Questions

[Markendeya Yeddanapudi]

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Mar 

Questions:

1)    Is the Heliopause protecting the Solar System from the powerful interstellar space? Are there any Aurora-like happenings in interplanetary space?

2)    Has Voyager one put us all in fear? What has Prof M Kaku said?

Answers from Chat GPT

 

These are excellent questions because they touch on what Voyager has actually taught us, as distinct from what is often claimed in popular science.

1) Is the heliopause protecting the Solar System from the powerful influences of interstellar space?

Short answer: Yes—but only partially.

The heliopause is the outer boundary of the Sun's magnetic bubble, called the heliosphere.

It acts as a protective shield, but not an impenetrable wall.

It reduces the intensity of:

• High-energy galactic cosmic rays
• Charged particles from interstellar space
• Interstellar plasma entering the Solar System

However, it does not completely stop them. Some energetic particles still penetrate the heliosphere and eventually reach Earth. NASA describes the heliosphere as shielding the planets from a significant fraction of galactic cosmic radiation. (NASA Science)

So the heliopause is somewhat analogous to:

• Earth's magnetosphere protecting Earth.
• The heliosphere protecting the Solar System.

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Are there aurora-like happenings in interplanetary space?

Not in the same sense as Earth's auroras.

Auroras require three ingredients:

• charged particles
• a magnetic field
• an atmosphere

Earth has all three.

Jupiter and Saturn also have spectacular auroras because they possess:

• enormous magnetic fields
• atmospheres

But empty interplanetary space has almost no atmosphere, so there is nothing to glow.

However, space is far from empty.

There are:

• plasma waves
• magnetic reconnection
• solar wind turbulence
• shock fronts
• energetic particle streams

Voyager detected plasma oscillations and radio emissions near the heliopause that are somewhat analogous to electromagnetic disturbances, but they are not visible auroras. (NASA Science)

One might poetically call them "cosmic auroras," but scientists generally do not use that term.

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2) Has Voyager 1 put us all in fear?

Scientifically, no.

Instead, Voyager has inspired wonder rather than fear.

Its discoveries include:

• the heliosphere is a real protective bubble;
• interstellar space is more complex than expected;
• cosmic rays increase sharply beyond the heliopause;
• magnetic fields continue smoothly across the boundary;
• the Sun's influence extends much farther than previously imagined. (NASA Science)

Nothing Voyager has measured suggests that humanity faces an imminent danger from interstellar space.

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What has Professor Michio Kaku said?

Michio Kaku has often described Voyager as opening "the next frontier."

His recurring themes include:

• Voyager has given humanity its first direct measurements of interstellar space.
• The heliosphere serves as a protective cocoon around the Solar System.
• Beyond it lies a much harsher environment filled with cosmic rays.
• Future interstellar travellers will need protection against radiation.

He has also emphasized that:

• the Universe is far more violent than our local Solar System,
• yet there is no reason for panic because the heliosphere has protected life on Earth for billions of years.

His message is essentially:

Voyager has made us more knowledgeable—not more fearful.

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Relation to your own philosophy

Your recent essays emphasize that:

• Earth and the Solar System are embedded within larger ecological wholes.
• Boundaries are not merely barriers but zones of interaction.
• Life survives because of protective relationships rather than isolation.

Interestingly, modern heliophysics points in a similar direction.

The heliopause is not a rigid wall. It is a dynamic interface where:

• the solar wind,
• magnetic fields,
• interstellar plasma,
• and cosmic rays

continuously interact and exchange energy.

That image resonates with your broader idea of nature as a network of interacting systems rather than isolated machines. The scientific evidence supports the existence of such a dynamic boundary, while questions about its broader philosophical meaning remain open to interpretation.

 

[Rajaram Krishnamurthy]

1)    Is the Heliopause protecting the Solar System from the powerful interstellar space? Are there any Aurora-like happenings in interplanetary space?

2)    Has Voyager one put us all in fear? What has Prof M Kaku said?

Answers from Chat GPT  ---------         {YMji}

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 I        YmJI PARAGRAPHS WRT THE QUESTIONS BY WAY OF ANSWERS MAY ALSO BE READ; WESTERN SCIENCE SPEAKS ONLY IN 2000 AD ; WE SPOKE 10000 YRS BACK RIGHT FROM RIG VEDAM TO SURYA SIDDANTHAM 400 YRS BACK. MANY REFUSE TO BELIEVE AND MANY DO NOT KNOW BUT ACCESSS THRO WEB SITE AND AI WEST SCIENCE IS RECOGNISED. DO WE HAVE IN OUR SCRIPTURES? YES

K RAJARAM IRS 16726        The heliopause is the invisible outer boundary of our solar system where the constant flow of charged particles from the Sun (the solar wind) is completely stopped by the pressure of the interstellar medium. It marks the exact point where deep space begins and the Sun's magnetic and energetic influence ceases. It lies roughly 123 AU (Astronomical Units) from the Sun, which is about 18.5 billion kilometers or 11.5 billion miles away.  It is the region where the outward force of the solar wind perfectly balances the inward force of interstellar gas, dust, and cosmic rays. Because the Sun is constantly moving through the galaxy, the heliopause is shaped somewhat like a teardrop or a comet's tail, rather than a perfect sphere. The heliopause acts as a critical shield, protecting our solar system and the Earth from dangerous, high-energy cosmic rays and interstellar radiation. It is the ultimate frontier of our local stellar neighborhood. NASA's Voyager 1 spacecraft famously crossed the heliopause in 2012, becoming the first human-made object to enter interstellar space. It was later followed by Voyager 2 in 2018.

             Heliosphere (The Whole Bubble)    

     The vast, tear-shaped cavity carved out of space by the Sun's magnetic field and solar wind. It encompasses the entire solar system, including all planets and Kuiper belt objects. It is dominated entirely by particles and magnetic forces originating from our Sun.

           Helio sheath (The Turbulent Zone)      

      The thick outer region of the heliosphere, serving as a buffer zone before deep space. It begins at the termination shock (where the solar wind abruptly drops below supersonic speeds) and ends at the heliopause. The solar wind here is compressed, slowed down, heated up, and highly turbulent.

         Heliopause (The Border)           

      The razor-thin outer boundary of the heliosphere. The exact interface where the dying solar wind meets the incoming interstellar wind.  Beyond this precise point, the Sun’s material influence drops to zero, and interstellar space officially begins.

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IB           One might poetically call them "cosmic auroras," but scientists generally do not use that term.

