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 |

Absolute vs relative space, time, and dimension |

Actual and default speeds |

Actual and potential time and space |

Alphabetical glossary |

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 prestination |

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 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 |

Invariant interval check |

Inverse terminology |

Is space one-dimensional? |

Is time three-dimensional? |

Kinds of relativity |

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 |

“Synchronizing” space |

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 |

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 |