Why is Science important for Students?

Before knowing why science is important for students it would be reasonable to know the abbreviation of the word “SCIENCE”, which is "Systematic, Comprehensive, Investigation" and "Exploration of Natural, Causes and Effect". The present generation students are the future of the world, hence it is significant that every child should have knowledge about the investigation and exploration of all the subjects covered in science. More

The Importance of Science in Education

          “The systematic process of receiving or giving systematic instruction, especially at school or university,” is termed as education. Science plays a vital role in education because it comes as a bundle of extreme knowledge to motivate the learner not to just stop with the different discoveries or the ability of the human kind but to keep researching further without a satiating point. More

Science in Daily Life

Science has its crucial function in improving our life-style. It has become as though mankind cannot survive without the influence of science. To start off, from the clothes we wear to the kitchen appliance to medical facilities to the transportation and of course who can forget the gadgets, all these enhance our life to a greater level. More

Indias COVID-19 Vaccine Trial

New Delhi:Approval for human clinical trials for two made-in-India COVID-19 vaccine candidates - COVAXIN and ZyCov-D - marks the \"beginning of the end\" for the novel coronavirus pandemic that has infected over 1.12 crore people worldwide and left more than 5.3 lakh dead, the government said on Sunday.Striking an optimistic note, a letter by the Ministry of Science and Technology said there were more than 100 vaccine candidates in the world currently, of which 11 were in human trials. More

Heatless Glow

The brighter — the warmer? Life experience tells us that these two concepts are inseparable. however, the laws of chemistry refute this interdependence: matter can glow “cold,” with no heating at all. And what is most surprising — such phenomena occur literally everywhere. To illuminate a room, you can switch on a light bulb, but if you are in a dark grove, you will have to build a fire. The bigger the fire, the more light there is. You can also warm yourself up if the night is cold. In the morning, a natural light source will be back — the sun, heated up to 6000 K, giving Fluorite crystals can glow when heated — the process of thermoluminescence. Fluorite is a typical fluorescent mineral, but when it is warmed up or irradiated with ultraviolet light, it starts to phosphoresce. For matter to fl uoresce, an electron in its atom must reduce its energy, that is, move to a lower energy level, emitting the excess energy as a particle of light, a photon. But first, the electron absorbs energy and gets into an excited state. It stays there for a while and, at an arbitrary moment, jumps down, emitting a photon. There are many electrons, so photons are emitted almost at all times, and the substance glows continuously and gradually dies away while the number of excited electrons decreases. More