Tag

Artificial Gravity

All articles tagged with #artificial gravity

Chrysalis: A 58-Kilometer, Multi-Generational Starship for a Centuries-Long Voyage
space8 days ago

Chrysalis: A 58-Kilometer, Multi-Generational Starship for a Centuries-Long Voyage

Chrysalis is a concept for a 58-kilometer rotating habitat designed to carry around a thousand to two thousand humans on a 400-year interstellar voyage, using a direct fusion drive and fully closed life support, with generation-spanning governance, education, and knowledge preservation. The project provides a detailed, integration-focused study of how such a ship could be assembled, powered, shielded, and kept socially stable, while honestly outlining remaining unknowns and the enormous technical and ethical challenges involved.

Exploring the Possibility of Antigravity
science1 year ago

Exploring the Possibility of Antigravity

The concept of antigravity, popular in science fiction, is not feasible under current physical laws, as it would require negative energy, which doesn't exist in our universe. General relativity shows that gravity is a result of spacetime curvature caused by mass and energy, and all known entities have positive energy. While antigravity remains impossible, artificial gravity can be achieved through constant acceleration, such as in a rotating spacecraft, to simulate Earth's gravity for long space journeys. Addressing the health issues from prolonged zero-gravity exposure should be prioritized for future space travel.

"Elon Musk Plans Artificial Gravity with Starship Spin"
spacespace-exploration2 years ago

"Elon Musk Plans Artificial Gravity with Starship Spin"

SpaceX CEO Elon Musk envisions using artificial gravity on the Starship spacecraft during its journey to Mars, potentially by spinning the spacecraft. This concept aims to mitigate the health risks associated with prolonged exposure to microgravity, such as bone density loss and vision changes. However, challenges such as spacecraft size, motion sickness, and energy capture need to be addressed. Other companies are also exploring artificial gravity for space missions. While Musk's predictions should be taken with caution, the idea of artificial gravity may be crucial for long-duration space travel.

"Harvard's Artificial Gravity Breakthrough Paves the Way for Deep Space Exploration"
science-and-technology2 years ago

"Harvard's Artificial Gravity Breakthrough Paves the Way for Deep Space Exploration"

Researchers from Harvard Medical School and the University of Rhode Island conducted a study on mice to simulate the effects of artificial gravity on the International Space Station (ISS). The study showed that exposure to artificial gravity through a centrifuge can mitigate the negative effects of zero gravity on bone density and muscle mass. This research could have implications for deep space exploration and the health of astronauts on long-duration missions.

"Embark on an Extraterrestrial Luxury Cruise with the Creator of Crazy Frog"
space-exploration2 years ago

"Embark on an Extraterrestrial Luxury Cruise with the Creator of Crazy Frog"

Erik Wernquist, the creator of Crazy Frog, has released a new short film titled "ONE REVOLUTION PER MINUTE," which showcases humanity's future in space. The film takes viewers aboard the SSPO Esperanta, a luxurious rotating space station that visits various celestial bodies in our solar system. Wernquist explores the concept of artificial gravity in space and creates a leisure-like environment with stunning visuals and natural lighting. The film concludes with the Esperanta embarking on an adventure beyond our solar system. Wernquist's portfolio includes other captivating sci-fi films and music videos.

science-and-technology2 years ago

"The Slow and Steady Pace of One Revolution Per Minute"

Erik Wernquist's short film, "One Revolution Per Minute," explores the concept of artificial gravity in space through a large, rotating space station. While the idea is intriguing, the constantly spinning views and moving light and shadows could be nauseating and uncomfortable for human passengers. Despite the possibility of building such a structure, its practicality for long-term human habitation remains questionable.

