Viendo lo que ocurrió ayer en Venezuela con el seísmo que sacudió el país no puedo dejar de recordar la portada de The Economist, The World Ahead 2026, en la cual se hace referencia al planeta fútbol en general. Y si nos vamos a la parte inferior de la imagen, en el lado izquierdo, vemos una copa de vino medio derramándose con el suelo agitándose, como si hubiera un terremoto.
En la portada hay dos copas de vino (ayer hubo dos seismos en Venezuela)
Sería una simple apreciación si no fuera porque a la selección de fútbol de Venezuela se la conoce como “La Vinotinto”. Y, además, porque estamos en tiempos de Mundial y el balón ya ha empezado a rodar.
¿Casualidad, oráculo o simple simbolismo? Una vez más, The Economist deja una imagen que da mucho que pensar. @TheEconomist
Remember earlier this year, when Trump came out with an EO giving immunity to and expanding gloyphosate production...
SCOTUS just followed suit.
This is the MOAB of all MAHA betrayal.
If you ever needed to see physical PROOF that our government is actively engaging in the poisoning and depopulation of its citizens, look NO further.
We are NOT voting our way out of this.
BACTERIA HAS ALWAYS BEEN THE TRANSHUMAN WEAPONS SYSTEM
Not only are they using it as Nanotechnology but they're also it as SYNTHETIC NEURONS !!!!!!
BACTONEURONS
Bactoneurons are genetically engineered Escherichia Coli (E-Coli) bacteria DESIGNED TO FUNCTION AS ARTIFICIAL NEURONS within a biological computing framework.
https://t.co/uxBAjy2Wam
USING BACTERIA AS A SYNTHETIC NEURON
Researchers have developed bacteria-based artificial neural networks where single engineered bacterial cells function as artificial neurons (bactoneurons).
https://t.co/5m5xsUKDaq
SINGLE-LAYER NETWORK
A team led by Sangram Bagh at the Saha Institute of Nuclear Physics CREATED A SINGLE-LAYER NETWORK USING ESCHERICHIA COLI by inserting synthetic genetic circuits into the bacteria's circular DNA.
https://t.co/6N3OzGY4Qh
Key Capabilities & Mechanisms:
BIOLOGICAL COMPUTING OF A HUMAN
Input/Output Processing:
The bacteria sense extracellular chemical signals as inputs and process them through non-linear activation functions (like log-sigmoid) to produce fluorescent protein outputs.
Computing Tasks:
The network performs complex computing tasks such as encoding, decoding, multiplexing, and de-multiplexing.
It has also implemented reversible computing logic like Feynman and Fredkin gates.
PROVIDES POWER TO THE NANOBOTS
Self-Powered Operation:
The bacteria power themselves using food from the environment, eliminating the need for external batteries or electronic hardware.
USED TO CREATE DNA NANOBOTS
Future Applications:
This technology is being explored for creating microrobots and cellular computers that can navigate the bloodstream, make decisions, & potentially repair disorders or kill diseased cells.
Additionally, Convolutional Neural Networks (CNNs) & Graph Neural Networks (GNNs) are widely used in microbiology to classify bacterial species from microscopic images or genomic data, though these are computational tools analyzing bacteria rather than bacteria themselves acting as neural nets.
https://t.co/X9AUxSssk2
BACTONEURONS & LUCIFERASE BINARY WEAPONS SYSTEM
Bactoneurons utilize synthetic genetic circuits to process chemical inputs & produce fluorescent outputs, mimicking the signal transmission of biological synapses.
When cultured together, bactoneurons form a single-layer artificial neural network (ANN) architecture capable of performing complex computational tasks.
https://t.co/iP87XDOUVY
USING LUCIFERASE TO TRIGGER THE ACTIVATION OF BIOLOGICAL FUNCTIONS
https://t.co/WpIVmDEuDN
This system operates by converting binary chemical inputs (presence or absence of specific inducers) into analog signals that are processed through nonlinear activation functions.
https://t.co/jGuVXUB0kG
ARTIFICIAL NEURO-SYNAPSES
They are synthetic genetic circuits engineered within living bacteria that function as artificial neuro-synapses for computational purposes.
https://t.co/M6aj1Ry4zH
Remember when I said they're emulating physical hardware ?
THEY ARE !!!!
AI & HUMAN MERGING USING HARDWARE EMULATION & BIOLOGICAL INTEGRATION
Advancements in neuromorphic computing and brain-computer interfaces are driving THE CONVERGENCE OF ARTIFICIAL INTELLIGENCE & HUMAN BIOLOGY through two distinct but complementary pathways: HARDWARE EMULATION & BIOLOGICAL INTEGRATION.
Hacking the human brain: Lab-made synapses for artificial intelligence
Developed a synaptic device that can reconfigure itself based on voltages applied at the input terminal of the device.
https://t.co/i6MMM3Z0HB
A junction made of black phosphorus and tin selenide enables switching between the excitatory & inhibitory signals.
This new device is flexible and versatile, which is highly desirable in artificial neural networks.
In addition, the artificial synapses may simplify the design and functions of nervous system simulations.
https://t.co/txndZFhFs8
@LarryJones@turnthepages009 What’s more terrifying is bc of that a majority of people are now literally retarded after taking multiple LOBOTOMY SHOTS so we are witnessing Vaxd Zombie Retard Pandemic & many of they/them are DANGEROUS so beware