Deep In Space

30/05/2025

Have you ever wondered what life was like when Earth spun faster when a day was just 18 hours long?

In this episode of Deep In Space, we travel back over a billion years to explore a mind-blowing connection between Earth's slowing rotation, the Moon’s gravitational pull, and the rise of oxygen in our atmosphere.

Discover how tiny microbes called cyanobacteria helped kickstart life as we know it...
Learn how the Moon's gentle tug is still lengthening our days today...
And see how modern research in places like Lake Huron is revealing secrets from Earth’s ancient past.

From the Great Oxidation Event to the origins of complex life, this is the story of how cosmic mechanics shaped the air we breathe.

If you love space, science, and the mysteries of our planet, make sure to like, subscribe, and hit the bell icon to stay updated on all things cosmic.

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30/05/2025

Have you ever wondered what life was like when Earth spun faster when a day was just 18 hours long?In this episode of Deep In Space, we travel back over a bi...

21/05/2025

In this episode of Deep In Space, we journey through time to explore Generation X the remarkable generation born between 1961 and 1981.

From the analog world of landlines, mixtapes, and handwritten letters to the rise of the digital age with the internet, social media, and smartphones Gen X has seen it all. They were the first to adapt, evolve, and bridge the massive gap between two very different worlds.

We’ll uncover how Gen X embraced new technology, drove social movements, and remained resilient through economic shifts. Often overlooked, this generation has quietly shaped the world we live in today from how we work to how we communicate.

🌍 Discover the legacy of Generation X:
🔹 Life before the internet
🔹 The rise of the digital revolution
🔹 Social change and activism
🔹 Economic adaptation and resilience
🔹 Their lasting impact on modern society

💬 Let’s celebrate the generation that connected the past with the future.

👉 Don’t forget to like, comment, and subscribe for more deep dives into the hidden stories that shaped our world.

📡 Join us as we venture deeper—only on Deep In Space.

21/05/2025

Before The Internet

In this episode of Deep In Space, we journey through time to explore Generation X—the remarkable generation born between 1961 and 1981.🌀 From the analog wor...

13/05/2025

Mars wasn’t always a cold, dead rock. According to Dr. John Brandenburg, a Harvard-trained physicist, it once hosted a thriving ancient civilisation one that was wiped out by a massive alien nuclear attack. Yes, you read that right.

Brandenburg first dropped this theory back in 2011, but it recently made a comeback on the Danny Jones Podcast. His bold claim? The red planet is red because of a planetary-scale thermonuclear war, and there’s evidence still lingering in its atmosphere.

One big clue? Xenon-129 a gas released during nuclear explosions is found in high amounts in Mars’ atmosphere. Earth has it too, but Mars has a weirdly high dose, unlike anywhere else in our solar system.

Philosophy PhD student Jason Reza Jorjani backed up Brandenburg’s theory, saying this “nuclear signature” can’t be natural it’s more like what you’d find after testing H-bombs. He also ties it to old CIA documents involving remote viewing, where a psychic allegedly “saw” a dying civilisation on Mars with giant pyramids and even human bones.

The Cydonia region is the hotspot for this theory you know, the place with the infamous “Face on Mars” and pyramid-like shapes? NASA insists they’re just natural formations and shadows playing tricks. But Brandenburg says those structures are real ruins, and the planet once had a mild climate like Earth’s, with life that could rival ancient Egypt.

NASA and most mainstream scientists aren’t buying it. They admit Mars has unusual gases and radioactive elements like uranium and thorium, but say they likely came from asteroid impacts or volcanic activity, not alien nukes. They also point out Brandenburg’s work was published in a low-tier journal, not a respected peer-reviewed one.

Still, it’s a theory that won’t die. Whether it’s science fiction or science future, it’s definitely the kind of thing that gets people wondering...

What if Mars really was murdered?

10/05/2025

Life Without Oxygen? Confirmed.

Meet Henneguya salminicola a weird, jellyfish-like parasite that just shattered a core rule of biology.
It’s the first known animal that doesn’t need oxygen to survive.

This tiny creature lives inside salmon and has no mitochondrial DNA, meaning it doesn’t use oxygen for energy like the rest of us. Instead, it likely steals energy directly from its host like a living battery tap.

Why does this matter?
Because if multicellular life can survive without oxygen on Earth, it could exist in extreme environments elsewhere in the universe like on frozen moons or oxygen-free exoplanets.

Life is weirder and more adaptable than we ever imagined.
And this discovery just expanded the definition of what it means to be alive.

Image credit: (Stephen Douglas Atkinson)
Source: 🔬 [PNAS Study](https://www.pnas.org/doi/abs/10.1073/pnas.1909907117)

06/05/2025

Has NASA Just Found Clues of Alien Life? The James Webb Space Telescope has made a potentially historic discovery detecting mysterious molecules in the atmos...