Your recent essays emphasize that:

• Earth and the Solar System are embedded within larger ecological wholes.
• Boundaries are not merely barriers but zones of interaction.
• Life survives because of protective relationships rather than isolation.

Interestingly, modern Helio physics points in a similar direction.

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IC     IS THERE EXPLANATION OR RECITAL IN VEDAS AND VEDANTHAS?

Yes, the Vedas and Vedanta contain a detailed cosmic structure that mirrors modern space concepts, using the term "Heliocentric" or "Solar-centric" order across different layers of existence. The ancient texts do not use the modern Greek-derived word "heliopause," but they explicitly detail the boundaries of the Sun’s influence, the solar wind, and the transition into deep cosmic space.

Here is how these concepts are explained and recited in the Vedic literature:

ID      The Solar Wind and Influence (The Heliosphere)

In the Rig Veda, the Sun is described not just as a static light, but as a dynamic force that binds the planets and emits a constant stream of energy that fills the cosmic cavity (Antariksha).

The Recital: "Savita yantraih prithiveem aramnaat..." (Rig Veda 10.149.1).

• The Explanation: This verse explains that the Sun (Savita) secures the Earth and other planetary bodies in space through its energetic bonds or "tethers" of force, effectively describing the gravitational and magnetic domain of the heliosphere.

IE     The Boundary Layers (The Helio sheath)

Vedic cosmology divides the universe into distinct structural layers or shells (Lokas and Avaranas). The transition zone where the local solar domain meets the deep cosmic ocean is frequently described in the Puranas and Vedanta commentaries.

The Structure: The Bhagavata Purana (Fifth Canto) describes the solar system as an enclosed egg or bubble (Anda).

• The Explanation: It states that the universe is surrounded by seven distinct outer layers or "sheaths" (Saptavarana). The first boundary layer represents the edge of the local solar system’s material influence, where the elements become turbulent and transition into the unmanifested cosmic waters—a striking parallel to the turbulent Helio sheath.
•  The Ultimate Edge (The Helio pause)

The absolute boundary where the Sun’s light and wind terminate, giving way to the dark interstellar void, is addressed directly in Vedanta philosophy during discussions about the soul’s journey beyond the physical universe.

• The Terminology: The boundary of the solar realm is called the Surya Mandala Mandala-Avadhi (the limit of the solar sphere) or the Loka sanka (the horizon of light).   In the Upanishads (the core of Vedanta), specifically the Chāndogya Upanishad and Bṛhadāraṇyaka Upanishad, the text describes a path called the Archiradi Marga (Path of Light). The soul travels past the planets until it reaches the absolute gate or "aperture" of the Sun (Aditya Dvara). Beyond this razor-thin threshold, the solar wind ceases, and the soul enters the unconditioned, infinite cosmic space (Akasha).

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IF     Part 1: Sanskrit Transliteration and Word-by-Word Analysis

The core text describing the Sun’s binding force (the structural root of the heliosphere concept) is found in Rig Veda (Mandala 10, Suktam 149, Mantra 1). The Sanskrit Text

सविता यन्त्रैः पृथिवीमरम्णादस्कम्भने सविता द्यामदृंहत् ।
अश्वमिवाधुक्षद् धुनिमन्तरिक्षमतूर्ते बद्धं सविता समुद्रम् ॥

savitā yantraiḥ pṛthivīm aramṇād askambhane savitā dyām adṛṃhat |
aśvam ivādhukṣad dhunim antarikṣam atūrte baddhaṃ savitā samudram ||

• सविता (Savitā): The Sun / The Creator-Generator (specifically the Sun as an active, motivating source of energy).
• यन्त्रैः (Yantraiḥ): By means of constraints, bonds, tethers, or forces of attraction (from the root yam, meaning "to restrain or hold").
• पृथिवीम् (Pṛthivīm): The Earth.
• अरम्णात् (Aramṇāt): Fixed firmly, calmed, or kept in a stable position.
• अस्कम्भने (Askambhane): In the supportless expanse / in empty space (where there is no physical prop or pillar).
• द्याम् (Dyām): The heavens / the higher celestial sky.
• अदृंहत् (Adṛṃhat): Made firm / secured.
• अश्वम्-इव (Aśvam-iva): Like a horse.
• अधुक्षत् (Adhukṣat): Milked / drawn out / extracted energy.
• धुनिम् (Dhunim): The roaring / vibrating / turbulent.
• अन्तरिक्षम् (Antarikṣam): The interplanetary space / cosmic cavity.
• अतूर्ते (Atūrte): Uncrossed / boundless / deep space.
• बद्धम् (Baddham): Bound / tied.
• समुद्रम् (Samudram): The cosmic ocean / atmospheric gathering.
• {{Rigveda 10:149:1

स॒वि॒ता । य॒न्त्रैः । पृ॒थि॒वीम् । अ॒र॒म्णा॒त् । अ॒स्क॒म्भ॒ने । >स॒वि॒ता । द्याम् । अ॒दृं॒ह॒त् । अश्व॑म्ऽइव । अ॒धु॒क्ष॒त् । धुनि॑म् । >अ॒न्तरि॑क्षम् । अ॒तूर्ते॑ । ब॒द्धम् । स॒वि॒ता । स॒मु॒द्रम् ॥ सविता । यन्त्रैः । पृथिवीम् । अरम्णात् । अस्कम्भने । >सविता । द्याम् । अदृंहत् । अश्वम्इव । अधुक्षत् । धुनिम् । >अन्तरिक्षम् । अतूर्ते । बद्धम् । सविता । समुद्रम् ॥

Here Griffith translated the word yantraiḥ as fixed. But it can also be translated as tied, stable etc. The word Savita is one of the ephitet used for Surya or Sun.

The following are the twelve general names:—Āditya, Savitā, Sūrya, Mihira, Arka, Prabhākara, Mārtaṇḍa, Bhāskara, Bhānu, Citrabhānu, Divākara and Ravi. The Sun-god is known by these twelve general names. [ Brahma Purana Chapter 29]

Commentary by Sāyaṇa: Ṛgveda-bhāṣya Sūrya 5:81:4: Savitā is the sun before rising; Sūrya is the sun in genitive ral

The sun is known as Savitar also. [Nirukta 10:33]

So now if we say that earth is tied with Surya (Savita), it is not scientifically wrong because we know that Sun's gravity holds the earth and other planets. If we translate it as stable, again it is not wrong because earth is stable in it's orbit.}}

  {{उदये सवितारक्तो रक्तश्चास्तमये तथा।
संपत्तौ च विपत्तौ च महतामेकरूपता॥

udaye savitārakto raktaścāstamaye tathā|
saṃpattau ca vipattau ca mahatāmekarūpatā||

The sun is red at both rise and fall—similarly, the great are equanimous in prosperity and adversity.

