The end of the first season of Radio Psiket podcast

In science, like any other activity, every time a person focuses on a phenomenon, new aspects of it always emerge, laser is one of the important results of the combination of classical and quantum physics theories. The history of the invention of the laser goes back to the 1950s, at the same time when quantum theories in physics had achieved great importance. In this era, quantum was able to describe well how atoms and molecules work in optical devices. Therefore, the invention of the laser and the first quantum revolution are both somehow correlated. On the one hand, quantum enabled the creation of a unique light source, and on the other hand, the invention of the laser came to be one of the important results of this quantum revolution. It should be noted that after the invention of the first laser, many efforts were made to expand the capabilities and applications of this technology. The invention of the laser was a revolution in science and technology, which provided many possibilities to perform complex and precise work in various fields, including medicine, communication, industry, military and other fields of technology. In this episode, we delve into the story of the laser that was created in the wave of the first quantum revolution.

It may seem that quantum mechanics with all its strange properties has little to do with our everyday world, but quite the opposite. Quantum mechanics is transforming the world through its unanticipated indirect benefits. Almost all modern devices such as: computers, mobile phones, game consoles, cars, etc. contain memory chips that operate based on transistors whose operation relies on the quantum mechanical explanation of semiconductor behavior. The invention of the first computer chip has come a long way since Planck's introduction of the quanta theory to the explanation of electron behavior and the invention of semiconductors and transistors. Since then, significant advances have been made in this technology. Recent innovations in the field of computer chip technology have created a new revolution. High-speed processing chips, reduced energy consumption and extraordinary computing power have brought unique possibilities to users. These advances have not only contributed to the development of computers and smart devices, but also led to significant advances in areas such as artificial intelligence, computer-related medicine, simulation, and biotechnologies. Today, the computer chip is used as the main brain of all kinds of new devices and technologies, and plays an essential role in developing a bright future for society and scientists. In the first episode of the second season, we will follow the progress and the obstacles on the way of computer chips and we will hear how quantum made the first revolution of technology for us.

We are at your service by introducing the second season of Radio Psychet podcast. This podcast was created with the efforts of the content production team at the Quantum Psyche School of Science and Technology at Sharif University of Technology, which is the first quantum school under the supervision of the Quantum Innovation Center of Sharif University of Technology, with the aim of teaching and promoting quantum science and technology in the scientific environment. and the country's engineering has been established. Join us for the second season of the Radio Psyche podcast for an exciting exploration of quantum technologies.

After World War II, I was very worried about the atomic bomb. I did not know what would happen in the future, such a consequence of science would obviously cause destruction and cause the destruction of humans. So the question was, is there some kind of Satan involved in science?

This is the tenth episode of the first season of Radio Psiket. In previous installments, we said that from dead or alive cats to nightmarish actions at a distance, quantum physics delights in destroying our direct intuitions about how the world works. Physicists try to answer the challenging questions of this theory with the help of philosophical interpretations consistent with experience about what exists at the fundamental levels of quantum theory. There are few theories in science that have different ways of looking at it, but why do we have this? In this part, we will discuss one of the challenging interpretations of quantum mechanics called parallel universes.