Conspiracy Revelation: 15.11.2025: Scoundrels need to be exposed, on every Level. Scoundrel-Parasites stritcly spoken. – Schurken müssen blossgestellt werden, auf allen Ebenen.
Schurkenparasiten genaugenommen.
#Quantum News, Revelations & more…
India is also a country infected by Evil, look at the blocked intrusion attempts on this page, not only U.S., not only Germany…the whole Planet has a vile Parasite and it deserves much better….
#DEPARASITIZATION OF EVERYTHING WILL BE THE MAIN JOB ON MOTHER EARTH. #DEPARASITIZATION OF MINDS, SOULS, SPIRITS AND BODIES AND MULA PRAKRITI (MOTHER-NATURE) ITSELF FROM SYNBIO EVIL.
Die Entparasitierung aller Dinge wird die Hauptaufgabe auf Mutter Erde sein. Die Entparasitierung von Geist, Seele, Körper und der Mutter-Natur (Mula-Prakriti) selbst, vom Synbio-Bösen.
Just because you see no comments, doesn´t mean this page isn´t full with watchers…Proof, also without external postings.
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Nur, weil keine Kommentare angezeigt werden, heißt das nicht, dass diese Seite nicht voller Beobachter ist… Beweis, auch ohne externe Postings.
right now.
„Curious to Know:
A stunning new quantum study challenges one of our deepest assumptions that time moves in a straight, unbroken line. Researchers now believe the “present” might not be a single fixed moment at all, but a shimmering blend of every possible future coexisting at once. Just like particles exist in multiple states before being observed, time itself may exist in a superposition of outcomes, collapsing into one reality only when observed or acted upon.
In this model, cause and effect become fluid. The future doesn’t simply unfold it interacts with the present, shaping what we experience as “now.” Every decision, every quantum fluctuation, could be selecting from a web of potential realities, where countless versions of events overlap until one becomes real.
This concept blurs the boundaries between what is, what was, and what might be. If time truly behaves this way, the future isn’t something we move toward it’s something already intertwined with us, waiting for our choices to make it real.
Source: Quantum temporal superposition research, Nature Physics (2025).“
„Discover the Universe:
This Particle Exists in Two Places at Once: Breaking Reality.
In 2024, scientists at CERN stunned the world with a particle that defies all our expectations. Imagine something so small it cannot be seen, yet it exists in two places at the same time, a quantum ghost challenging everything we thought we knew about reality.
Here’s what’s happening. In everyday life, objects have a single location and state. A ball is either here or there. But at the quantum level, particles can exist in multiple states simultaneously and remain mysteriously linked to each other, a phenomenon called entanglement. CERN’s latest experiments with top quarks, the heaviest fundamental particles, revealed that even when separated at extreme speeds, their internal properties stay connected, instantaneously influencing one another. This breaks the old assumptions of space, time, and separateness.
Why is this important? Because it reshapes our understanding of the Universe and opens doors to technology that once seemed impossible. Imagine quantum communication that is instant and unbreakable, computers that think in ways we cannot yet comprehend, and materials or devices that harness quantum behaviour to improve health, energy, or daily life. Compared to classical physics, which treated particles like tiny billiard balls, this discovery signals a quantum revolution.
The implications are breathtaking. What if future medical scans could detect quantum states to reveal disease earlier? What if communication could happen across impossible distances instantly? This discovery reminds us that the universe is not only vast but also deeply connected in ways we are only beginning to grasp. Let it inspire curiosity, wonder, and hope for a future where the boundaries of reality are pushed further than ever before.
#DiscoverTheUniverse #Discover #QuantumBreakthrough #ParticlePhysics #fblifestyle“
„Curious to Know: Recent advances in quantum theory are reshaping our understanding of time. Instead of a simple flow from past to future, time may exist as a multidimensional network where moments overlap, interact, and influence each other. This idea emerges from quantum superposition, where particles can occupy multiple states or timelines at once, suggesting that our classic view of cause and effect might be incomplete.
Scientists are exploring “temporal entanglement”, a phenomenon where events at different times may affect one another, potentially allowing information to move both forward and backward in time at the quantum level. This concept could explain puzzling effects like quantum entanglement, famously described by Einstein as “spooky action at a distance”.
If validated, this perspective would not only revolutionize physics but also challenge fundamental ideas about memory, fate, and consciousness. The Universe might not be a linear story but a complex, resonant field continuously folding and reshaping itself.
Sources: Deutsch, 1991; Aharonov et al., 2010.
„Curious to Know/FB:
Astronomers have made a historic breakthrough by capturing the very first moments of a supernova explosion. Using the Very Large Telescope at the Paranal Observatory in Chile, researchers witnessed a massive red supergiant star, up to 15 times the mass of the Sun, exploding and releasing colossal amounts of energy. These observations provide an unprecedented glimpse into the birth of a supernova, a phenomenon that has fascinated scientists for decades.
