#databluffer

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Orizzonte come limite al mondo conosciuto, punto di non ritorno in cui termina il sapere ed inizia un territorio sconosciuto. ( tra cielo e terra), una visione propizia verso un futuro in arrivo. Tutto dipende dal punto di vista, nel modo con cui noi ci poniamo di fronte a questa immensa linea. Orizzonte come punto d’arrivo, orizzonte come punto da cui partire. In Horizon si fondono due concetti di orizzonte: a quello reale che mostra una visione tangibile e limitata della realtà, si sovrappone un orizzonte fantastico, fonte di innovazione, di scoperta e di superamento dei limiti.

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🃏🍧

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The 'Chewy-fication' Of GameStop:

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DATA brokers/ DATASoftware

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spooky 👻QUANTUM TECHNOLOGY IS LEAPING INTO OUR LIVES.

The science of quantum physics is poised to revolutionize the world of computing systems. With IT giants, governments and startups all investing in quantum technology, are we standing at the dawn of the next computer revolution?

Close to absolute zero, like being in outer space: That's how cold it is inside the cylinder, a dark vacuum that holds the information units that form the building blocks of quantum computing: qubits. If that sounds like the future, that's because it is. This new breed of computers will open up possibilities that are beyond our grasp today.

Any problem with many different possible combinations of outcomes is well-suited to quantum computing. Industries ranging from logistics to pharmaceuticals, finance and energy supply face these kinds of problem. Because qubits can be in multiple states simultaneously, they can be used to check multiple options at the same time contrast, a quantum computer employs quantum bits, or qubits, that can be both 0 and 1 at the same time, the equivalent of you sitting at both ends of your couch at once. Embodied in ions, photons, or tiny superconducting circuits, such two-way states give a quantum computer its power. But they’re also fragile, and the slightest interaction with their surroundings can distort them. So scientists must learn to correct such errors.

To realize their ultimate dreams, developers want qubits that are as reliable as the bits in an ordinary computer. “You want to have a qubit that stays coherent until you switch off the machine.” Google’s scheme would require 1000 physical qubits to encode a single logical qubit because its chip allows only neighboring qubits to interact. If more distant qubits can be made to interact, too, the number of physical qubits could be much smaller.

Nobody is willing to predict how long it will take researchers to master error correction. But it is time to turn to the problem in earnest. Thus far, substantially all the researchers who would identify themselves as error correction researchers are theorists, We have to make this an empirical field with real feedback on real data generated with real machines. Quantum supremacy is so 2021. In quantum computing, error correction is the next hot thing. IBM researchers are exploring a scheme with more distant interconnections among the qubits. A million-qubit machine conjures visions of a thousand cryostats in a huge factory.

how people connect with each other, with information and with media. These devices also impact the way people spend our time. Thus, device usage has notable social and cultural implications, and there are sometimes important political and macroeconomic consequences to the way people use their gadgets. For instance, every major media industry – those built around video, audio and text – has been disrupted by these devices.