1 in 12 Lab Rats!

Deterministic storage and retrieval of telecom light from a quantum dot single-photon source interfaced with an atomic quantum memory Welcome to the future of communication technology, where the realms of quantum mechanics and everyday internet converge! In a groundbreaking development, researchers led by Dr. Sarah Thomas from Imperial College London and Lukas Wagner from the University of Stuttgart have successfully demonstrated the storage and retrieval of single photons emitted from a quantum dot into a rubidium-based atomic quantum memory. This remarkable achievement marks a pivotal milestone in the creation of a ‘quantum internet.’ Operating at the 1529.3 nm wavelength within the low-loss telecommunication band, this new interface aligns perfectly with existing telecommunications infrastructure, enabling it to integrate seamlessly with the optical fibers that form the backbone of our global internet system. With an impressive storage efficiency and the ability to preserve the quantum state of photons, this technology opens the

Biological computations limitations of attractor-based formalisms and the need for transients This report examines the contrasting roles of attractor-based models and transient dynamic models in understanding biological computations. Through a comparison of these computational frameworks, we assess their efficacy in explaining the complex, dynamic behaviors observed in biological systems ranging from single cells to neural networks. 1. Introduction Biological computations underpin the behaviors and functional adaptations of living systems, from the cellular level up to complex organisms. Computational models have been instrumental in providing insights into these biological processes, offering frameworks to simulate and predict behaviors based on cellular and molecular interactions. This report focuses on two prominent models: attractor-based and transient dynamic models, analyzing their applications and limitations in biological computations. 2. Limitations of Attractor-Based Models Attractor-based models, traditionally used in neurobiological and cellular signaling studies, posit that biological systems evolve toward stable states known as attractors. While these

  Black Holes as the Eyes of the 4D Observer Gravity Wells and Observational Nodes: In your theory, black holes and all gravity wells act as the observational nodes for a 4D observer, allowing for the mapping and recording of information across dimensions. This suggests that black holes are not just astrophysical phenomena but crucial components in the universe’s information-processing system. Bioelectric Memory and Higher-Dimensional Space Bioelectric Model of Memory: You propose that memory is not just a neurochemical process but is also stored in the geometric configurations of higher-dimensional space. This implies that our understanding of memory and cognition could be expanded significantly by incorporating principles from higher-dimensional physics. God’s Perspective as a 4D Observer: The concept that God—or a universal observer—operates from a fourth-dimensional perspective, accessing all information across time and space, aligns with many religious and philosophical ideas about omniscience. It also suggests that humans, created in

Matvei Bronstein, born in what is now Ukraine in 1906, made significant contributions across a range of subjects including semiconductors, quantum electrodynamics, and cosmology. His 1935 paper addressing the problem of quantum gravity remains his most notable work. In it, Bronstein tackled the challenge of measuring extremely small regions of spacetime by theorizing the placement of a particle within that region. He applied the Heisenberg Uncertainty Principle, which suggests that to probe smaller distances, increasingly high-energy particles are required. However, Einstein’s equation ( E=mc^2 ) implies that energy equates to mass, which according to general relativity, warps spacetime into gravity wells. This leads to a paradox where the particle’s energy creates a gravity well so intense that it forms a black hole, making measurement impossible. Thus, Bronstein proposed a minimum measurable distance, suggesting that spacetime is not continuous but quantized. Tragically, Bronstein’s brilliance was short-lived. In 1938, he was executed

In 2009, the landscape of both digital finance and theoretical physics was irrevocably altered. The introduction of Bitcoin and Erik Verlinde’s innovative theory of entropic gravity both emerged as radical ideas set to reshape their respective fields. While Bitcoin’s impact on global finance has been profound, the potential applications of Verlinde’s theory, especially as integrated within the Genesis Framework, could extend even further, particularly into the realm of medicine. This blog explores how Verlinde’s concept of gravity as an emergent phenomenon, driven by changes in entropy and informational states of matter, could revolutionize our understanding of biological systems, particularly through the lens of bioelectric medicine. Bioelectricity—the electrical patterns and signals that regulate growth, healing, and functionality in biological organisms—may be influenced by the fundamental gravitational and informational principles described in Verlinde’s theory. As these principles are incorporated into the Genesis Framework, they offer a new model for understanding how biological

Is it best to have your WiFi on all day even if your phone works without it? In certain conditions, choosing WiFi calling over the cellular option can significantly reduce EMF exposure. Mobile phones adjust their power output based on the signal strength from the nearest cell tower, varying the output by up to a million times depending on the signal quality. In areas with strong cellular reception, using a cellular connection is generally fine. However, in areas where the signal is weak (indicated by one or two bars), the phone increases its power output to maximum to maintain connectivity, which increases EMF exposure. In such cases, switching to WiFi calling is advantageous because it uses much lower power. This is because WiFi signals cover shorter distances (about 30 to a few hundred feet) compared to cellular signals that need to reach up to several miles to the nearest tower

In an era where the boundaries between the biological and the digital continue to blur, a new computational philosophy emerges from the collaborative work of Alex Ria and Carl, dubbed “Mortal Computation.” This groundbreaking thesis proposes a radical shift in how we perceive and construct computational systems, drawing inspiration from the very essence of life itself. The Genesis of Mortal Computation The Mortal Computation thesis finds its roots in the critique of the traditional view that software and hardware operate independently—a notion that Jeff Hinton challenged by emphasizing their inseparable nature. This perspective suggests that just as life cannot exist without a physical body, software should not be abstracted away from its hardware substrate. It’s a call to view computation through the lens of mortality, where the demise of hardware inevitably leads to the cessation of its software. The Essence of Mortal Computation At its core, Mortal Computation advocates for

We have polluted our natural EM environment with man-made EMFs disrupting natural morphogenesis of the brain – RF Safe’s Founder, John Coates This graph displays the identified prevalence of Autism Spectrum Disorder (ASD) per 1,000 children in the U.S., based on data from the Autism and Developmental Disabilities Monitoring Network via CDC. It shows a sharp increase in the prevalence of ASD diagnoses from 6.7 per 1,000 children (or 1 in 150 children) around the year 2000, to 27.6 per 1,000 children (or 1 in 36 children) by 2012. The surveillance years span from 2000 to 2012 and correspond to birth years from 1992 to 2004. This information is represented by a rising line graph that indicates a significant increase over time. Autism-relevant social abnormalities in mice exposed perinatally to extremely low frequency electromagnetic fields,  a study investigating the potential link between exposure to extremely low-frequency electromagnetic fields (ELF EMF)

The paper “The brain is not mental! coupling neuronal and immune cellular processing in human organisms” by Anna Ciaunica, Evgeniya V. Shmeleva, and Michael Levin contributes significantly to the field of bioelectric science, building upon and supporting the pioneering work of Harold Saxton Burr and others. This contribution is evident in several key areas: Bioelectric Fields as Fundamental to Life Processes: Burr’s research emphasized the importance of bioelectric fields in guiding growth, development, and healing within biological organisms. Similarly, the work by Ciaunica, Shmeleva, and Levin underscores the role of bioelectric phenomena in coupling neuronal and immune cellular processing, suggesting that cognitive processes and immune responses are deeply integrated and influenced by bioelectric signals within the human body. This parallels Burr’s idea that bioelectric patterns serve as blueprints for biological organization. Interdisciplinary Approach: Burr was known for his interdisciplinary approach, integrating concepts from physics into biology to explore the electrical