Purushotham Endla

Solar energy stands at the forefront of sustainable energy solutions, offering a clean and renewable source of power for a world seeking to reduce its carbon footprint. However, one major challenge is quietly undermining the potential of solar technology— air pollution . The efficiency of solar panels, measured through their solar yield , is being significantly reduced by the presence of airborne particles and dust deposits. The term solar yield refers to the total electrical output generated by a solar system, which depends on the amount of sunlight incident on the photovoltaic (PV) surface and the rated power capacity of the module. In ideal atmospheric conditions, solar panels can convert sunlight efficiently into electricity. But when pollution increases, two major issues arise: the atmosphere absorbs and scatters sunlight before it reaches the panels, and particulate matter settles on the surface of the panels themselves, blocking incoming light. How Polluted Air Diminishes S...

  The immenseness of the universe is full of the mysteries of nebulae, shining galaxies, and giant cluster of stars that extend well past the imagination. However, unbelievably, everything that we are able to see, stars, planets, and interstellar gas, is merely a small proportion of what exists. Astronomers have estimated that a greater part of the universe, about 85% is composed of something unknown, something that does not emit or reflect light: dark matter. The Discovery of a Hidden Universe The dark matter was first told in the early 20 th century. Fritz Zwicky, an astronomer, was investigating the Coma Cluster, a giant cluster of hundreds of galaxies in the 1930s, which was just due to the attraction of gravity. He noticed that the galaxies in the cluster were receding very fast and the visible matter could not accounts to such speed. The laws of physics would have seen the cluster disperse with such speeds. Yet it remained intact. Zwicky came up with the idea of an invi...

Quantum sensing is already making significant inroads in several sectors. Let’s explore how it's reshaping modern technology: 1. Healthcare & Biomedicine In medicine, quantum-enhanced MRI and imaging devices are pushing the boundaries of diagnostic accuracy. These tools allow researchers and clinicians to visualize tissue and neural structures at resolutions previously unattainable. Potential applications include: ·        Early detection of neurodegenerative diseases like Alzheimer’s ·        Identification of cancerous cells long before traditional imaging can spot them ·        Monitoring of biomolecular interactions for drug development 2. Navigation Without GPS In GPS-denied environments like deep underwater, underground, or in military zones, quantum inertial navigation systems (QINS) are revolutionizing travel and defense. Quantum gyroscopes and accelerometers offer...

 In a revelation that has rocked the scientific world, astronomers are reporting that the universe appears to produce more of its most powerful and luminous explosions than they had thought — events so vast they can challenge the Big Bang in their explosive power. These blasts — which scientists think come from deep within the hearts of faraway galaxies — are not just shaking up what we know of intergalactic, scale-busting explosions, they are now, for some astronomers, threatening a favorite cosmic creation story. A Discovery From the Edge of the Observable Universe Astronomers have recently spotted bursts of energy unlike anything astronomers have seen in all the expanse of space. These enormous events, called Fast Blue Optical Transients (FBOTs) and superluminous gamma-ray bursts, last only a few seconds, but they radiate more power in seconds than the sun will shed in 10 billion years. What’s still more amazing is the where and the how these explosions are taking place. A...

The world of electronics is at the precipice of a new era. Silicon has served as the bedrock of modern technology for decades, fueling everything from the personal computer to smartphones to satellites and supercomputers. But researchers have now announced a discovery in the quantum materials realm that could make silicon seem outdated and boost electronics performance by 1,000 times. Its ambitions include taking a party popper to the very fabric of our digital world — and should it prove successful, this leap could rewire the future of the internet as we know it. The Silicon Age: The Culture, The Miracles, and The Innovation Silicon-based semiconductors have been driving the digital revolution since the mid-20th century. Because they do conduct electricity under specific circumstances, they are the ideal material for transistors, the diminutive switches that compose integrated circuits. But this trend is running into a wall. With transistors being scaled down on the order of nan...

 In the realm of advanced materials, one man’s catalyst is another’s anode, and few have been heralded as much as the single layer of carbon atoms known as graphene, which form a six-sided grid. The material is even more interesting because it comes from a pretty unassuming place: the same element that pencil “lead” is made from — graphite. Incredibly, stripping away just a single atomic layer of graphite produces a substance that is changing the boundaries of what’s possible in electronics, energy, medicine and more. The Miracle Material and the Birth of a New Technology What separates Graphene from other materials isn’t simply its one-atom thickness but also its unique blend of mechanical strength (comparable to that of diamond), electrical and thermal conductivity, optical transparency and flexibility. It is more than 200 times stronger than steel, conducts electricity faster than copper and is almost invisible. Why Graphene Matters The possible uses of graphene could be...