Unidentified Flying Objects (UFOs) have long been a subject of fascination and speculation for people around the world. While many dismiss them as hoaxes or the products of overactive imaginations, there are countless reports of sightings that cannot be easily explained. Rather than simply dismissing these sightings as nonsense, we can use them as occasions to learn about the limitations of the space-time model and to explore different ways of thinking about the universe.

The concept of space-time, as it is commonly understood, is based on the Cartesian coordinates system that is used in mathematics and physics. This system divides the universe into three dimensions of space and one dimension of time, allowing us to plot the movement of objects and events through space and time using mathematical formulas. While this model has proven to be highly effective in describing many phenomena in the natural world, it is not without its limitations.

One of the limitations of the space-time model is that it assumes that all events and objects in the universe are subject to the laws of physics as we understand them. However, if UFO sightings are to be believed, there may be phenomena that exist outside of this framework. The fact that these objects can move through the sky in ways that defy the laws of physics as we understand them challenges our understanding of the universe and suggests that there may be other ways of thinking about space and time.

Furthermore, we may need to explore new models of space and time that take into account the limitations of our current understanding. For example, some scientists have proposed the existence of extra dimensions beyond the three dimensions of space and one dimension of time that we are familiar with. These extra dimensions could help explain phenomena such as UFO sightings and provide us with a new framework for understanding the universe.Tthe limitations of the space-time model based on Cartesian coordinates are not only due to its assumptions about the laws of physics. It is also due to the limitations of its representation and storage of information.

If we had developed the computer before graph paper, we may have a very different understanding of the universe today. Computers are inherently better at representing and storing information than graph paper. This could have led to the development of a different model of space and time that is more capable of representing and storing the vast amounts of data that we now have access to. Such a model could have been better equipped to handle phenomena such as UFO sightings, which defy conventional explanations.

The limitations of Cartesian coordinates become even more apparent when we consider the vast amounts of data that are now available to us through modern technology. The amount of data generated by scientific experiments and observations is growing exponentially, and our current model of space and time may not be capable of adequately representing and storing all of this data.

UFO experiences are complex informational events that challenge our current understanding of space and time. Deep-space radar, for instance, doesn’t seem to track incoming or outgoing objects on any kind of continuous trajectory, which suggests that there may be more to the phenomenon than what our current models of space and time can account for.

Many witnesses describe something that appears on the spot, seemingly defying our current understanding of how objects move through space. This suggests that there may be other dimensions or modes of existence beyond our current understanding, which could be informing the movement of these objects.

Moreover, UFO experiences often involve other anomalous phenomena, such as electrical interference, missing time, and psychic experiences. These suggest that the phenomenon is not just a physical one but also a psychological and spiritual one. This further complicates our understanding of UFOs and challenges our traditional Cartesian model of space and time.

If we are to truly understand UFO experiences, we must move beyond our current models of space and time and explore alternative models that can accommodate the complex informational events involved. This requires a multidisciplinary approach that combines insights from physics, psychology, and spirituality.

It may not be appropriate to approach it from a purely scientific perspective. Instead, it may be more appropriate to view it as a matter of intelligence and counterespionage, where the rules are different.

In the field of intelligence, the goal is not simply to gather as much information as possible, but to gather the right information at the right time. This means that the value of information is not simply based on its quantity, but on its relevance and timeliness.

For example, in the case of the Normandy landings during World War II, Hitler had access to a large amount of information about the planned invasion. However, he had the wrong 95 percent of the information, which ultimately led to his defeat. This demonstrates the importance of not just gathering information, but also analyzing and interpreting it correctly.