Global Particle Physics Excellence Awards

Bharat Electronics Q3 Results 2025 on 31 Jan, 2025: Revenue increased by 38.65% YoY & profit increased by 52.51% YoY, profit at  ₹ 1310.95 crore and revenue at  ₹ 5770.69 crore Bharat Electronics Q3 Results 2025 on 31 Jan, 2025 Bharat Electronics Q3 Results 2025:Bharat Electronics declared their Q3 results on 30 Jan, 2025. The topline increased by 38.65% & the profit increased by 52.51% YoY. Profit stands at  ₹ 1310.95 crore and revenue at  ₹ 5770.69 crore. As compared to the previous quarter, the revenue grew by 25.32% and the profit increased by 20%. The Selling, general & administrative expenses rose by 2.43% q-o-q and increased by 7.52% Y-o-Y. Global Particle Physics Excellence Awards More Info: physicistparticle.com #LiFePO4Recycling  #BatterySustainability  #AdvancedRecycling  #ParticleSeparation  #ComputationalModeling  #IndustrialRecycling  #FluidDynamics  #EcoFriendlyTech  #WasteReduction  #SmartRecycl...

  What makes this celestial event extraordinary is the number of visible bright planets, including Mars, Jupiter, Saturn and Venus, which doesn't happen every year. Stargazers are in or a treat as six planets - Venus, Mars, Jupiter, Saturn, Neptune, and Uranus - are set to align in the night sky today, January 25, offering a spectacular view. The six planets will form an astronomical alignment known as the "planetary parade". This celestial spectacle has been visible for most of the month, beginning around January 18, and will continue through early February. However, tonight all the six planets will meet up together on the same side of the sun in a wide arc above Earth and most of them will be visible to the naked eye under clear night skies. According to NASA, such events, especially those involving four or more planets, are noteworthy and do not occur annually. Moreover, what makes this event extraordinary is the number of visible bright planets, including Mars, Jupite...

  Physicists have long-suspected that the building blocks of protons experienced quantum entanglement. Now, researchers have the first direct evidence — after using a trick to infer subatomic particles' entropy. An artist's illustration of quantum entanglement.   (Image credit: Jurik Peter via Shutterstock) Scientists have peered inside protons and discovered that quarks and gluons, their fundamental building blocks, experience  quantum entanglement . Entangled particles are connected to each other, so that a change to one instantaneously causes a change to the other, even if they are separated by vast distances.  Albert Einstein famously dismissed the idea  as "spooky action at a distance," but later experiments proved that the bizarre, locality-breaking effect is real. Physicists have  observed entanglement between quarks before  but had never found evidence that they exist in a quantumly connected state inside protons. Now, a team of researchers ha...