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This article explores the mysterious and fascinating world of dark matter halos and how they form around galaxies, playing a crucial role in their evolution.

Learn about the phenomenon of negative refractive indices. Discover what they are, why some materials exhibit them, and their exciting applications.

This article explains the concept of work function and its role in understanding the photoelectric effect, which has numerous applications in science and technology.

This article explores the formation and role of supermassive black holes at the centers of galaxies, including their impact on galaxy evolution.

Learn about Landau quantization, a fascinating phenomenon that occurs in a magnetic field. Explore its applications in modern technology.

This article explores the unique properties of photons, including their rest mass of zero. Discover why photons don’t have rest mass and their implications.

Learn why the Planck length is considered the smallest measurable length in physics due to quantum mechanics and the existence of black holes.

Learn about the Gibbs phenomenon in Fourier series. Discover its causes, implications, and methods to mitigate it. Improve your understanding of signal and image processing.

Learn how particle accelerators work and their applications in medicine, materials science, and high-energy physics. Discover the challenges and future of this field.

This article explores the unique properties of Majorana fermions, their potential applications in quantum computing and communication, and the challenges in studying these elusive particles.