The images show the star’s core matter breaching its surface, initiating a cascade of energy and light that will ripple across the galaxy. This explosive process not only ends the life of a massive star but also disperses heavy elements like carbon, oxygen, and iron the fundamental building blocks for new stars, planets, and potentially life itself.
This discovery marks a new era in astrophysics. By observing a supernova from its very first moment, scientists can refine models of stellar evolution, understand cosmic element formation, and explore the lifecycle of stars in unprecedented detail. The Universe has once again revealed its secrets, and humanity is watching in awe. 🌌✨
Source: European Southern Observatory (ESO), Chile, 2025″
„Curious to Know:
In a groundbreaking quantum experiment, scientists observed particles behaving in ways that challenge our conventional understanding of time. Instead of moving in a single, linear direction, time appeared to loop and fold back on itself, suggesting that past and future may be deeply interconnected.
The experiment involved quantum entanglement, where two linked particles influence one another across both space and time. When researchers altered the measurement of one particle, its partner’s behavior seemed to adjust retroactively, as though the timeline itself responded. This phenomenon hints that events in the quantum world may not follow the strict cause-and-effect rules we experience daily.
These findings suggest that time might be a flexible, interconnected structure rather than a straight line. In this realm, “now” and “then” can coexist, constantly shaping outcomes in ways that are still mysterious. The experiment opens new questions about the fundamental nature of reality and the fabric of the universe itself.
Sources/Credits:
NASA | Scientific American | National Geographic“
„Discover the Universe: Google’s Quantum Chip May Have Tapped Into Another Universe”
„Google unveiled a groundbreaking quantum chip that didn’t just solve incredibly complex mathematical problems, it may have interacted with realities beyond our own. Quantum computers operate in a world where particles can exist in multiple states at once, and calculations can unfold across vast probabilities simultaneously. Google’s latest chip pushed this to the extreme, performing tasks so complex that some physicists suggest it could be evidence of quantum effects linking to parallel universes.
Here’s what makes this extraordinary. Traditional computers solve problems sequentially, one step at a time. Quantum chips, however, exploit quantum superposition and entanglement, allowing them to explore many possibilities at once. The new Google chip reportedly solved problems in seconds that would take classical supercomputers thousands of years, suggesting that the very fabric of reality may be stranger than we ever imagined.
Why does this matter? Beyond speeding up computing, it challenges our understanding of reality itself. If parallel universes exist and can influence quantum computations, it could reshape physics, inspire new technologies, and even offer insights into the fundamental nature of existence. This isn’t just a technological leap, it’s a philosophical one, forcing us to confront the possibility that the Universe we see is just one of many layers of reality.
Imagine a future where quantum computing unlocks secrets of the cosmos, accelerates medical breakthroughs, or even helps us glimpse alternate realities. The Universe isn’t just bigger or older than we thought, it may be infinitely stranger, and now, a tiny chip may be opening the door to that unimaginable complexity.
#DiscoverTheUniverse #Discover #QuantumComputing #ParallelUniverses #fblifestyle“
„Curious to Know: In a revolutionary moment for computing, Chinese researchers have achieved what once seemed impossible compressing 2.6 billion years of classical computation into just 4 minutes. Their 76-qubit quantum prototype, Jiuzhang, used light instead of electricity to process information, performing calculations that would take traditional supercomputers longer than the history of multicellular life on Earth.
The secret lies in a process called Gaussian boson sampling, where photons tiny particles of light pass through a maze of mirrors, prisms, and detectors. Instead of working line by line like ordinary computers, Jiuzhang operates through quantum superposition and entanglement, allowing countless calculations to happen simultaneously. In simple terms, it doesn’t just compute faster it redefines what “faster” even means.
Beyond the record-breaking speed, this leap hints at a new era of problem-solving. Quantum machines could revolutionize chemistry, cryptography, artificial intelligence, and even help design materials for future energy systems. Though we’re still far from everyday quantum laptops, Jiuzhang’s success proves that quantum supremacy when quantum devices outperform all classical computers is no longer theoretical. The future of computation has officially begun.
Reference
Zhong, H.-S., et al. (2020). Quantum computational advantage using photons on Jiuzhang quantum computer. Science, 370 (6523)“
Mechanical Engineers Rocks: In a discovery that sounds like science fiction, physicists have confirmed the existence of time mirrors — phenomena where waves can be reflected not by a physical surface, but by sudden shifts in time itself.
Time mirrors occur when the properties of a medium, such as water or plasma, are altered instantly. Instead of bouncing off a wall, waves reflect back as if time itself had reversed. Scientists achieved this in lab experiments by manipulating electromagnetic fields at lightning speed.
The breakthrough has huge implications. Time mirrors could one day help us design super-precise sensors, new communication systems, and even tools to study quantum mechanics. They may also provide deeper insights into the nature of time and causality itself.
What once seemed purely theoretical is now a confirmed reality — showing that science is steadily pulling back the curtain on the mysteries of space and time.
#TimeMirrors #PhysicsDiscovery #QuantumWorld #ScienceFacts #MechanicalEngineersRocks“
