astronomy
Celestial objects and the phenomena that surrounds them. What lies above the earth forever out of reach. From moons, to stars, galaxies, and beyond.
The Virtual Nexus: An Unlikely Bond
In the heart of bustling New York City, where skyscrapers touch the clouds and life moves at an electrifying pace, an unexpected trend was quietly taking root. The world of virtual reality had become the latest cultural phenomenon, captivating the hearts and minds of people across the United States.
Md Aminur Rashid KhanPublished 8 months ago in FuturismTechnological advancement and innovation
In the vast landscape of human progress, technological advancement stands as one of the most defining hallmarks of our species. From the invention of the wheel to the exploration of space, our journey has been marked by a ceaseless pursuit of innovation. In this article, we delve into the captivating realm of technological advancement and innovation, exploring its impact on society, the economy, and our very way of life.
Gift AbotsiPublished 8 months ago in FuturismThe Final Sunrise
The world had always been a place of bustling activity, a realm of countless lives woven together by the threads of time. But on this particular day, an eerie stillness settled over the Earth, as if nature itself held its breath. It was the last day. The last sunrise.
Muzammil HussainPublished 9 months ago in FuturismChandrayaan-3's next lunar orbital manoeuvre today. Details here
The Indian Space Exploration Association (ISRO) said Chandrayaan-3, India's third lunar mission is drawing nearer to the Moon and it will play out one more significant move on Monday between 11:30am to 12:30pm.
robot colleague at work places
In a not-so-distant future, where technology had leaped beyond imagination, a new addition was made to the bustling workplace of NexaTech Corporation. Amid the sea of cubicles and clatter of keyboards, a sleek and sophisticated creation named R1V3R joined the ranks as the company's first-ever robot colleague.
talkaboutosa brokynPublished 9 months ago in FuturismPhantom Shift- Limits of Our Vision
This is Part Five in a series. You can read Parts One, Two, Three, and Four here. 09:15 pm, Georgetown The sterile smell of latex and disinfectant hung in the air as the paramedics wheeled Alexis into the emergency room. She could smell it in her waking dream state. She could feel the gurney shake back and forth as it bumped its way down the hall. The world was black, her head was pounding, and her ears were ringing, but she was alive. Time was a flat circle again.
Atomic HistorianPublished 9 months ago in FuturismAstronomers confirm the faintest galaxy ever seen as we look back toward the Cosmic Dawn.
Our universe is transparent, with dazzling stars and galaxies shining against a pristine, pitch-black background. This, however, wasn't always the case because the universe's early history was veiled by a cloud of hydrogen atoms that blocked the light from the first stars and galaxies.
Francis DamiPublished 9 months ago in FuturismThe Cosmic Destiny
Introduction The term "Big Bang" has become synonymous with the explosive start of the universe, captivating the imagination of enthusiasts and scientists alike. However, just as every story has a beginning, it also holds a conclusion. Amidst a spectrum of theories, the "Big Crunch" emerges as a contender for the universe's grand finale. In this article, we'll delve into the intriguing concept of the Big Crunch, its origins in Einstein's theory of relativity, and the uncertain fate that lies ahead.
Stella OehtamPublished 9 months ago in FuturismExploring the Cosmos
From the dawn of civilization, people have cast their eyes upon the night sky, captivated by its mesmerizing beauty. In the modern era, this insatiable curiosity propels us to venture across vast cosmic distances, striving to unravel the mysteries that define our place within the cosmos. We want to find our place in the universe and as we look towards our neighbours Venus and Mars, this brings up the question of whether we as humans are able to venture this far into space.
Tracey te BraakePublished 9 months ago in FuturismDo We Possess an Accurate MapOf The Earth?
A challenge within the flat Earth perspective revolves around the absence of an accurate flat Earth map. A parallel can be drawn with the globe, where a true map doesn't exist due to the inherent three-dimensional nature of a globe, making it impossible to perfectly translate onto a two-dimensional surface. Consequently, various projections are used to represent the globe as a flat map. However, if the Earth were indeed flat, constructing a precise map should theoretically be straightforward. Strangely, flat earthers encounter difficulty producing a comprehensive and accurate map. In debates, proponents of the round Earth theory, like Fight the Flat Earth (FtFE), often request flat earthers to present an accurate map, but these requests are typically deflected.
Hawking's Dire Prediction: Universe's Inevitable Evaporation Unveiled in New Study
A novel hypothesis has substantially revised Stephen Hawking's 1974 theory on black holes, proposing that all objects with mass might ultimately vanish. Stephen Hawking's renowned theory regarding black holes has received a grim update, asserting the inevitable evaporation of everything in the cosmos. In 1974, Hawking introduced the idea that black holes gradually dissipate through Hawking radiation, releasing energy in the form of light particles due to their potent gravitational pull. A recent alteration to this theory suggests that Hawking radiation isn't exclusive to black holes but extends to all objects possessing sufficient mass.
Decoding the Universe's Enigma: A Fresh Approach to Gauging Cosmic Expansion
Researchers Propose Innovative Approach for Measuring Universe Expansion A team of scientists at the International Centre for Theoretical Sciences in Bengaluru has put forward a novel method to determine the rate of the universe's expansion by utilizing gravitational waves generated during the merger of black hole pairs. By leveraging sophisticated gravitational wave detectors, the researchers aim to analyze the sequences of black hole mergers and the time intervals between them, enabling them to calculate the expansion rate without relying on specific data about the involved galaxies or black hole pairs.