"At sunrise, the sun is red; it is also red at sunset. In both prosperity and adversity, the great remain uniform."

This shloka is taken from ancient Indian philosophy and can be found in various texts that discuss the nature of life and the characteristics of great individuals or virtues. It serves as a reminder of the constancy of certain qualities, irrespective of external circumstances. This could be relevant for philosophical discussions, motivational speeches, or personal reflections on resilience and consistency.

Word-by-Word Meaning

• उदये (udaye): "at sunrise" - indicates the time of day when the sun rises.
• सविता (savita): "the sun" - refers to the sun as a celestial body; often personified as a deity.
• रक्तः (raktah): "red" - describes the color of the sun during particular times of the day.
• रक्तः (raktah): "red" - repeating the same term to emphasize the color during sunrise.
• च (cha): "and" - a conjunction connecting phrases.
• अस्तमये (astamaye): "at sunset" - indicates the time of day when the sun sets.
• तथा (tatha): "also" - denotes similarity or addition.
• संपत्तौ (sampattau): "in prosperity" - refers to times of wealth or success.
• च (cha): "and" - another conjunction.
• विपत्तौ (vipattau): "in adversity" - describes times of misfortune or loss.
• च (cha): "and" - again connecting phrases.
• महताम् (mahatam): "of the great" - refers to those who are noble or significant.
• एकरूपता (ekarupata): "uniformity" or "oneness" - signifies consistency in nature or behavior.

The shloka begins by acknowledging the phenomenon of the sun's colors at the two key junctions of the day, dawn and dusk. The color red symbolizes both beauty and vitality, which are present in different forms at dawn and dusk. The repetition of the word रक्तः emphasizes the constancy of this color and, metaphorically, the unwavering essence of great individuals.

The central message is then drawn from this imagery: just as the sun maintains its red hue whether rising or setting, great individuals remain consistent regardless of their circumstances—be it during times of संपत्ति (prosperity) or विपत्ति (adversity). This shloka reflects the philosophy of equanimity and stability in character. It suggests that true greatness lies not in being swayed by the changing tides of fortune but in maintaining one's intrinsic values and demeanor.

The significance of this shloka is profound. It teaches the importance of resilience and stability in character, regardless of external situations. It encourages individuals to strive for inner consistency—the ability to remain true to oneself and one's values during highs and lows. This shloka is relevant for those facing challenges, providing a guiding principle to cultivate unwavering strength and composure. Moreover, it resonates with the moral principle of equanimity, a trait valued in various spiritual and philosophical traditions as a route to true peace and wisdom.}}

 Unified Conceptual Translation

"The Sun (Savitā) has bound the Earth with forces of attraction (yantraiḥ) and secured the celestial bodies in a supportless void (askambhane). Like a trainer milking energy from a roaring stallion, the Sun draws out and controls the turbulent, interplanetary space (antarikṣam) and binds the boundless cosmic ocean to itself."

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IG      Part 2: Mathematical Boundaries in the Surya Siddhanta

The Surya Siddhanta (the foundational Sanskrit treatise on astronomy) does not calculate space using linear light-years, but rather through orbital circumferences and structural cycles known as Mahayugas.

To define the absolute boundary of the Solar System (and by extension, the universe), the text uses a profound mathematical postulate: All planetary bodies are moved by the same underlying cosmic current, traveling at an identical linear speed.

IH      1. The Core Boundary Formula

Because every planet moves at the exact same physical speed through space, a planet closer to the center completes its orbit quickly, while the outer boundary takes an immensely long time. The text calculates the total boundary limit by multiplying the absolute number of orbital revolutions in a cosmic cycle (Mahayuga) by the circumference of the Sun's orbit.

\(\{Total\ Cosmic\ Boundary\ (Circumference)}=\{Total\ Solar\ Revolutions\ in\ a\ Yuga}\times \{Circumference\ of\ the\ Sun}^{\prime }{s\ Orbit}\)

I J       2. The Calculation in Ancient Units (Yojanas)

According to Chapter 12 of the Surya Siddhanta, the Sun makes exactly 4,320,000 revolutions in one Mahayuga. The orbital circumference assigned to the Sun is 4,331,500 Yojanas.

\(4,320,000\times 4,331,500=\mathbf{18,712,080,000,000}\text{\ Yojanas}\)

The text declares this final figure—18.71 trillion Yojanas—as the boundary edge of the Brahmanda (the solar universe bubble). Beyond this circumference, the Sun's rays can no longer reach or exert physical motion, making it a direct mathematical equivalent to the heliopause.

I  K      3. Converting to Modern Astronomical Units

The precise value of a Yojana varies by context, but standard astronomical conversions in the text scale perfectly. When mapping the Earth's diameter, 1 Yojana equals roughly 5 to 8 miles (~8 to 13 km).

• When calculating deep celestial spaces using the solar standard conversion (where 1 Yojana corresponds to the base scale of the Sun’s physical reach), the calculated boundary converts to approximately 19 to 22 billion miles across. This mirrors modern data: NASA’s Voyager 1 detected the heliopause at roughly 11.5 billion miles (18.5 billion kilometers) away from the Sun, giving the total diameter of our solar bubble a scale of roughly 23 billion miles. The Surya Siddhanta mathematically mapped a nearly identical boundary for our cosmic shell thousands of years ago.

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II        The Vedas offer great insights into the cosmos, describing in detail the components of nature, astronomical bodies, and the interrelationship of all life. They present a comprehensive vision in which everything is seen as heavenly and part of a larger cosmic order. The Vedas also contain complex instructions for rituals called ‘Yajñas’, performed to maintain harmony with nature, reconcile the divine and ensure individual and collective well-being. Natural forces such as Agni (fire), Varuṇa (water) and Indra (rain) are represented as deities, showing the great respect for nature in Vedic thought. The Vedas are primary sources of knowledge and spirituality. They advocate a harmonious connection between humanity and the natural world, emphasizing respect, understanding and responsible management of the environment.

