AG

Researcher

[UHN Plus @UHN_Plus]

🇻🇪‼️| En una secuencia aterradora, el planeta sufre seis terremotos en cuestión de horas pero Venezuela acabó siendo el más extremo:

- 23 de junio: terremoto de 5.1 en Nueva Guinea
- ⁠23 de junio: terremoto 4.9 en Tarlac, Filipinas
- ⁠24 de junio: terremoto de 6.9 en Kamaishi, Japón
- ⁠24 de junio: terremoto 5.6 en Willits, California
- ⁠24 de junio: doble terremoto en Venezuela: 7.2 y 7.5 con epicentro en Caracas

[Mathematica @mathemetica]

Shannon entropy measures exactly that for a random variable X.

The formula is H(X) = −∑ P(xᵢ) log P(xᵢ), where P(xᵢ) is the probability of outcome xᵢ. It quantifies the average amount of information needed to describe the outcome.

Shannon entropy is used in data compression for files and streaming, telecommunications for efficient transmission, and machine learning for feature selection and model optimization.

[ScieVision @scievision369]

Quantum Optimal Control Theory ✍️

It focuses on finding the ideal laser pulse to move a tiny quantum particle from one state to another. It’s similar to opening a combination lock; you must use the exact sequence, not just any random turn. The laser pulse is your tool, but it must be precisely shaped in terms of timing, strength, and frequency to be effective. The diagram displays a 3D mountain-like surface. The ground symbolizes all the possible laser pulse combinations, while the height shows how well each one works. Your task is to locate the highest peak, which represents the most effective pulse. The algorithm begins with a rough estimate (the blue dots at the bottom) and continues to refine the pulse step by step, climbing uphill until it finds the best solution (the red dots at the top). The wavy signals around the diagram represent the actual laser pulses at different stages. The ones on the left are the rough initial guesses, and the ones at the top are the well-refined final pulses that achieve the desired outcome. So it's like OCT acts like a trial-and-error system that smartly crafts a laser pulse until it becomes the perfect key to unlock a specific quantum result. It finds applications in fields like quantum computing and precision chemistry.

[Khushi Agarwal @Aicoder786]

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[AG @Togno017]

@TommiPedruzzi Send