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Mysterious Objects in Space We Can't Explain & Other Space Videos (Space Compilation)

The Infographics Show・91 minutes read

The Infographic Show addresses nuclear detonations in space to divert asteroids and explores human-alien cooperation claims. Despite technical failures, the Apollo 13 mission exemplifies resilience and innovation in space exploration.

Insights

Detonating a nuclear bomb in space causes a unique explosion due to the absence of air, leading to light, heat, and radiation effects, along with charged particles interacting with Earth's magnetic field.
NASA suggests using nuclear bombs for standoff explosions near asteroids to deflect them away from Earth, preventing catastrophic impacts, employing various technologies like kinetic impactors and gravity tractors.
Claims of human-alien cooperation and interactions, such as research on Mars, are made by Dr. Haim Eshed, a respected figure, but are considered dubious due to the vast intelligence gap between humans and space-faring aliens.
The Apollo 13 mission faced critical failures but showcased human ingenuity and resilience, with the crew successfully overcoming challenges like engine shutdowns, power loss, and adapting the lunar module to ensure a safe return to Earth.

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Recent questions

What is the purpose of the US Space Force?
Coordination of military space assets.
How does a nuclear blast in space differ from one on Earth?
Absence of air results in a soundless explosion.
What is the significance of the Apollo 13 mission?
Showcases human ingenuity and resilience.
What are the risks associated with private space travel?
Include space motion sickness and psychological stress.
How does the lack of an atmosphere affect the human body in space?
Water evaporates, causing swelling and extreme pain.

Related videos

Summary

00:00

Nuclear Space Blast: Deflecting Asteroids, Alien Cooperation

The Infographic Show delves into life-altering enigmas and crucial issues, answering viewer questions directly.
Wayne inquired about the outcome of detonating a nuclear device in space to stop an asteroid hurtling towards Earth.
A nuclear blast in space would differ from the classic mushroom cloud look due to the absence of air, resulting in a soundless explosion of light, heat, and radiation.
Effects of the blast would include charged particles interacting with Earth's magnetic field, creating ribbons of light and debris raining down into the atmosphere.
An electromagnetic pulse (EMP) generated by the blast would disrupt electricity flow, affecting power sources, electronics, and navigation systems.
The US conducted a similar test in 1962, known as Starfish Prime, which caused extensive satellite damage and electronic malfunctions.
Detonating a nuclear bomb on or beneath a large asteroid would not obliterate it but break it into large pieces, potentially still causing significant damage.
NASA suggests using nuclear bombs for standoff explosions near asteroids to deflect them away from Earth, preventing catastrophic impacts.
NASA's Planetary Defense Coordination Office employs technology like kinetic impactors and gravity tractors to divert asteroids, avoiding the need for nuclear detonations.
Dr. Haim Eshed, a respected figure, claims that aliens are real and cooperating with the American and Israeli governments, aiming for peaceful interaction and knowledge sharing.

14:05

Alien Encounters: Truth or Government Cover-up?

Many UFO sightings have been proven to be sightings of secret aircraft like the American F-117 Stealth Fighter and B-2 Stealth Bomber during their testing phases.
Dr. Haim Eshed, an Israeli military general and co-founder of the Israeli space program, is believed to be disseminating disinformation as a cover for secret government programs.
Claims of human-alien cooperation, such as conducting research together on Mars, are deemed dubious by Dr. Eshed due to the vast intelligence gap between humans and space-faring aliens.
Dr. Eshed, with a long military career and high integrity, is considered a trustworthy source for leaking information about aliens, making his claims more believable.
Former President Bill Clinton and other political figures have hinted at the existence of aliens visiting Earth, with some even sharing personal encounters with extraterrestrial beings.
Claims of aliens visiting Earth have been made by political leaders in Russia and Canada, with detailed accounts of interactions and revelations about alien critiques of humanity.
Astronaut Edgar D. Mitchell, known for landing on the moon, has claimed that aliens are monitoring humanity, especially nuclear weapons, to prevent a nuclear war between nations.
Multiple sightings of UFOs over nuclear facilities by military personnel have been reported, suggesting a possible alien presence monitoring Earth.
The Apollo 13 mission faced a critical engine shutdown during liftoff, narrowly avoiding disaster due to the flight computer shutting down the malfunctioning engine in time.
Despite the engine failure, Apollo 13 successfully corrected its trajectory, separated from the third stage, and continued its journey to the moon, showcasing the crew's resilience and NASA's adaptability.

28:40

"Apollo 13: Triumph Amid Technical Failure"

The command module experiences wild fluctuations, while outside, the attitude control thrusters briefly fire, leading to the iconic phrase "Houston, we have a problem."
Electrical power drains from the service module, with oxygen tank number two empty due to an explosion, causing confusion among the astronauts.
Two more fuel cells fail, drastically reducing power levels in the service module, leading to venting of gas into space.
An abort of the mission is ordered, and engineers scramble to find a way to power the remaining fuel cells to save the crew.
The crew moves into the lunar module, repurposing it as a lifeboat to return to Earth, deviating from the original abort plan.
A solution is found to adapt cube-shaped lithium hydroxide canisters from the command module to the cylindrical sockets of the lunar module.
The crew powers up the command module with limited supplies, overcoming challenges like temperature control and condensation.
The crew successfully separates the lunar module from the command module before re-entry, ensuring a safe return to Earth.
The Apollo 13 mission, though a technical failure, showcases mankind's ingenuity and resilience in the face of adversity.
President Nixon delivers a speech in preparation for the worst-case scenario of the Apollo 11 mission, highlighting the sacrifice of astronauts for mankind's future.

