
Magical World of Physics
View the Universe from the shoulders of the giants
Didn't like physics in school?
We'll change that for good!
We come into this world with inquisitive minds, eager to understand how it works. Observing various events, we try to find the reason why they happen this way and not another. Why can we see through the glass but can't hear? Why does an apple fall from the tree while the Moon stays in the sky? Why is the sky blue, the sunset red, and the rainbow full of colors? We want to get to the core of everything, soar over the rainbow, above the sky, and to the final frontiers of the Universe!
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​​If you're also searching for answers, you've come to the right place. Physics is the oldest and most advanced branch of science, born out of our desire to study natural phenomena. With a history spanning thousands of years, it laid the foundation for many academic disciplines, evolving alongside them and merging to form new fields, such as biophysics and quantum chemistry. Today, this monumental testament to human intellectual prowess has outgrown the limits of our home planet and embarked on deep space exploration in search of the origins of our Universe and the meaning of our existence. Its boundless resources will empower us to achieve the impossible and turn our dreams into reality. But then, we would say that, wouldn't we? We're mad about physics!

Physics never sleeps, continually generating new ideas. The advances in the last hundred years have been extraordinary, transforming our lives and igniting unprecedented interest among the public. Unfortunately, educational literature is often too technical for most people to understand, with the truth getting lost in scientific jargon. We aim to change that! At Physics Core, we believe the laws of nature are simple, which is why the Universe runs so smoothly. We explain everything in plain English, from classical physics to relativity and quantum mechanics. No gobbledygook!​ Nature does not offer easy solutions. Nothing has been handed to us on a silver platter. Behind every discovery lies a long road paved with trials and errors, false starts and detours, sweat and tears. The history of scientific progress is a testament to our perseverance in the pursuit of the ultimate truth. Rewards are high. We add the new natural laws to our collection, which signify new milestones in our development and grant immortality to those who derived them. These laws are never going to change; the Universe was born and will die with them. We will pass our treasured collection to future generations to continue our legacy.​​ ​Physics concepts can take centuries to establish, undergoing rigorous testing until proven with mathematical accuracy. Once solidified in equations, they can be utilized in new technologies to enhance our lives. However, as important as they are, equations don't answer the question 'Why'. It is the job of physics to interpret what they mean in the grand scheme of nature. Interpretations are typically based on the scope of knowledge available at the time of discovery and rarely revised, possibly out of respect for the great names behind these historical achievements.​ However, time moves on, and our perception of the world evolves, enriched by new scientific evidence. At Physics Core, we believe that longstanding concepts have much more to offer, and we've merely scratched the surface. The bigger picture is better seen from a distance. By gaining deeper insights into nature's operating mechanism, we can better understand the role of each internal component. We have delved beneath the surface and discovered some precious gems hidden at the core. We will share our findings with you, marking the relevant articles as 'You read it here first'.​​​​​​​​​​​​​​​​ As permanent residents of planet Earth, bound to it by gravity, we find it hard to comprehend how vast and diverse the Universe is. Yet, in every part of it — over the rainbow, above the sky, and at its final frontiers — the laws of nature remain consistent, making it possible for us to conduct research, make predictions, and find supporting evidence. We may encounter exotic cosmic structures and bizarre galactic formations in its deepest corners. Still, we study them, applying the same physical principles we use on Earth to address our local problems. We are part of one great cosmic community, sharing common DNA and obeying common rules. The Universe is our home, and we hold the key to its past, present, and future. Get to know the place you inhabit by learning physics with us! We promise to make your journey both exciting and enlightening.

Gas Giant Exoplanet (middle) and Spiral Galaxy NGC, 1566. Illustrations. Source: NASA
