iSoul In the beginning is reality

Posts on space and time chronologically, updated

I previously listed posts on space and time chronologically here. This is a chronological list that includes the posts since then, starting with the most recent (with hyperlinks):

Outline of spacetime symmetry paper
Work and energy, invork and invertegy
Circular orbits
Foundations of mechanics for time-space
Distance, duration, and angles
Center of vass
Equations of motion in space-time and time-space
Derivation of Newton’s second law
Clock race
Centripetal expedience
Motion equations revised
Gravitation and levitation theories
Simple harmonic motion
1D space + 3D time again
Measuring mass
Numbers large and small
Dynamic time-space
Four rates of motion
No motion as zero speed or pace
Simple motion in space and time
Observability of the rotation of the earth
Places in time
Conventions of here and now
Places and events
Four space and time dimensions
2D space + 2D time
Event-structure metaphors
Space and time standards
Space and time from the beginning
Dual differential physics
Time and linear motion
Time and circular motion
Gravity with dependent time
Sun clocks
Inverse terminology
Passenger kinematics
Physics for travelers
Non-uniform motion
Uniform motion
Two ways to symmetry
More equations of motion
Relating space and time
Parallel equations of motion
Corresponding equations of motion
Glossary of time-space terms
“Synchronizing” space
Characteristic limits
Minimum speeds
Modes and measures
Direction in three-dimensional time, part 3
Problems in mechanics, part 2
Measurement by motion
6D as two times 4D
Transformations for one or two directions
Travel time and temporal displacement
Galilei doesn’t lead to Lorentz
Transformations for time and space
Six dimensions of space-time
Time scale maps
A new geometry for space and time
Why time is three dimensional
Necessary and possible dimensions
Geometric and temporal unit systems
Time conventions
Direction in three-dimensional time, part 2
Dimensions of space and time
Terminology for time-space
Newtonian laws of motion in time-space
Phases of a 3D time theory
Problems in mechanics, part 1
Equations of motion in time-space
Conservation of fulmentum
Dynamics for 3D time
Flow of independent variables
Switching space and time
Lorentz transformation for 3D time
Space and time expanded
Pace of light
Terminology for space and time, part 3
Synchrony conventions
Consciousness of space and time
Lorentz transformations and dimensions
Fixed sizes and rates in space and time
Lorentz and co-Lorentz transformations
Galilean and co-Galilean transformations
Relativity of time at any speed
Motion science basics
Flow of motion
3D time + 1D space, pace, and tempo
Three dimensional clock
3D time in ancient culture
Relativity at any speed
1D space and 3D time
Characteristic speeds
6D space-time collapses into 4D
Direction in three-dimensional time, part 1
Terminology for space and time, part 2
Lorentz transformation in any direction
Superluminal Lorentz transformation again
The physics of a trip
Measuring movement
Total time
Dimensions of movement
Time on space and space on time
Dual Galilei and Lorentz transformations
Measurement of space and time
Invariant interval check
Six dimensional space-time
Two one-way standard speeds
Movement and dimensions
Insights on the complete Lorentz transformation
Subluminal and superluminal Lorentz transformations
Complete spatial and temporal Lorentz transformations
Limits of the Lorentz transformation
Lorentz for space & time both relative?
Absolute vs relative space, time, and dimension
Complete Lorentz group
Complete Lorentz transformation
Four perspectives on space and time
Change flows
Three arguments for 3D time
Variations on a clock
Conversion of space and time
Time and memory
Time in the Bible
Temporal and spatial references
Perspectives on space and time
Homogeneity and isotropy
Multidimensional time in physics
Multidimensional time in transportation
Angles in space and time
Basis for the symmetry of space and time
Lorentz without absolutes
Optimizing travel time routes
Different directions for different vectors
Claims about time, updated
Modes of travel
Lorentz for space and time
Galilei for space and time
The speed of spacetime
Representations of space and time
Travel in space and time
Proof of three time dimensions
Velocity with three-dimensional time
Dimensions of dimension
Space, time, and spacetime
Time and distance clocks
Actual and default speeds
Time at Mach 1
Centers of time measurement
Directional units
Cycles and orbits
Converting space and time
Actual and potential time and space
Defining space and time
Equality of space and time
Kinds of relativity
Symmetric laws of physics
Diachronic and synchronic physics
Measurement of space and time
Lorentz with 3D time
Time defined anew
Lorentz interpreted
Lorentz generalized
Transportation and physics
Average spacetime conversion
Galileo revised
Movement and measurement
Distance without time
Velocity puzzle
Bibliography of 3D time and space-time symmetry
Symmetries and relativities
Distance, duration and dimension
Coordinate lattices
Independent and dependent time
Claims about time
Reality and relativity
What is single-value time?
Parametric time and space
Speed and its inverse
Symmetry of space and time
An introduction to co-physics, part 2
An introduction to co-physics, part 1
Terminology for space and time, part 1
Direction and units of magnitude
Six dimensional spacetime
Duals for Galilean and Lorentz transformations
Geometric vectors in physics
Speeds and velocities
Direction and dimension
No change in time per distance
The flow of time and space
Is time three-dimensional?
Is space one-dimensional?
Time in spacetime
Space, time and causality
Mechanics in multidimensional time
Measures of speed and velocity
Homogeneity and isotropy of time
Multidimensionality of time
Space, time, and arrows
Arrow of tense
Duality of space and time

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