Transforming an Asteroid into a Space Habitat: A 12-Year Blueprint
space2 years ago

Transforming an Asteroid into a Space Habitat: A 12-Year Blueprint

A retired Technical Fellow at Rockwell Collins, David W. Jensen, has released a detailed plan in a 65-page paper on how to turn an asteroid into a rotating space habitat. The paper covers asteroid selection, habitat style selection, and mission strategy. Jensen suggests using the Atira asteroid, which is stable in the "Goldilocks zone" of our solar system, and recommends a torus-shaped habitat for artificial gravity. He proposes using self-replicating spider robots and materials from the asteroid itself for construction. The estimated cost of the project is $4.1 billion, and the timeline for completion is estimated at 12 years.

"gravityLab's Innovative Solution for Artificial Gravity"
space-exploration2 years ago

"gravityLab's Innovative Solution for Artificial Gravity"

gravityLab, a Seattle-based startup, is developing a spinning spacecraft that can generate programmable gravity to study the effects of different levels of gravity on the human body, plants, organisms, and manufacturing processes. The company aims to understand the impact of gravity on long-term space presence and hopes to enable the production of items that cannot be made on Earth or in microgravity. gravityLab's first spacecraft will be compact but with enough space for experiments, and the retractable boom will simulate lunar gravity. The startup plans to demonstrate its technology in late 2024 or early 2025 and sees potential for future applications in commercial space stations.

The Significance of Artificial Gravity: Insights from a Former Astronaut
space-exploration2 years ago

The Significance of Artificial Gravity: Insights from a Former Astronaut

Former astronaut Garrett Reisman emphasizes the importance of studying artificial gravity in space. Reisman, who experienced the toll of microgravity on his body during his time on the International Space Station, believes that even a small application of gravity could help solve health problems faced by astronauts, such as bone loss, muscle atrophy, and vision impairment. He joined Vast Space, a company planning to launch space stations with artificial gravity, to further explore the effects of gravity on long-term human spaceflight. Reisman highlights the need for data between zero gravity and Earth's gravity, as current knowledge is limited in this regard.

"Paid Bed Rest Study Simulates Space Flight Effects"
space2 years ago

"Paid Bed Rest Study Simulates Space Flight Effects"

The European Space Agency has recruited 12 volunteers to spend 60 days lying on their backs tilted 6° below the horizontal with their feet up, to mimic the effects of space on the human body. The participants will also cycle while lying down to keep their blood flowing, and some will try cycling while spinning around in a centrifuge to create artificial gravity. The experiment aims to determine if certain exercises can help counteract the negative effects of weightlessness and could become an effective solution for a healthier body during long-duration space missions.

Billionaire-backed startup to launch first commercial space station with SpaceX.
space2 years ago

Billionaire-backed startup to launch first commercial space station with SpaceX.

Crypto tycoon Jed McCaleb, CEO of Vast, is teaming up with Elon Musk's SpaceX to launch the first-ever commercial space station, Haven-1, in 2025. The bus-sized orbital outpost will be home to a four-member crew in 2026, which could include astronauts and private individuals. Vast will also conduct the world's first spinning artificial gravity experiment on a commercial space station. The inaugural 30-day mission will be in 2026, but the cost per seat has not been revealed. Space tourism will soon be a part of our lives as billionaires spend their money to send the average person into orbit.

Vast and SpaceX to Launch First Private Space Station in 2025.
space2 years ago

Vast and SpaceX to Launch First Private Space Station in 2025.

Aerospace startup Vast plans to launch the world's first commercial space station, Haven-1, atop a SpaceX Falcon 9 rocket in 2025 at the earliest. The company, founded by cryptocurrency billionaire Jed McCaleb, aims to eventually launch and operate 2001-A-Space-Odyssey-style spinning space stations holding hundreds of people by the 2040s. Vast has started selling tickets for its first crewed mission and wants its customers to come from domestic or international space agencies or wealthy individuals involved in science and philanthropy. Visitors will stay for up to 30 days and receive training to execute emergency procedures inside SpaceX's rocket, the Haven capsule, and be provided with a spacesuit and rations for the trip.