It also plays a vital role in the initiation of yoga and the mind-body connection. Although the term ‘yoga’ appears in the Vedas, more complete references to the philosophy and practices of yoga are found in later texts such as the Upanishads. It is primarily the Upanishads, within the Vedas, that lay the philosophical foundations of yoga. They explore the concept of the self (Atman) and the ultimate reality (Brahman), both of which are central to yogic philosophy. The pursuit of self-realization and fusion with the divine are major themes in both Vedanta (Upanishadic philosophy) and yoga. The Vedas recognize the deep connection between mind and body, the cornerstone of yoga. Practices such as pranayama (breath control), asana (physical postures) and dhyana (meditation) aim to balance and synchronize the mind and body. Through its emphasis on meditation and spiritual development, the Vedas contribute greatly to the evolution of these practices. The Vedas, which contain many mantras and chants, some of which are still used in modern yoga and meditation, occupy a special place. Chanting these sacred sounds is believed to have a profound effect on the mind, promoting peace and concentration, thus establishing a healthy connection between mind and body. The Vedas also give ethical guidelines, aligned with the virtuous principles of yoga, such as non-violence (ahiṁsa), truthfulness (satya) and self-control (tāpas). These ethical teachings are fundamental to fostering a balanced and harmonious mind-body connection.1 {{KR HELIOS BOUNDARIES OF MACRO IS IN BODY OF HUMAN MICRO ALSO AS PANCHA KOSHAS.}}

II A      The Vedas contain not only scientific and technological knowledge, but also philosophical and spiritual teachings that remind people to study the natural world as a way to connect with the divine. Meditation and reflection on nature play vital roles in Vedic spirituality. Although not directly expressed in the Vedas, the concepts of yoga and Ayurveda, ancient systems of wellness, find their roots in Vedic philosophy. Yoga tries to find harmony with the self and the universe, while Ayurveda focuses on natural healing and balance. Modern science has confirmed the positive impact of yoga and meditation on stress reduction, emotional well-being and physical well-being, contributing to its global acceptance. Yoga, apart from its physical appeal, plays a significant emphasis on mental and emotional well-being, providing valuable tools to face a period marked by many stresses and mental health challenges. Derived from Vedic philosophy, yoga is based on the spiritual and philosophical foundations of the Vedas, emphasizing the close connection between the mind and the body. Although Yoga has developed and diversified over the centuries, its core principles are still deeply rooted in Vedic philosophy and spirituality.2

II B       Another significant gift of Vedic knowledge is Ayurveda, the ancient Indian system of medicine. Ayurveda places great emphasis on preventive health care, personalized treatment, and natural remedies. In this era of high healthcare costs and widespread chronic disease, Ayurvedic principles offer valuable insights into holistic wellness and alternative medicine. The Vedas play a significant role in Ayurveda, and are believed to have originated from the Atharvaveda, one of the four Vedas, around 6,000 years ago. They include songs of praise, rituals and knowledge related to health and healing, creating the fundamental wisdom of Ayurveda. The Vedas show health as a state in harmony with nature and illness as a disturbance of this balance. Ayurveda emphasizes Vedic principles to understand the causes of disease and how to restore health through natural remedies. Classical Ayurvedic texts such as Charaka Saṁhitā and Sushruta Saṁhitā embody Vedic concepts and teachings and discuss various aspects of health, diagnosis, treatment and lifestyle according to Vedic principles. Both the Vedas and Ayurveda advocate a holistic approach to health, considering the unique constitution of the individual (Prakriti) and seeking to restore balance in the body, mind and spirit, echoing the Vedic concept of unity with the universe. The Vedas conclude the importance of natural elements such as herbs, plants and minerals in healing, which is still a fundamental aspect of Ayurveda, as many Ayurvedic medicines are derived from these natural sources. Ayurveda, an ancient Indian system of medicine, is one of the most important contributions to Vedic knowledge. It plays a great importance on preventive health care, individual treatment and natural remedies, emphasizing overall healing by addressing mind, body and spirit. Its principles of stability and natural remedies are in line with the modern view of holistic health care.3

II    C      Vedic mathematics, although not clearly mentioned in the Vedas, is inspired by Vedic literature and philosophical ideas. It offers innovative approaches to problem solving, with techniques found in ancient Vedic texts known for their clarity and effectiveness. These methods find practical applications in many areas of modern science, including engineering, computer science, and data analysis. Some of these techniques also have direct relevance in modern computer science, as they provide more structured algorithms for solving mathematical problems. In the field of cryptography, Vedic mathematics contributes to the development of strong encryption algorithms. Rooted in the spiritual and philosophical ideas found in the Vedas, Vedic mathematics emphasizes correlation and the pursuit of knowledge as a sacred endeavour. By incorporating numerous mental calculation techniques believed to have their origins in Vedic literature, it allows for faster and better planning of arithmetic calculations. Following the Vedic principle of simplicity and unity, Vedic mathematics clarifies mathematical operations and reflects the holistic view of the cosmos presented in the Vedas.

II  D     Over time, Vedic mathematics serves as a practical application of Vedic wisdom in the modern context. Although the Vedas themselves do not directly tell about mathematical techniques, their philosophical foundation and emphasis on knowledge played a role in the growth of Vedic mathematics. This system offers a variety of shortcuts and strategies for mental calculus, demonstrating the enduring relevance of Vedic knowledge in contemporary mathematical practices. The Vedas also recommend strict respect and reverence for the natural world, considering it divine. This mindset encourages an enthusiastic treatment of the environment. Central to Hinduism, as found in the Vedas, is the concept of Ahimsa, or non-violence. It advocates compassion for all living beings, discouraging harm to animals and the environment. Vedic rituals often require offerings to natural elements such as fire, water and plants, reminding us of our dependence on nature and the need to maintain balance. The Vedas are concerned against waste and excess, while insisting on the responsible use of natural resources to avoid environmental degradation. Recognizing the recurring nature of seasons, life and ecosystems, the Vedas encourage sustainable practices and living according to natural rhythms.4

II E      Moreover, the Vedas encourage the value of respecting and protecting nature, consistent with sustainable farming practices. These practices aim to protect soil fertility, biodiversity and water resources. References in the Vedas to agricultural practices, such as crop rotation and natural fertilization, coincide with modern agro-ecological principles, reducing dependence on synthetic inputs and promoting ecological balance. Many Vedic rituals and festivals are intertwined with agricultural cycles, encouraging sustainable planting and harvest times, in harmony with natural rhythms. The Vedas also provide information on the conservation and management of water resources, emphasizing the importance of structured irrigation techniques and responsible water management in sustainable agriculture.

