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The theory of relativity is one of the most significant scientific developments of the 20th century and was developed by Albert Einstein. This theory redefined the concepts of space and time under conditions of high velocities and strong gravitational fields where Newtonian mechanics proved inadequate. Classical transcending Newtonian physics, this theory provides a deep understanding of the relationships between time, space and gravity, and consists of two components: special relativity and gen

Mehmet Naci İnci (1965, Malatya) is a physicist, academic, and rector of Boğaziçi University. After completing his undergraduate studies in Physics at the Atatürk Faculty of Education, Marmara University, he earned his PhD at Heriot-Watt University in Edinburgh on fiber optic sensors. Prof. Dr. İnci conducted postdoctoral research in advanced fiber optic telecommunication systems at Stanford University in California, United States, and later served as a researcher at the same institution. Mehmet

Computers are considered one of the most critical inventions forming the foundation of modern technology. The evolution from mechanical account machines to artificial intelligence assisted systems has driven the advancement of information technologies. Computers from past to present- " image-alternate="" image-element-format="right"> From Mechanical Calculating Devices to Automated Systems The foundations of the computer concept date back to mechanical calculating machines developed in the 17

Driven by the increasing trend in Data, threats and attacks on Cybersecurity have rapidly escalated, creating a need for high-security measures in infrastructure and data privacy. At this point, analyzing data to secure it and derive logical insights has become one of the most sought-after topics today. Encryption measures implemented against emerging and growing security issues have been examined, revealing that encryption approaches are primarily carried out in neural and quantum cryptography

Optics is a broad field that studies the nature, propagation, interactions, and perception of light, and is one of the foundational pillars of both classical and modern physics. The dual wave and particle nature of light has rendered this field an exceptionally rich discipline in terms of theoretical modeling, experimental observations, and technological applications. The theories developed in optics do not merely explain visual perception; they also underpin advancements in communication, medic

Computers are regarded as one of the most critical inventions forming the foundation of modern technology. The historical development, spanning from mechanical calculation machines to artificial intelligence-supported systems, has led the advancement of information technologies. From past to present computer-Bilgeyik " image-alternate="" image-element-format="right"> From Mechanical Calculating Devices to Automated Systems The foundations of the computer concept date back to mechanical calcul

Mehmet Naci İnci (1965, Malatya), fizikçi, akademisyen ve Boğaziçi Üniversitesi rektörüdür. Marmara Üniversitesi, Atatürk Eğitim Fakültesi, Fizik bölümünde bitirdiği lisans eğitiminin ardından fiber optik sensörler konusunda Edinburgh Heriot-Watt Üniversitesinde doktorasını tamamladı. Amerika Birleşik Devletleri’nin California Eyaleti’nde bulunan Stanford Üniversitesinde ileri fiber optik telekomünikasyon sistemleri alanında doktora sonrası çalışmalarını yürüten Prof. Dr. İnci, aynı üniversitede

In the mechanics of Quantum, it has been determined that time does not flow continuously due to the principle of quantization, but rather can only take on specific values values. In Classical physical understanding, time is regarded as a continuous flow, whereas quantum theory proposes that time advances in discrete “jumps” at certain intervals. This situation challenges our traditional conception of the nature of time and opens road new avenues for inquiry. This theory is also supported by cert

The human brain perceives the world as solid and fixed structured. We can comfortably rest our hands on a table, lean against walls, and in general, feel materials as solid. However, theories about whether things are truly solid are far more complex. The state of being "solid" arises from the strong recording forces and quantum interactions within the atomic world. Solidity at the Atomic Level Atoms, the fundamental building building blocks of everything, are in fact composed of a network of wor

Bell’s Theorem is a significant scientific result in quantum physics that helps us understand how certain particles are mysteriously connected. These particles are called “entangled,” because the bond between them is so strong that when one changes, the other is instantly affected—even if the particles are separated by vast distances. In 1964, physicist John S. Bell developed a mathematical theorem showing that these connections cannot be explained by classical physics rules or by any local hidd