the laws are the same regardless of where you are (Space Symmetry), momentum is conserved. Because they stay the same regardless of which way you face (Rotation Symmetry), angular momentum is conserved. This insight shifted our view of the universe. We no longer see conservation as just a series of lucky observations, but as a necessary outcome of the symmetry of space and time.
A lifelong #philomath, #STEM (#Science, #Technology, #Engineering, and #Mathematics) enthusiast, #traveller, #adventurer, and #multipotentialite with interests spanning multiple fields, including pure and applied mathematics, basic and applied sciences, mathematical modelling and analysis, scientific computing, information security (#InfoSec), #geography, #history, and #philosophy.
Mathematics behind Artemis II
A lifelong #philomath, #STEM (#Science, #Technology, #Engineering, and #Mathematics) enthusiast, #traveller, #adventurer, and #multipotentialite with interests spanning multiple fields, including pure and applied mathematics, basic and applied sciences, mathematical modelling and analysis, scientific computing, information security (#InfoSec), #geography, #history, and #philosophy.
I wasn't ready for it, lol.
The book: Introduction to Linear Algebra by Gilbert Strang, the sixth edition