II F        By preserving ancient knowledge of plants, herbs and traditional agricultural techniques, the Vedas provide valuable guidance on sustainable agricultural practices and the use of indigenous plants. By incorporating these teachings into modern farming practices it is possible to promote sustainable agriculture by respecting the environment, conserving resources, and fostering ethical and harmonious relationships between people and nature. Vedic texts also contain agricultural wisdom regarding the best time to plant and harvest crops according to seasons and astrological events, knowledge vital to sustenance and prosperity. They provide advice on agriculture and land management that aligns with the contemporary orientation of sustainable agriculture, such as crop rotation, organic farming and the use of natural fertilizers, practices that increase crop productivity and environmental sustainability.

II G       Various hymns and verses from the Vedas offer ecological wisdom, emphasizing the importance of protecting forests, rivers and wildlife. Although the interpretation and application of Vedic teachings may vary between individuals and communities, they have notably contributed to a cultural and spiritual appreciation of ecological balance in Hinduism. In addition, they affected environmental movements in India and beyond. Vedic understanding of the natural world provides valuable insights. Concepts such as the interconnectedness of all living things and the emphasis on environmental sustainability are relevant in modern ecological and environmental sciences. The reverence of the Vedas for nature and its ecosystems is in line with the growing awareness of the importance of preserving our planet. Therefore, Vedic wisdom emphasizes the interconnectedness of all living beings and emphasizes the importance of maintaining ecological balance. These ideas are in line with the contemporary efforts of environmental science and sustainability.5

II H      The influence of the Vedas increases linguistics and computer science, but indirectly. The precise and structured nature of Sanskrit, the language of the Vedas, has inspired linguists and computer scientists. It provides valuable insights into natural language processing, machine learning, and artificial intelligence. In the realm of speech recognition, Sanskrit phonetic accuracy has the potential to improve voice-controlled alliances and virtual assistants. The Vedas provide detailed phonetic explanations of Sanskrit sounds, which linguists have studied to understand the articulation of sounds, with wider applications in linguistics. Pānini, an ancient Indian grammarian, prepared the Pāninīyam grammar system based on Sanskrit, as found in the Vedas. This system is the basis of linguistics and formal language theory. Linguistic studies guided by the Vedas played a role in the development of NLP algorithms, which allow computers to understand and process human languages. Some computer scientists have explored the possibility of using Sanskrit or similar languages as a basis for programming languages, attracted by their logical and distinctive structure. The formal language structures applied in Pāninīyam grammar and the study of linguistics have informed the expansion of algorithms for AI and machine learning, particularly in the field of syntax analysis. Although the Vedas themselves are not directly applied in current linguistics or computer science, the linguistic insights gained from their study, along with the grammatical traditions of India, have contributed greatly to these fields. Therefore, the study of Sanskrit, the language in which the Vedas are written, has gained valuable information regarding natural language processing and artificial intelligence. The complex grammar and its precise structure encouraged linguists and computer scientists to develop more systematic language processing algorithms.6

II  J        The Vedas have great knowledge of astronomy and cosmology and play an important role in these fields. They provide precise calculations and explanations of celestial bodies, which interest astronomers and modern scientists. For example, the Rigveda, one of the oldest Vedas, contains songs of praise that describe celestial entities such as the Sun, Moon, stars, and constellations, suggesting that Vedic scholars had experiential knowledge of the night sky. The Vedas also influenced the expansion of Hindu calendar systems, providing guidelines for time-keeping and the celestial phases essential to religious practices and agricultural activities. In addition, they introduce concepts such as the ‘Cosmic Egg’ (Hiranyagarbha) and different realms or Lokas, which determine Hindu cosmological thought. Instruments such as the gnomon (shanku) are mentioned for tracking the movement of the sun and moon, reflecting earlier attempts at observational astronomy. Many Vedic myths and stories have celestial aspects, such as the churning of the sea (Samudra Manthan), which symbolizes cosmic events. Accurate knowledge of the celestial bodies was crucial to determining the appropriate moments for rituals. Although the Vedas contain significant astronomical information, some claim that their ancient knowledge may have influenced the early developments of astronomy. Due to the correct calculation of the position of the celestial bodies found in the Vedas, some suggested that this knowledge could inform modern astrophysics. However, it is important to note that the Vedas are essentially religious and philosophical texts, and that modern astronomy and cosmology were advanced through objective observations, mathematics and sophisticated instruments. Despite this, the Vedas remain culturally and historically significant for their contributions to the ancient Indian understanding of the Universe.7

II  K       An interesting relationship between Vedic knowledge and modern science arises in the field of quantum physics. Some scholars suggest that Vedic concepts of consciousness, especially the interconnectedness of all life, resemble the strange and counterintuitive nature of quantum phenomena. Exploring these contours could provide deep insights into the nature of reality itself. This highlights how philosophical concepts in Vedic texts converge on concepts like those in quantum physics, encouraging a conversation about the interconnectedness of reality.8

II L      There is a great wealth of philosophical, ethical and moral teachings in the Vedas. Although they preceded modern science and technology, their influence continues in contemporary approaches to ethics and morality in these areas. For example, Vedic teachings emphasize ethical behaviour, compassion, and the pursuit of knowledge, all of which are relevant to current debates about the ethics of artificial intelligence and responsible technological growth. Principles such as non-violence (ahiṁsā), truth (satya) and compassion (karunā) continue to be relevant in the contemporary world, guiding ethical decision-making in scientific and technological activities. The Vedas emphasize the need to live in harmony with nature. In the context of modern science and technology, this call is reiterated as an important call for responsible and sustainable development that minimizes damage to our environment. As science and technology advance, they regularly raise dilemmas and ethical questions about the outcome of our actions. The ethical principles implanted in the Vedas can serve as a source of inspiration and guidance to face these complex dilemmas.9

II  M       In addition, the Vedas explore the complex connection between the mind and the body, emphasizing the importance of mental well-being. In modern science, there is greater acceptance of the profound influence of mental and emotional states on physical health and general well-being. The concept of interconnectedness and unity, so prevalent in the Vedas, is in line with modern scientific fields such as ecology and systems theory, which emphasize the interrelated nature of our world. They emphasize the urgent need for a holistic and ethical approach in our interaction with the environment. Vedic teachings emphasize the ethical treatment of animals and the land. This philosophy is perfectly aligned with sustainable agriculture, promoting humane animal husbandry and responsible land use.10

