Studies the pitfall and paradoxes of inflation theory, including big-bang, dark energy, and dark matter. We know car will not drive on frictionless surface. Space has no surface and completely frictionless. It will not carry anything along, even if space could expand. Invisible matter, normal or dark, has to be felt since it has to occupy space. Normal matter would not move freely in space occupied by dark matter and dark energy. If there is interaction between normal and dark, it will be shown by normal matter. It is meaningless if there is no interaction. Only SPACE can occupy same space with matter without interaction, isn't it? ...

If you are riding on a craft, it will not carry you away if you there is no friction between you and the craft. Space is completely frictionless. It has no surface, and can only be regarded as absolute zero viscosity. Expansion of the space, if possible, will not drag anything along. It would just flow through and zip away by itself....

Contents Abstract i Contents ii List of Figures iii List of Tables iii 1 Introduction 1 2 Paradox of Space Expansion 5 3 Real Life Analogy of Inertia in Expanding Space 9 4 Paradox of Redshift & Expanding Space 4.1 Real Life Analogy of Radiation Trap 5 Paradox of Constant Pulsating Quasars in Expanding Space 6 Conclusion 7 Appendix - A Brief Experiment of Space 7.1 Space and Vacuum 7.2 Space and Friction 7.3 Space and Motion 7.4 Space and Expansion 7.5 Space and Compression 7.6 Space and Energy 7.7 Summary 8 Appendix - Mind-Bending Questions References...

Information is only the description of the event, not the source event. When continuous information are sent from different locations, and the observer is moving from place to place; It would not necessarily reach the receiver in same order and interval initiated by the event....

The issue is, sometime we can not separate the event and it's information, and even fooled by it.

Abstract Contents List of Figures List of Tables 1 Introduction 1 2 Event and Information 2.1 Information and Virtual Reality 3 Event and Information Analogy 4 Information Transport Analogy 4.1 Approaching Pitcher 4.2 Departing Ball Pitcher 4.3 Dynamic of Moving Pitcher 5 Dynamic Observation Simulation 6 Summary References...