42:30

"Space Travel Challenges and Opportunities"

In space, objects can retain warmth due to the sun's constant radiation and the lack of an atmosphere to dissipate heat, unlike on Earth where the atmosphere absorbs body heat.
Heat management is crucial for spacecraft and satellites to prevent structural failures caused by prolonged exposure to solar radiation and cosmic rays.
NASA has protocols for handling crew fatalities in space missions, involving sealing the deceased crew member in a pressurized spacesuit and storing them in the coldest part of the spacecraft to prevent contamination.
During longer missions like a trip to Mars, crew fatalities may necessitate jettisoning the body into space to avoid contamination risks and practical constraints.
SpaceX, led by Elon Musk, aims to revolutionize space travel with cost-effective rockets like Falcon 9 and Falcon Heavy, and the Dragon spacecraft designed for manned missions.
Yusaku Maezawa, a billionaire, plans to be one of the first private citizens to travel to the moon using SpaceX's Big Falcon Rocket in 2023.
SpaceX's ultimate goal is to establish colonies on Mars, with Musk envisioning it as a potential refuge for humanity in case of catastrophic events on Earth.
Mars presents unique challenges for human habitation, including lower gravity, a thin carbon dioxide atmosphere, extreme cold, and radiation exposure due to the lack of a magnetic field.
Private space travel poses risks such as space motion sickness, psychological stress, and a higher fatality rate compared to commercial flights, necessitating thorough risk assessment and training for passengers.
The privatization of space travel raises concerns about accessibility, with costs estimated to be in the range of hundreds of thousands to millions of dollars, potentially creating a divide between the wealthy elite and the general population.

56:02

Mars colony excludes many, benefits few

Life-threatening scenarios make Mars dangers seem insignificant.
Mars has half Earth's diameter; Earth's population to reach 9 billion by 2050.
A Mars colony of 1 million is a small fraction of Earth's population.
Mars cannot support a large population, leaving many excluded.
The Mars colony would likely consist of the wealthy, not the poor or middle class.
Companies like SpaceX and Blue Origin are leading privatized space flight.
Space travel's cost makes it inherently discriminatory, excluding many.
Space colonization won't enhance life for most, benefiting only a select few.
Space mysteries, like Saturn's hexagon and rogue planets, intrigue us.
The Outer Space Treaty prohibits placing weapons in space to maintain global security.

01:09:48

Space Weapons and Exploration: Impact and Discovery

Kinetic impactors are effective weapons in space, using mass, velocity, and kinetic energy for devastation without explosives.
These impactors can deliver destructive blasts comparable to small tactical nuclear weapons by utilizing gravity and acceleration.
Lazy dog bombs, used in the Korean and Vietnam wars, were similar projectiles reaching high speeds and penetrating solid concrete.
Nations avoid placing kinetic impactor weapons in space due to the risk of creating vulnerability to hostile orbital weapons.
The presence of orbital weapons could lead to a scenario of mutually assured destruction, prompting nations to refrain from deploying them.
Space exploration began in the mid-20th century, revealing the vastness and complexity of the universe.
Edwin Hubble's discovery of Andromeda as a separate galaxy in 1923 expanded the known universe significantly.
The Hubble Space Telescope captured images of celestial bodies, including the important star V1 in 2011.
Facts about space include the extreme temperatures on Venus, the lack of moons on Mercury and Venus, and the potential for life transmission through panspermia.
The universe's age, the size of stars like Betelgeuse, and the potential for life in the galaxy are all intriguing aspects of space exploration.

01:24:42

Space Force: Protecting, Expanding, and Militarizing Space

In a normal situation, water molecules in the body are constantly being repelled by air molecules, maintaining equilibrium; without an atmosphere, water will evaporate throughout the body, causing swelling.
Human skin's elasticity prevents bursting even when swelling to about twice the normal size; rescue at this point allows a return to normal, but without rescue, extreme pain ensues.
Circulatory system's robustness maintains blood pressure even in space, allowing consciousness as oxygen depletes; moisture on the body boils due to lack of pressure, causing violent evaporation.
Exposure to direct sunlight in space results in severe sunburn; cosmic radiation bombardment is likely, especially without a protective magnetosphere.
Space's cold temperature preserves the body due to lack of heat loss medium; decomposition is halted by extreme radiation and temperatures, leaving the body preserved for millions of years.
Space is crucial for modern militaries as a vantage point for surveillance and reconnaissance, enabling precise targeting with advanced weapons; communication is enhanced with satellites for secure and long-range connectivity.
The US Space Force would consolidate all American military space assets into a single branch, facilitating coordination and information sharing during conflicts; surveillance and reconnaissance duties would be paramount.
The Space Force would also focus on logistics, aiming to establish an orbital hub for rapid deployment of military hardware worldwide; potential for orbital drops of supplies and even personnel in the future.
Despite the Outer Space Treaty banning weapons of mass destruction, conventional weapons in space are possible; concepts like "rods from god" using kinetic energy for devastating strikes have been explored.
The need for a dedicated US Space Force is under review, but with the inevitability of humanity's expansion into space, the importance of space militarization is recognized; commercial space industry growth highlights the necessity for a space force.

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