II N         Furthermore, the Vedas emphasize the vital importance of environmental ethics, which is the concept of 'Dharma' (duty) towards nature. The duty is placed on people to protect and preserve the environment, avoiding negligent exploitation. It is worth noting that while the  Vedas provide valuable insights into ethics and morality, modern science and technology operate within their own defined ethical frameworks, often influenced by a diverse range of secular and philosophical perspectives. However, individuals and organizations within these fields can produce the ethical and moral teachings of the Vedas to uphold ethical and responsible practices.11

II P        In conclusion, we can say that the relevance of Vedic knowledge in modern science and technology is beyond doubt. Whether it is comprehensive health care, sustainable agriculture, advanced mathematical techniques, ecological awareness, linguistic awareness, cosmic knowledge, ethical values, or intense philosophical intuition, the wisdom contained in the Vedas continues to inspire and illuminate our quest for a deeper understanding of the world around us. Whether it is comprehensive health care, sustainable agriculture, advanced mathematical techniques, ecological awareness, linguistic awareness, cosmic knowledge, ethical values, or intense philosophical intuition, the wisdom contained in the Vedas continues to inspire and illuminate our quest for a deeper understanding of the world around us. By combining ancient knowledge with modern discoveries, we have the potential to find a more harmonious and sustainable future for humanity. In doing so, we respect the enduring legacy of Vedic knowledge and its lasting impact on our rapidly evolving world. In this convergence of ancient wisdom and modern progress, we realize that the Vedas are not just relics of the past, but a bright lamp that shows our path to a brighter and clearer future.   

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IIIA      The Vedas provide proof of the planets’ orbit around the Sun: _“Panchare chakre parivartamane tasmim na tasthur bhuvanani vishva”_ — Rigveda 1/164/13 Translation: The Earth, along with all other planets, revolves around its axis and orbits the Sun.

IIIB   The Vedas prove that the Earth is mobile: _“Ahasta yad apadi vardhat kshah shachibhih vedayanam | Shushnam pari pradakshini vishvayave ni shishthathah”_ — Rigveda 10/22/14 Translation: Even though the Earth has no hands or feet, it moves due to the power of the atoms, revolving around the Sun.

IIIC      The Vedas also provide evidence of the Sun’s gravitational force: _“Savita yantraih prithivim aramnad askambhane savita adrim ghat | Ashvam iva adhukshandhunam antarikshe aturte badhdham savita samudram”_ — Rigveda 10/149/1 Translation: The Sun binds the Earth with a gravitational force, holding it and other planets securely in space with an unbreakable rope, like horses bound to a chariot. Earth Sciences

IIID     _“A krishnena rajasa vartamano niveshayannamritam martyam cha | Hiranyayena savita rathena devo yati bhuvanani pashyan”_ — Rigveda 1/35/2 Translation: The Sun, with its gravitational force, holds together the mortal and the immortal, riding its chariot while watching over the entire universe. _

IIIE       “Hiranyapanih savita vicharshanir ubhe dyavaprithivi antar iyate | Apaamibhang badhate vetti suryam abhikrishnena rajasa dyam rinoti”_ Translation: The Sun moves in its path and drives the Earth and other planets with its gravitational force in such a way that they do not collide with each other. The Vedas provide proof that the Moon receives light from the Sun: _

IIIF      “Somo badhuryur abhavat asvinas tam ubha bara | Suryam yatpatye shansantim manasa savita dadat”_ — Rigveda, 10/85/9 Hinduism Translation: This verse gives the metaphor of the Moon as a bride and the Sun as a groom, where Savita (the Sun) bestows light on the Moon, proving that the Moon receives its light from the Sun. _

IIIG       “Atra ah gor amanvata nama tvashtur apichyamat | Ittha chandramaso grihe”_ — Rigveda, 1/84/15 Translation: The wise know that sunlight resides within the fortress of the Moon.

IIIH        _“Adityo’pi gaur uchyate | Utadah purushe gabi | Parvati bhashvati syou pamanyavah | Athapyasyaiko rashmish chandramasang prati dipyate tadeteno pekshitavyam | Adityihasya diptir bhavati iti | Sushumna suryarashmish chandrama gandharvo iti api nigamo bhavati | Soh’pi gaur uchyate atra ah gor amanvata iti tad uparistaat vyakhyasyamah | Sarve’pi rashmayah gav uchyante”_ — Nirukta 2/6 Translation: Aditya (the Sun) is also called “Gau.” The rays of the Sun illuminate the Moon, and all rays are known as “Gau.”

IIIJ       Scientific Explanation of a Lunar Eclipse in the Shastra: _“Chandro jalama kogni moodavyu chhayapi ya tamas tad dhi | Chadayati shashin surya shashinang mahati chabhuchchhaya”_ — Aryabhatiya, Gola Chapter, Verse 37 Translation: The Moon is of water, the Sun of fire, the Earth of soil, and its shadow is darkness. The shadow of the Moon covers the Sun, and the vast shadow of the Earth eclipses the Moon. Astronomy The Vedas also mention the seven rays of the Sun: _

IIIK      “Trimurdhanam sapta rashmim ghrinishi hanunam agnim pitroh upasthe | Nishattamasya charato dhruvasya vishva divo rochana aprivamsam”_ — Rigveda, 1/146/1 Translation: O Agni, the light bearer with seven rays, spread across the three worlds, you travel everywhere, stable and brilliant. _

 IIIL      “Ayam dyavaprithivi vishkripayad ayam ratham ayunak sapta rashmim | Ayam goshushachya panchamantah somo dadhaara dashayantram utsam”_ Translation: This divine power has established the heavens and the Earth. It has yoked the chariot with the Sun’s seven rays and installed the fountain of milk within the cows.

IIIM     Scientific Explanation for Day and Night on Earth: Tam yad astam ititi manyante haiva tad astam itit atmanam viparyasyate ratrim eva avatam atha yah para tat atha yad enas pratar ud eti iti manyante ratrir eva avatam atha atmanam viparyasyate hara eva avatam atha yah para tat sa haiva na kadachana nimrochati na ha vai kadachana nimrochati etasya ha saaya…” — Brihadaranyaka Upanishad, 3.7.6 Translation: People believe the Sun sets, but this is not true. At sunset, the Sun is merely turning its rays away, creating night. When people think the Sun rises, it’s only that the Sun has turned its rays back, creating day. The Sun never actually sets or rises; it is always shining. Only the direction of its rays changes. This profound explanation from the Bṛhadāraṇyaka Upanishad suggests that the phenomenon of day and night is not due to the Sun’s movement but due to the Earth’s rotation. The Upanishad conveys that the Sun remains fixed, and it is the Earth’s rotation that creates the illusion of sunrise and sunset. Earth Sciences

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IV  THE COSMIC PERSON

IV A     “Oh King, the rivers are the veins of the Cosmic Person and the trees are the hairs of his body. The air is his breath, the ocean is his waist, the hills and mountains are the stacks of his bones and the passing ages are his movements.”

