iSoul In the beginning is reality

Space & Time Index

Index to Posts on Space & Time

“Synchronizing” space

1D space + 3D time again

1D space and 3D time

2D space + 2D time

3D time + 1D space, pace, and lenticity

3D time in ancient culture

6D as two times 4D

6D space-time collapses into 4D

A new geometry for space and time

A theory of levity

Absolute vs relative space, time, and dimension

Actual and default speeds

Actual and potential time and space

An introduction to co-physics, part 1

An introduction to co-physics, part 2

Angles in space and time

Arrow of tense

Average spacetime conversion

Basis for the symmetry of space and time

Bibliography of 3D time and space-time symmetry

Center of vass

Centers of time measurement

Centripetal modulation

Change flows

Characteristic limits

Characteristic speeds

Circular orbits

Claims about time

Claims about time, updated

Clock race

Complete Lorentz group

Complete Lorentz transformation

Complete spatial and temporal Lorentz transformations

Consciousness of space and time

Conservation of celentum

Conventions of here and now

Conversion of space and time

Converting space and time

Coordinate lattices

Corresponding equations of motion

Cycles and orbits

Defining space and time

Derivation of Newton’s second law

Diachronic and synchronic physics

Different directions for different vectors

Dimensions of dimension

Dimensions of movement

Dimensions of space and time

Direction and dimension

Direction and time

Direction and units of magnitude

Direction in three-dimensional time, part 1

Direction in three-dimensional time, part 2

Direction in three-dimensional time, part 3

Directional units

Distance without time

Distance, duration and dimension

Distance, duration, and angles

Dual differential physics

Dual Galilei and Lorentz transformations

Duality of space and time

Duals for Galilean and Lorentz transformations

Dynamic time-space

Dynamics for 3D time

Equality of space and time

Equations of motion in space-time and time-space

Equations of motion in time-space

Event-structure metaphors

Fixed sizes and rates in space and time

Flow of independent variables

Flow of motion

Foundations of mechanics for time-space

Four perspectives on space and time

Four rates of motion

Four space and time dimensions

Galilean and co-Galilean transformations

Galilei doesn’t lead to Lorentz

Galilei for space and time

Galileo revised

Geometric and temporal unit systems

Geometric vectors in physics

Glossary of time-space terms

Gravitation and levitation theories

Gravity with dependent time

Homogeneity and isotropy

Homogeneity and isotropy of time

Independent and dependent time

Insights on the complete Lorentz transformation

Introduction to 3D time with 1D space

Invariant interval check

Inverse terminology

Is space one-dimensional?

Is time three-dimensional?

Kinds of relativity

Law of levitation

Limits of the Lorentz transformation

Lorentz and co-Lorentz transformations

Lorentz for space & time both relative?

Lorentz for space and time

Lorentz generalized

Lorentz interpreted

Lorentz transformation for 3D time

Lorentz transformation in any direction

Lorentz transformations and dimensions

Lorentz with 3D time

Lorentz without absolutes

Measurement

Measurement by motion

Measurement of space and time

Measurement of space and time

Measures of speed and velocity

Measuring mass

Measuring movement

Mechanics in multidimensional time

Minimum speeds

Modes and measures

Modes of travel

More equations of motion

Motion equations revised

Motion science basics

Movement and dimensions

Movement and measurement

Multidimensional time in physics

Multidimensional time in transportation

Multidimensionality of time

Necessary and possible dimensions

Newtonian laws of motion in time-space

No change in time per distance

No motion as zero speed or pace

Non-uniform motion

Numbers large and small

Observability of the rotation of the earth

Optimizing travel time routes

Outline of spacetime symmetry paper

Pace of light

Paceometer

Parallel equations of motion

Parametric time and space

Passenger kinematics

Perspectives on space and time

Phases of a 3D time theory

Physics for travelers

Places and events

Places in time

Problems in mechanics, part 1

Problems in mechanics, part 2

Proof of three time dimensions

Reality and relativity

Relating space and time

Relativity at any speed

Relativity of time at any speed

Representations of space and time

Simple harmonic motion

Simple motion in space and time

Six dimensional spacetime

Six dimensional space-time

Six dimensions of space-time

Space and time expanded

Space and time from the beginning

Space and time standards

Space, time and causality

Space, time, and arrows

Space, time, and spacetime

Speed and its inverse

Speeds and velocities

Subluminal and superluminal Lorentz transformations

Sun clocks

Superluminal Lorentz transformation again

Switching space and time

Symmetric laws of physics

Symmetries and relativities

Symmetry of space and time

Synchrony conventions

Temporal and spatial references

Terminology for space and time, part 1

Terminology for space and time, part 2

Terminology for space and time, part 3

Terminology for time-space

The flow of time and space

The physics of a trip

The speed of spacetime

Three arguments for 3D time

Three dimensional clock

Time and circular motion

Time and distance clocks

Time and linear motion

Time and memory

Time at Mach 1

Time conventions

Time defined anew

Time in spacetime

Time in the Bible

Time on space and space on time

Time scale maps

Total time

Transformations for one or two directions

Transformations for time and space

Transportation and physics

Travel in space and time

Travel time and temporal displacement

Two one-way standard speeds

Two ways to symmetry

Uniform motion

Units of time-space

Variations on a clock

Velocity puzzle

Velocity with three-dimensional time

What is single-value time?

Why time is three dimensional

Work and energy, exertion and verve