The Psiket Quantum Science and Technology School makes your journey of awareness and learning enjoyable and engaging through podcasts and audiobooks in this field.
The book "The universe in the light of modern physics" is a collection of 7 lectures by Max Planck (1858-1947), physicist, Nobel Prize winner, and president of the Berlin Society for the Advancement of Science. In this series of lectures, he discussed fundamental and primary issues in physics, such as causality and non-causality, the meaning and limits of the exact sciences, theoretical philosophy, knowledge and religion, and other matters. He believes that all physical laws are fundamentally related to the events of the sensory world. For example, in the matter of causality and non-causality, he believes: Any event, whether natural or mental, may appear to be causal or non-causal; or in the discussion of knowledge and religion, he believes: Any event, whether natural or mental, may appear to be caused or uncaused; or, in the discussion of science and religion, he believes: not only is there no incompatibility between science and religion, but they also converge on essential points. “”The universe in the light of modern physics" was translated into Persian by Morteza Saber and published in 1969 and reached its fourth edition in 1989. This book was prepared and arranged in audiobook format for the first time in 2025 in the podcast collection of PsiKet School of Quantum Science and Technology.
What is the book of life? Erwin Schrödinger, the famous physicist of the 20th century, is one of the works that has profoundly changed our understanding of the natural world. This small but thoughtful book, with a philosophical and scientific approach, deals with a basic and complex question: What is life? In this book, looking beyond classical physics, Schrödinger tries to explain the mystery of life from the point of view of physics and biology. With a simple and clear expression, he examines complex scientific concepts such as the second law of thermodynamics, entropy, and order in the universe, and addresses the question of how life is compatible with physical laws. This book is actually a bridge between the two worlds of science and philosophy; By combining these two fields, Schrödinger tries to show the reader how molecules and atoms can form living phenomena.
The World As I See It is a collection of essays, letters, and speeches by Albert Einstein. The book gives readers a glimpse into Einstein's thoughts and views on a variety of topics, including science, philosophy, religion, politics, and social issues. In this book, Einstein shares his views on the importance of peace, democracy, individual freedom, and social responsibility. He also discusses the role of science and religion in society and the relationship between the two issues. This book will help those interested in Einstein's personality to gain a deeper and more personal perspective of him, not just as an outstanding scientist, but as a thinker and philosopher. If you're looking for a better understanding of Einstein's thoughts and perspectives on a variety of topics, be sure to listen to The World I See.
The book 'Adventures of a Physicist of the 20th Century' is a fascinating work that depicts different aspects of Feynman's life. With a warm and fluent language, the book deals with Feynman's interests, including learning several different languages, participating in groups with different tastes such as biology or philosophy, or his forays into art. In the later parts of the memoirs, more serious issues are discussed, such as the process of the Manhattan Project, Feynman's criticism of the Brazilian education system, or the defense of his thesis in front of Einstein and other prominent scientists of that time. Overall, this book tells the exciting story of the life and works of this outstanding scientist in an attractive and beautiful way. Feynman, who was one of the top physicists of the 20th century and won the Nobel Prize in Physics in 1965, in this book, he discusses his experiences and views on science and cosmology, and uses his personal and professional experiences to explain the complex concepts of physics. By reading this book, you will get to know the world of physics and the complex theories that shape it, and you will look for answers to deep and complex questions about nature and the world.
Author: Werner Karl Heisenberg Translator: Hossein Masoumi Hamdani Publisher: Academic Publishing Center Audiobook publisher: Quantum Psiket School of Science and Technology
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Since the sixth century BCE, humans have sought to understand motion, celestial bodies, and the nature of matter. Over the centuries, they gradually developed a structured framework for describing nature, and by the late nineteenth century, it was widely believed that physics was nearly complete; as Lord Kelvin remarked in 1900, nothing remained but more precise measurements. But with the problem of blackbody radiation and the “ultraviolet catastrophe,” everything changed: Max Planck introduced the idea of quantized energy, Albert Einstein proposed the photon, Niels Bohr presented his atomic model, and Werner Heisenberg and Erwin Schrödinger laid the foundations of quantum mechanics. A new world emerged; one built upon probability, the wave function, superposition, and entanglement. Today, quantum technologies promise computers capable of solving complex problems, discovering new materials and medicines, and even enabling quantum artificial intelligence. The question is: in which problems does true quantum advantage actually lie, and where is the boundary between reality and exaggeration? Join us in Season Four of Radio Psiket as we explore these questions and see whether quantum technologies can truly transform our future.

In the second part of the final episode of the Quantum Tech season, we introduce two more key players from China’s quantum ecosystem: SpinQ and QuantumCTek. Founded in 2018, SpinQ has set its mission on industrializing and popularizing quantum computing. Through the development of superconducting and NMR-based quantum computers, cloud platforms, and application-level software, SpinQ has built a comprehensive quantum technology ecosystem. The company focuses on enabling practical quantum computing applications in fields such as fintech, pharmaceuticals, and artificial intelligence. Alongside SpinQ stands QuantumCTek, established in 2009 under the Quantum Group of China Telecom, and recognized as one of the global pioneers in secure communications and quantum security. Its products are deployed across China’s national and metropolitan networks, serving government agencies and industrial clients. In addition to developing quantum key distribution (QKD) systems, QuantumCTek also plays an active role in advancing critical infrastructure technologies such as control systems and dilution refrigerators. Join us as we explore these two influential companies driving the industrialization of quantum technologies.

Terra Quantum was founded in Switzerland in 2019 with the goal of achieving quantum supremacy to deliver innovative solutions. By choosing hybrid quantum-classical computing, the company has made scientific breakthroughs that pave the way for tomorrow's pervasive quantum computing. The company's owners consider Terra Quantum to be a full-stack, hardware-agnostic software company that can perform quantum machine learning, intelligent optimization, and simulation through its unique platform. What sets Terra Quantum apart is its hybrid approach, where it develops a hybrid quantum cloud and high-performance simulated qubits, as well as enabling connectivity to QPUs from other companies. In this episode, we review Terra Quantum and explain how simulated qubits work and why they are valuable, to understand why the company has placed simulation development alongside long-term research and development of superconducting qubits. Stay tuned!

On October 7, 2025 — exactly one hundred years after the birth of quantum mechanics — the Royal Swedish Academy of Sciences awarded the Nobel Prize in Physics to three brilliant scientists for discovering quantum tunneling effects and the discreteness of energy levels in a macroscopic electrical circuit. The three laureates are John Clarke from the University of California, Michel Devoret from Yale University and the University of California, and John Martinis, also from the University of California. But what exactly does this achievement mean? Simply put, these physicists demonstrated that the effects of quantum mechanics can indeed occur in systems as large as those one can hold in their hands. In other words, they showed that a complete electrical circuit—containing billions of electrons—can behave as a single quantum object and exhibit phenomena such as quantum tunneling and discrete energy levels. Of course, this is not an entirely new concept. As Olle Eriksson, Chair of the Nobel Committee for Physics, stated during the ceremony: “Today, there is no advanced technology that does not rely on quantum mechanics,” since the work of these scientists in the mid-1980s laid the foundations for today’s quantum computers and quantum sensors. In this special episode of Quantum Tech, we embark on a scientific exploration to understand the largest scale at which a system can still exhibit quantum behavior. We will then delve into the pioneering experiments that earned this year’s Nobel Prize and see how this remarkable discovery is shaping quantum technologies that are transforming our future. Stay tuned with Psiket Radio.