How Physics Has Shaped Our World

How when physics get closely aligned with natural principles drive technological growth.

Aristotle's fundamental principle states that "everything that is in motion is moved by something else," and he argued that an object eventually stops moving because it gets tired. This philosophical explanation prevailed before the modern era.


In 1687, Isaac Newton discovered his three Laws of Motion and published his work in the “Mathematical Principles of Natural Philosophy.” Newton's laws of motion explained the mathematical principles governing movement, revolutionizing the modern world with industrial machinery and technologies.

As physics advances with new discoveries closely aligned with natural principles, humanity also experiences technological advancement. Humans have always synchronized with the latest discoveries. I believe our ancestors could have predicted the future by mathematically analyzing how it would unfold both technologically and morally. Indeed, technological advancement often correlates with a decline in moral principles. As technology grows, many humans fall into the trap of always seeking more than they actually deserve, making it difficult for us to feel satisfied. This indicates a clear fact: technological advancement risks undermining human moral conduct.


The Kali Yuga as Hindu Scripture

The four Yugas described in Hindu scriptures relate somewhat to the modern present-day Kali Yuga, which is happening now. According to physicist Michio Kaku, our world and solar system have an expiry date, and eventually, humanity may have to leave Earth, much like scenarios found in science fiction. While the cycle of Yugas, as depicted in Puranic literature, could be relevant, it may also contain inaccuracies. Cosmic astrologers like Yukteswar Giri and Sadhguru

Priya Nath Karar (Yukteswar Giri)

10 May 1855

Organization/Philosophy: Kriya Yoga

Jagadish Vasudev (Sadhguru)

3 September 1957 (age 67)

Organization: Isha Foundation

Suggests that we have already passed the Kali Yuga and are now moving toward a better state of existence for humankind, currently residing in Dvapara Yuga. Sadhguru urges people to stop focusing on the notion of Kali Yuga and instead look toward the bright side. However, while the Yugas may provide insight, their accuracy is debatable.


The four Yugas, according to Hindu scriptures, are cyclical periods that govern the evolution of human consciousness and society.

They are:

1. Satya Yuga (Golden Age): This is the age of righteousness and purity, characterized by peace, harmony, and the prevalence of dharma (righteousness).

2. Treta Yuga (Silver Age): The age of righteousness begins to decline, and there is a gradual increase in selfishness and conflict.

3. Dwapara Yuga (Bronze Age): Righteousness continues to diminish, and vice and injustice become more prevalent.

4. Kali Yuga (Iron Age): This is the current age, characterized by the predominance of darkness, ignorance, and sin. It is believed to be the most challenging and chaotic of the four Yugas.

The duration of each Yuga is calculated in terms of "divine years," which are significantly longer than human years. The exact duration of each Yuga varies depending on the specific tradition, but the general sequence and characteristics remain consistent.


The world will be AI-Synced with the Human Brain

The latest technology from Elon Musk, the brain chip called Neuralink, aims to enable humans to control computers using brain signals, similar to how the brain directs physical hand movements. This innovation holds promise for helping people with physical disabilities perform ordinary activities. In the future, AI will advance to assist with daily chores, and we'll likely see human-like robots performing routine tasks such as doing laundry, cooking, feeding pets, cleaning, and working in factories.


The Aerospace Advancement , C= 299,792,458 m/s (Speed of light)

Many technologies now, such as cell phones, laptops, aeroplanes, spacecraft, satellites, and brain chips, were once merely science fiction. Someone futuristic in the past has imagined these advancements, which have now become reality. In the future, we may see highly advanced spacecraft capable of travelling at light speed, bending space-time, or even accessing black holes to explore other galaxies - concepts that stretch our three-dimensional understanding of reality. Perhaps AI will help us comprehend higher-dimensional travel and even navigate time through various dimensional pathways.


To illustrate, consider this: NASA's Voyager 1, launched in 1977, has covered 1/390 of a light-year in 46 years and is currently travelling at roughly 1/17,600 the speed of light. At this rate, a journey to Proxima Centauri would take about 75,000 years. It is essential to note that a light-year is the distance light travels in one year. In space measurements, an astronomical unit (AU) defines distances within our solar system, where 1 AU = 149,597,870.7 kilometres, the average distance between Earth and the Sun.


In conclusion, interstellar travel can only be achieved if a spacecraft attains near-light speed due to the vast distances involved. Any spacecraft achieving light speed would enable time travel, resulting in time dilation, following the Theory of Relativity. If this occurs, humanity could be seen as playing God when such advanced technology is realized.