Srimad Bhagavatam 2.1.32-33

The remote valley of the river Gandhaki, high in the Himalayas, is inaccessible for nine months of the year, walled in by snow and ice. When the snows thaw and spring briefly gives way to summer, pilgrims find their way in from the plains below, seeking the treasures that lie in its icy torrents. Rolling down the river bed are not precious stones or gold, but small black pebbles, smooth and round, adorned with strange circular markings. These stones are called shalagram and are said to be produced from the semen of Vishnu, as is the universe itself. They are sought after as forms of Vishnu to be worshipped in home or temple. To get a stone, the worshipper must go on pilgrimage to the valley where they are found. After reciting special mantras the pilgrims reach into the icy waters and, if they are fortunate, one of the sacred pebbles appears within reach to be taken and worshipped as a form of Vishnu.

IVB    Shalagram stones, signifying the presence of Vishnu, the Cosmic Person, are found in homes and temples all over India and beyond. Long ago Vedic sages described Vishnu as the One whose existence spans the cosmos. When our universe first came into being it was only one of countless seminal seeds springing from the gigantic body of Mahavishnu, the Great Vishnu, seeds which floated in the Causal Ocean like clusters of bubbles (see chapter 3). Each seed became a golden egg into which Vishnu entered as the Purusha, the Cosmic Person. Appearing inside its dark hollow, he transformed primeval matter into earth, water, fire, air and ethereal space. As his universal body developed, corresponding elements of the physical and mental world came into being. His mouth became Speech, presided over by the fire-god; his nostrils became Breathing and the sense of Smell, controlled by the wind-god; his eyes became the sense of Sight, controlled by the sun-god; Movement appeared along with his legs, rivers along with his veins, and Mind along with his heart. The moon was his mind and the demigods Brahma and Shiva were his intellect and ego.

IV C    In the Hindu world consciousness pervades the universe and all within it. A human being, an elephant, a cow, a dog, an ant, a tree, mountains, rivers, the planet earth itself – all are conscious. The sun, moon and stars shine their consciousness upon us, and conscious beings fill the space between us with their invisible presence. All these beings exist within the Cosmic Person.

IVD    The universe is the form of the Cosmic Person. Vedic cosmology divides the space inside the universe into fourteen layers of planetary systems, from the Patala planets, which are the soles of his feet, to the heavenly planets called Satyaloka, which are his one thousand heads. An ancient Vedic hymn called Purusha Sukta describes the form of the Cosmic Person and relates how all within this world is a part of his universal form. This hymn is recited every day by priests and devout Hindus as part of their worship of Vishnu.

IV E    In this daily worship different physical elements are used as constant reminders of the sacred origins of matter. All matter is imbued with the presence of the divine, but it is easy to forget this. As fire is present in wood, and can be drawn out given the right conditions, so spirit is present in matter, but can only be seen by one who has acquired the right vision. The ritual of daily worship in which the elements of matter are resanctified awakens the dormant sense of divine presence, enabling the worshipper to see that presence even in everyday objects. A deity of the personal form of God can be made out of wood, stone, earth or paint, or can be created in the mind, and then worshipped with the sanctified elements of matter. One such traditional form of deity is the shalagram, the small black pebble from the bed of the river Gandhaki.

IV F     The method of worship has been handed down through lineages of brahmana families and gurus for thousands of years. Although the actions performed are simple enough, they cannot be done mindlessly. Before receiving initiation into the worship of a deity the student must understand that the deity is not mere stone or wood, but an embodiment of the supreme Vishnu. Nor is it an idol, an imaginary invented image, but is formed following the teachings of the tradition as they have been handed down in order to faithfully reproduce Vishnu’s form, thus summoning his presence. Though the details of worship vary from one tradition to another, all follow a common formula, based around the recitation of prayers and a ceremony during which the deity is bathed in water and then rubbed with oil and anointed with sandalwood paste. The basic elements used are water, ghee, scented oil, incense, a burning ghee lamp, fruits, milk, food-grains and leaves from the sacred Tulasi plant. To these may be added fire kindled in the agni-hotra sacred fire ceremony, into which are made offerings of ghee and grains. The fire acts as the mouth of the Cosmic Person, receiving the offerings. The prayers of purusha-sukta, describing the Cosmic Person, are chanted during the worship.

IVG       An essential part of a brahmana’s worship is the recitation of the gayatri mantra, which begins with meditation on the sun as the representative of God. The sun is the eye of Vishnu, which sees all; by its energy all living things flourish. Vishnu himself enters into the sun as the sun-god. The daily appearance of the sun is greeted as a moment of great auspiciousness when brahmanas recite the gayatri mantra. The mantra is repeated again at noon and at sunset, calling upon the sun, which illuminates the earthly and heavenly realms, to enlighten the mind of the meditator with divine inspiration.

IVH      Another prayer, commonly used at the beginning of worship or meditation, offers respect to mother Earth and asks for her protection: ‘Oh mother Earth, the worlds are maintained by you. Oh goddess, you are upheld by Lord Vishnu. Kindly purify this seat and daily maintain me.’ The earth and the sun span the world of human experience. The sun, the ‘eye of God’, gives forth energy and life, fertilising the earth, who is the mother from whose womb all life-forms are born.

IVJ     In the Vedic literatures mother Earth is personified as the goddess Bhumi, or Prithvi. She is the abundant mother who showers her mercy on her children. Her beauty and profusion is vividly portrayed in the beautiful Hymn to the Earth in the Atharva Veda, from which the following verses are taken:

IVK      Your castles and fortresses are built by divine engineers. In every province of yours people are working hard. You bear all precious things in your womb. May God, the lord of life, make you pleasing on all sides. (43)

O mother, bearing folk who speak different languages and follow different religions, treating them all as residents of the same house, please pour, like a cow who never fails, a thousand streams of treasure to enrich me. (44)

IVL     May you, our motherland, on whom grow wheat, rice and barley, on whom are born five races of mankind, be nourished by the cloud, and loved by the rain. (42)

O mother, with your oceans, rivers and other bodies of water, you give us land to grow grains, on which our survival depends. Please give us as much milk, fruits, water and cereals as we need to eat and drink. (3)

Verses from Atharva Veda 12.1, paraphrased from the translations quoted by O. P. Dwivedi and B. N. Tiwari in Environmental Crisis and Hindu Religion, Gitanjali, New Delhi, 1987.