06/05/2025

Has NASA Just Found Clues of Alien Life?
The James Webb Space Telescope has made a potentially historic discovery detecting mysterious molecules in the atmosphere of the distant exoplanet K2-18b that, on Earth, are produced only by life. Could this ocean-covered planet, 124 light-years away, be home to alien microbes?

In this video, we break down the science, the mystery, and the incredible possibilities behind the detection of dimethyl sulfide (DMS) and dimethyl disulfide (DMDS) possible biosignatures that may point to extraterrestrial biology.

We also explore what makes Hycean planets like K2-18b so unique, what the detection means (and doesn't mean), and what’s coming next in humanity’s quest to find life beyond Earth.

🔔 Subscribe to Deep In Space for more journeys into the unknown.

06/05/2025

Celebrating my 2nd year on Facebook. Thank you for your continuing support. I could never have made it without you. 🙏🤗🎉

05/05/2025

A newly studied optical illusion, dubbed the "Expanding Hole", creates the sensation of a black hole expanding at the center of an image. Remarkably, this illusion doesn't just trick the eyes it also triggers physical reactions, such as pupil dilation, as if the viewer were entering a darker environment.

Researchers at the University of Oslo conducted a study with 50 participants who viewed various versions of the expanding hole image. The findings revealed:

Approximately 80% of participants perceived the central black hole as expanding.
Those who saw the expansion experienced pupil dilation, mimicking the eye's response to decreasing light.
The illusion was most effective when the central hole was black, surrounded by contrasting patterns.

These results suggest that our brain's interpretation of visual stimuli can induce real physiological responses, even in the absence of actual environmental changes.

Interestingly, about 20% of participants did not perceive the illusion. The reasons for this variation are still under investigation, highlighting the complexity of human perception and the brain's processing mechanisms.

Those who did perceive the expanding black hole also showed stronger pupil reactions, suggesting a tight link between perception strength and unconscious physical responses. The findings challenge the traditional understanding of how our eyes react to light and hint at the deeper influence of imagination on bodily functions. Future research could further uncover how illusions can physically impact the body, revealing new insights into human perception.

01/05/2025

The Biggest Mystery in Physics Just Got Solved. Black Holes Can Leak Information And That Changes Everything.

For decades, physicists were stuck on a mind-bending paradox:
What happens to information that falls into a black hole?
Stephen Hawking once argued it disappears forever breaking the rules of quantum physics.

But now, a stunning breakthrough says. That’s not true anymore.

New theoretical research shows that black holes don’t destroy information they leak it out slowly through quantum radiation as they evaporate.

This radiation follows a pattern called the Page curve, and it proves something incredible.
Information escapes bit by bit, hidden in the glow of Hawking radiation.

Even though the radiation looks random, it actually carries a coded imprint of everything that fell into the black hole. The universe isn’t erasing information. it’s just hiding it in plain sight.

This discovery ends the famous Black Hole Information Paradox a major conflict between Einstein’s relativity and quantum mechanics. And that’s not all…

It hints at something even deeper.
Space-time itself might not be fundamental. It could be a byproduct of quantum information meaning reality is built from data, not distance.

Physicists are calling this a giant leap toward unifying gravity and quantum physics the holy grail of science.
It’s like cracking open a locked vault in the universe… and finally hearing the secrets echo back.

26/04/2025

Imagine being able to travel back in time without worrying about disrupting the entire timeline. Sounds like science fiction, right? Well, a recent study suggests that paradox-free time travel might be possible after all.

Scientists Germain Tobar and Fabio Costa have proposed a mathematical proof that resolves a long-standing paradox in time travel theories. Their research focuses on closed time-like curves (CTCs), a concept introduced by Albert Einstein. Essentially, CTCs allow for time loops where events can influence their own past.

Here's the fascinating part: Tobar and Costa argue that if at least two elements within a CTC remain in "causal order" when the traveler exits the loop, then all other events can still follow local free will without contradiction. Think of it like a self-correcting timeline that adjusts itself to prevent paradoxes.

To illustrate this concept, imagine traveling back in time to prevent COVID-19's patient zero from being exposed to the virus. If you succeed, the pandemic never happens, but that would remove the reason for you to travel back in the first place. Traditionally, this creates a paradox. However, Tobar and Costa's findings suggest that reality would adjust itself to avoid such contradictions. You might prevent patient zero from being infected, but someone else could become the new patient zero, preserving the original outcome.

This idea is more aligned with the monkey's paw concept, where events twist to maintain the original outcome, rather than the butterfly effect, where small actions lead to drastic consequences.

While this self-correcting nature of time loops might frustrate those hoping to alter history, it provides a critical mathematical solution to a long-standing problem in theoretical physics. If this research holds, time travel may not only be possible but also self-regulating, ensuring the past, present, and future remain in harmony.