Computation has seamlessly woven itself into every aspect of our modern life, from smartphones to global enterprises, everything is grounded in the binary logic of 0s and 1s. But what if we could go ahead of 0s and 1s? This is where the bizarreness of quantum computing comes in and allows for more exploration. The superposition principle of quantum computing can span the possibilities for both 0 and 1 at the same time and harness the advantage of truly parallel computing. Moreover, quantum entanglement offers security like never before.....more
This year’s Nobel Prize in Physics honors John J. Hopfield and Geoffrey E. Hinton for their groundbreaking contributions to machine learning through artificial neural networks. But why is a Nobel Prize in Physics being awarded to scientists in machine learning and artificial intelligence? The answer lies in physics’s rich tradition of integrating innovative tools from diverse scientific fields, a practice that dates back to Newton, who developed calculus to elucidate his....more
Image processing has always been an integral part of computer science, largely because humans consider vision to be such a powerful sense.When it comes to computers, images are not seen in the same way we perceive them but they’re represented as matrices or arrays of numerical transformations. Over the years, hardware companies have worked hard to build technology that processes these matrices...more