The theory that dark matter could be composed of tachyons is aspeculative idea in physics. Tachyons are hypothetical particles that, unlike normal matter, always travel faster than light. According to current understanding of physics, they violate the laws of causality and have yet to be observed. As for Dark matter, that’s a mysterious substance that makes 85% of the universe’s mass. It’s effects are obderved through gravitational lensing and its affect on stellar orbits in a galaxy. It interacts with gravity but not light, making it difficult to detect directly. Tachyons, with their unique properties, are proposed as a candidate…
Category: Future Science
Intelligence as an Emergent Property 2
We can only consider the possibility of biological neural structures as an emergent property based on what we currently know. Perhaps there are underlying forces or laws we are not aware of. Like for example, the discovery of quarks, the Higgs field and dark matter and dark energy. Neural structures may be an emergent property of unknown laws. Our current understanding of biology might not be the whole picture. The discovery of fundamental particles like quarks and the existence of dark matter/energy highlights how much we still have to learn about the universe’s underlying laws.As yet unknown, physical or biological…
Consciousness, Entropy and Negentropy
The tendency for order to arise in all aspects of biological and material existence (Terran and cosmological) that lead to possible life and intelligence might be a potential indication of a fundamental property Just as there is a fundamental law of Entropy, that, at the other end, there is a complimentary and opposite law of Negentropy that has emotions and/or consciousness as one of its emergent consequences? In nature, there may be a cyclical balance where both processes co-occur. On the one hand, there is the law of Entropy, but there is also a parallel law of Negentropy happening simultaneously.…
Intelligence as an Emergent Property 1
Intelligence as an Emergent Property.The fact that complex emotions are observed in various species beyond humans lends credence to the theory of emotions as emergent properties.Emergent properties arise from the complex interaction of simpler components. The whole system exhibits characteristics that none of the individual parts possess.In the context of emotions, our complex neural networks, with interacting brain regions, hormones, and physiological responses, give rise to the experience of emotions.Observing emotions in other mammals with similar complex neural structures strengthens the argument for emergent properties. It implies that a certain level of neural complexity is necessary for emotions to arise,…
Why humans can’t trust AI: You don’t know how it works, what it’s going to do or whether it’ll serve your interests
Why humans can’t trust AI: You don’t know how it works, what it’s going to do or whether it’ll serve your interests Do you trust AI systems, like this driverless taxi, to behave the way you expect them to? AP Photo/Terry Chea Mark Bailey, National Intelligence University There are alien minds among us. Not the little green men of science fiction, but the alien minds that power the facial recognition in your smartphone, determine your creditworthiness and write poetry and computer code. These alien minds are artificial intelligence systems, the ghost in the machine that you encounter daily. But AI systems…
Dark matter and extra dimensions?
Extra dimensions could help explain the abundance of dark matter. The Standard Model of particle physics predicts that there should be much less dark matter than we actually observe. However, if dark matter particles live in extra dimensions, they could be much more abundant than expected. Extra dimensions could help explain the large-scale structure of the universe. The universe’s large-scale structure, such as the distribution of galaxies, is thought to be influenced by dark matter. If dark matter particles live in extra dimensions, they could help explain the universe’s observed structure. However, there are also some challenges to the idea…
Zero-Point Energy
The Autonomous Intergalactic Consciousness Detection Device uses Zero-point energy. Julanan mechanics have successfully developed Zero-point generator/batteries that all come in the shape of cubes of various sizes right down to a sub-millimetre scale.Zero-point energy is the lowest possible energy a quantum mechanical, physical system may have. It’s a fundamental concept in quantum mechanics. It is associated with the inherent uncertainty and fluctuations of energy at the subatomic level, even in a system at its lowest energy state, usually called the ground state.According to the principles of quantum mechanics, particles such as electrons and photons do not have definite positions or…
The Autonomous Intergalactic Consciousness Detection Device
The Autonomous Intergalactic Consciousness Detection Device (AICDD) detects signs of intelligent consciousness in distant galaxies by accessing the “Field of Consciousness.” The device integrates with a spaceship’s navigation system and engine, allowing for point-to-point intergalactic travel without the means of return. Components and Functionality: Consciousness Interface Module:AICDD includes an advanced module that interfaces with the Consciousness Field. It detects and interprets patterns, frequencies, or resonances associated with intelligent consciousness. Advanced Sensor Array:AICDD is believed to contain a highly sensitive array of sensors capable of detecting subtle fluctuations in energy, vibrations, or other properties indicative of consciousness. These sensors are crucial…
Interstellar Intelligent Life Detection Device
Interstellar Intelligent Life Detection Device Introduction:Before the discovery of Field of Consciousness and the Autonomous Interstellar Consciousness Detection Device, the Autonomous Interstellar Intelligent Life Detection Device (AIILD) was the only means to detect intelligent life on planets around distant stars. The (AIILD) was the first device made to integrate autonomously with a spaceship’s navigation and flight control system. Components and Functionality; Sensors and Detectors: AIILD is equipped with advanced sensors and detectors capable of analyzing various electromagnetic signals, including radio waves, visible light, infrared, ultraviolet, and more. It also uses spectroscopy techniques to analyze the chemical composition of distant celestial…
Nanobots.
The Vélvirki extensively uses Nanoscale robots, often called nanobots or nanorobots, for maintenance and repairs. Their design is based on the physiology of insects and function in various ways, integrating advanced technologies to achieve their tasks. Size and MobilityNanobots modelled after insects would be incredibly small, typically on a nanometers (billionths of a meter) scale. They mimic the locomotion of insects to navigate through complex environments using tiny appendages or structures that mimic legs or wings, allowing them to crawl or fly within tight spaces. Sensing and PerceptionThey are equipped with sophisticated sensors and imaging technologies to perceive their surroundings.…
Nanosteam implementation in synthetic Limbs
Nanosteam implementation in synthetic Limbs After the Wrychuns drove away the Nebro invasion, they introduced prosthetic surgery that made use of advanced nanotechnology. The replacement limbs were designed and calibrated to work exactly the same as the patient’s real limbs in terms of flexibility and strength.Enhanced Sensory Feedback: Nanotechnology provides sensitive and precise sensors for the Wrychun synthetic limbs. Integrating nanoscale sensors into the prosthetic delivers real-time pressure, temperature, and texture feedback, allowing users to experience a more natural and immersive sensation.Nanomaterials also offer enhanced strength, flexibility, and durability compared to traditional materials. Nanocomposites and nanofibers create lighter, stronger, and…