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Based on the image provided, here is a bulleted gist of the article, including key quotes:
The article, titled "Meditating On E = mc²" by Ganesh Kolambakar, connects Einstein's famous equation to ancient spiritual wisdom.
The equation suggests that "matter and energy are not two different realities but two forms of the same essence," which echoes the belief that the universe is held together by an "invisible unity."
This idea resonates with the Upanishads, which proclaim "Sarvam khalvidam Brahma" ("All this is indeed, Brahman").
The Gayatri mantra is invoked to "illuminate our minds" and lead us "from darkness to light."
The article states that through the lens of Hindu philosophy, our physical body is made of "gross, solid and finite," while the "subtle body is made of mind, intellect and vital force." The "Atman," or the "eternal light of consciousness," lies at the deepest core.
The final paragraph ties the concepts together, stating that the Einstein equation "becomes a meditation on life," where "Mass is the form, energy is the essence, and light is the constant presence that unites the two." The universe is seen not as "a collection of separate fragments but a seamless whole."
Here is a bulleted gist of the article "Quantum Theory: Spooky Action At A Distance?" including key quotes:
The article, written by G S Tripathi, commemorates the centennial of major discoveries in Quantum Mechanics, which fundamentally changed our perception of reality.
One of the key principles is the uncertainty principle, which states we cannot simultaneously know a particle's position and its momentum. This is likened to saying "if we focus on two things, which are apart from each other, at the same time, one would be distinct and other would be hazy."
The article discusses superposition and entanglement as core concepts. A qubit, a fundamental unit in a quantum computer, can be both zero and one at the same time—a state of superposition.
Entanglement is described as a phenomenon where two qubits are linked, so that a change in one affects the other "irrespective of the distance between them." This is what Einstein called "spooky action at a distance."
The article notes that entanglement seems to violate the rule that "no information travels faster than light." However, Bell's Theorem shows that there's "no local hidden variable theory" to explain the observed correlations.
The piece concludes by stating that "Quantum theory is fundamentally nonlocal and is incompatible with local realism." It suggests that the "world of quantum is evolving, reality is changing and mystery, too, is expanding." The article advises that there should be no "final word" and that "there are no finite boundaries to knowledge."
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