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Discover the latest in physics, biology, chemistry, astronomy, and more. Experience technology, fascinating facts, and the wonders of nature. Explore science history, join Q&A sessions, and stay informed. For paid ad and comment, contact @Auror_azs

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​​What would happen if a nuclear bomb was detonated in space? When a nuclear bomb explodes on Earth, the huge release of radi
​​What would happen if a nuclear bomb was detonated in space? When a nuclear bomb explodes on Earth, the huge release of radiation triggers the rapid expansion of air around it, causing the intense blast wave that wreaks so much destruction. 📌In the vacuum of space, the lack of air means the principal destructive effects come not from the blast, but instead from the particles and radiation pouring out of the bomb, which dump their energy as heat on striking the target Share: @AstroMechanics

Did you know? The night before Space Shuttle challenger was launched, a NASA engineer told his wife "it's going to blow up" H
Did you know? The night before Space Shuttle challenger was launched, a NASA engineer told his wife "it's going to blow up" His superiors ignored his warning about a problem, so his prediction came true. Share: @AstroMechanics

Answer💡 Living organisms, despite their organization, still adhere to the second law of thermodynamics. Life's processes inc
Answer💡 Living organisms, despite their organization, still adhere to the second law of thermodynamics. Life's processes increase overall entropy, from formation to death, as energy is consumed, waste is generated, and internal order is maintained. This refutes mystical beliefs and confirms that life operates within the boundaries of physical laws. 📌In conclusion, the statement emphasizes that living organisms do not violate the second law of thermodynamics. Instead, they operate in accordance with it by contributing to the overall increase in entropy. Share: @AstroMechanics

Astro-Question❓ Does life violate the second law of thermodynamics? Comment your ideas below! Share: @AstroMechanics

The phenomenon in which the universe contracts and destroys itself is know as:
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Which has the largest composition in the universe?
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The Great Attractor is supposed to be an immensely massive thing which has so, much gravity that it is attracting 100,000 gal
The Great Attractor is supposed to be an immensely massive thing which has so, much gravity that it is attracting 100,000 galaxies towards it. We still don't know for sure what that object really is. Share:@AstroMechanics

What does the mysterious constant known as Einstein's cosmological contant denote in the general theory of relativity ?
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Precalculus_2e-WEB.pdf106.80 MB

These books are great than on the pdf file

Physics Roadmap.pdf0.58 KB

Mathematics Roadmap.pdf0.76 KB

Aleksader Wolszczan and Dale Frail observed two rocky planets orbit around PSR B1 257+12,which is a pulsar in the constellati
Aleksader Wolszczan and Dale Frail observed two rocky planets orbit around PSR B1 257+12,which is a pulsar in the constellation Virgo. As they are constantly getting bombarded by the radiation of the dead parent neutron star, these planets can't support any organic life. These kinds of celestial bodies are known as exoplanets Share: @AstroMechanics

Who is known as the father of quantum physics?
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Repost from AstroScience
Happy Birthday, Hans Christian Ørsted🥳 #Onthisday, we celebrate the birth of Hans Christian Ørsted, a Danish physicist born
Happy Birthday, Hans Christian Ørsted🥳 #Onthisday, we celebrate the birth of Hans Christian Ørsted, a Danish physicist born on August 14th. Ørsted's contributions to the field of physics were truly remarkable. He is best known for his groundbreaking discovery in 1820, when he observed the interaction between electric current and a magnetic needle, leading to the formulation of the principle of electromagnetism. 🔮Ørsted's work revolutionized our understanding of the relationship between electricity and magnetism, laying the foundation for future scientific advancements. On this special occasion, we reflect on Ørsted's significant contributions to physics and express our gratitude for his enduring legacy. #SpecialDay Share: @Astrounknown

Repost from AstroScience
Happy Birthday, Hans Christian Ørsted🥳 #Onthisday, we celebrate the birth of Hans Christian Ørsted, a Danish physicist born
Happy Birthday, Hans Christian Ørsted🥳 #Onthisday, we celebrate the birth of Hans Christian Ørsted, a Danish physicist born on August 14th. Ørsted's contributions to the field of physics were truly remarkable. He is best known for his groundbreaking discovery in 1820, when he observed the interaction between electric current and a magnetic needle, leading to the formulation of the principle of electromagnetism. 🔮Ørsted's work revolutionized our understanding of the relationship between electricity and magnetism, laying the foundation for future scientific advancements. On this special occasion, we reflect on Ørsted's significant contributions to physics and express our gratitude for his enduring legacy. #SpecialDay Share: @Astrounknown

What are the tiny packets of waves in quantum physics called
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