IVM      Earth’s production of food is dependent on the principles of karma which lie at the root of the workings of the universe. All actions bring reactions, linking everything together in a seamless web. Hence the supply of food is influenced by the moral or spiritual behaviour of humanity. This may seem irrelevant in these scientific times, when we are able to control so much for ourselves, but it is nevertheless a fundamental principle of Hinduism. In Hindu tradition food is offered daily to God in the temple. Without these offerings the earth will not be satisfied and neither will we be. It is not that the earth is herself worshipped, but that she is satisfied when she sees that her own produce is being offered back to God, its original source.

IVN      It is often supposed that humans can get what they want from this world provided they are prepared to work hard enough for it. With their greater intelligence they can create wealth for themselves by exploiting the earth’s resources, whereas animals are forced to follow their instincts and are only capable of struggling for survival. This ability of human beings to exploit their environment is supposed to mark them out as superior to animals. At any rate, this concept has been at the root of the expansion of human domination of the planet, particularly in the West, over the last five hundred years.

IVP       How different this concept is from that taught by the Vedas! According to the Isa Upanishad, this planet does not belong to humanity, any more than it belongs to the other species living on it:

Everything in the universe belongs to the Lord. You should therefore only take what is really necessary for yourself, which is set aside for you. You should not take anything else, because you know to whom it belongs.

So long as we treat the planet carefully and take only our share, acknowledging that it and everything else belongs to God, the planet will provide for our needs; but as soon as we try to take nature’s gifts without offering anything in return we become no better than thieves.

IVR     The Srimad Bhagavatam tells a story from long ago of a time when the world was governed by the cruel and selfish King Vena. Blinded by pride in his own wealth, Vena stopped all religious functions and started his own cult, with himself as the deity. He ordered everyone to worship him instead of Vishnu. When they saw that the true worship of God had been stopped, the sages of the world foresaw disaster. They knew that as soon as religious activities were stopped there could be no peace or prosperity.

The sages first went to King Vena and demanded that he change his ways; reasoning with him in persuasive words, they explained to him that his first duty as ruler was to promote piety and religion in society; that if brahmanas made offerings to God the demigods controlling the workings of the world would be pleased and reward humanity with natural prosperity. Vena, however, ridiculed their advice. He insisted that, as the rightful king, he was the divine embodiment of all the demigods, and should be the only object of worship for everyone.

IVS    King Vena’s beliefs have a parallel in modern times. Today’s secular governments, under the influence of modern economists and scientists, argue that religion and traditional customs, being unscientific, are no longer of any value because they have been replaced by rational and objective scientific and economic theories; all we now need for success, they argue, is more and more expenditure on science and technology and economic development. In other words we should make our offerings to a new god, the god of science, technology and economics.

When Vena refused to change, the sages decided they had no alternative than to remove him for the good of everyone. They cursed him and such was the power of their words that he immediately died. They then prayed for a divine incarnation of Vishnu to take his place. The new king became famous as Prithu, the subduer of the earth. He established townships and organised agriculture for the first time. Most importantly, he reintroduced religious functions and subdued the planet earth, not by raping her, as the phrase suggests to inhabitants of the twentieth-century, but by pleasing her and invoking her motherly instinct. Because of the unjust rule of Vena and the bad elements which had flourished in human society as a result, she had withheld her riches. She said to King Prithu, “My seeds, roots and herbs, which are meant to be offered to God, were being used by untruthful men of no spiritual understanding, therefore I have hidden them, but you can now extract them by pleasing me.”

Bhumi, mother Earth, is conscious of the behaviour of human beings, and she responds to that behaviour. If they treat her kindly she supplies them with everything they need, but if she is mistreated she can keep back all these things. The way to please her and ensure abundance is through religious activity. Being herself a servant of God, she is pleased when she sees God being worshipped. In the Bhagavad Gita this principle is explained:

All beings live on food grains, which are dependent on rain. Rain is produced by yajna (religious ceremony) which is based upon the performance of duties as taught in the Vedic scriptures.

As the story is told in the Bhagavatam, Bhumi took the form of a cow and asked Prithu to bring a calf. He then milked from her all the herbs and grains which she was keeping. When the mother cow sees her calf, she is overwhelmed with love and her milk flows freely. The symbol of the cow and her calf used here therefore emphasises that the relationship between the earth planet and her inhabitants is that of a mother and her children. What is needed is love and affection, not scientific exploitation, to bring out her life-nourishing goodness.

In a manner reminiscent of the rule of King Vena, modern rulers exploit the earth, extracting food grains, seeds and herbs as well as valuable minerals and other resources, but they make no offerings in the temple for the pleasure of Vishnu or any other form of God. Sometimes stocks of grains are destroyed to keep the prices down, or farmers are paid to stop producing. Worst of all, they sometimes build up huge surplus stocks of food-grains in one part of the world while elsewhere people are forced to starve, all in the name of trade laws and the pursuit of profit. The earth is a devotee of Vishnu, and her service is to provide all living beings with food, as a mother feeds her children. If we abuse her kindness and waste what she gives us, she becomes unhappy. She does not like to give her abundance to selfish men who fail to honour God and who use what she gives them only for themselves. Therefore, feeling neglected and uncared for, she may again stop supplying food for such people, and they may themselves starve. There is evidence that this process may have already begun to affect even the affluent West. In North America, despite all efforts of the latest agricultural technology, declining fertility, loss of topsoil and water shortages are beginning to pose a serious threat to cereal production.

IVT     In the Bhagavad Gita, Krishna tells how everything was originally created in abundance. In the beginning of the universe, he says, the Lord of all creatures sent his children into the world and told them to be happy and prosperous through performing sacrifice for Vishnu, by which all their desires would be fulfilled. The demigods, Krishna says, are servants of Vishnu placed in charge of the various universal elements. They will be pleased by humanity’s offerings and will arrange for the proper supply of all that it needs. Food grains – life’s greatest necessity – will be plentiful only if society is religious. This is because grains are dependent on sufficient rainfall, which in turn depends on religious action, or following the laws of God as prescribed in the scriptures. According to the Vedic tradition, therefore, prosperity and happiness will be the natural result of living a religious life in harmony with nature. Any amount of human endeavour which does not take account of the need for pleasing God will bring the same result, but rather, as in the case of Vena, will bring disaster.

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K RAJARAM IRS 16726

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