Subscribe to the gold package and get unlimited access to Shamra Academy
Register a new userQuantum Computing and Quantum Resistant Cryptography
الحوسبة الكمومية وخوارزميات التشفير المقاومة لها
1618
5 83
4.8
(
4
)
Added by
Tishreen University حلقة بحث
Publication date
2018
fields
Informatics Engineering
and research's language is
العربية
Created by
علي ريا
Ask ChatGPT about the research
تعد الحوسبة الكمومية التهديد والهاجس الأكبر لخوارزميات التشفير لا سيما ذات المفتاح العام منها إذ أنّ وجود أداة كهذه وبفاعلية كافية ستعيد النظر في أهليّة الكثير من هذه الخوارزميات. سنناقش في هذا السيمنار الحواسيب الكمومية منطلقين بلمحة بسيطة عن الأساس الفيزيائي والرياضي لهذه الحواسيب، لنذكر لاحقا ما الذي يجعل هذه الحواسيب مميزة لناحية كسر العديد من خوارزميات التشفير ذات المفتاح العام ونقوم نهاية بمناقشة بعض خوارزميات التشفير التي تعد مقاومة لهجمات الحواسيب الكمومية في حال وجودها.
Quantum Computers can be considered the biggest threat against cryptography algorithms especially the public key algorithms. In this seminar, we will discuss Quantum Computers starting from a simple explanation about the physics and mathematics basics behind these computers, then explaining why these computers are special in regard of cracking the public key algorithms. Finally, we will describe an example of quantum resistant algorithms.
References used
JUANJO RUE * AND SEBASTIAN XAMB ´ O ,MATHEMATICAL ESSENTIALS OF QUANTUM COMPUTING،
V. S. Miller, Use of Elliptic Curves in Cryptography, Lecture Notes in Computer Science, 218, pp. 417-426 (2000).
Craig Costello,An introduction to supersingular isogeny-based cryptography November 10 ECC 2017 Nijmegen, The Netherlands
rate research
Read More
Quantum computing as a promising technology that solves impossible problems in classical computation due to its exponential complexity, superiority, barriers, hardware and software tools, in addition to the state of the art and future vision.
We present a theoretical model for studying the oscillations among two-level quantum system when an interaction term is considered:
First, we present the two-level quantum system with a symmetric double square potential well in interaction, in one d
imension x, then we find the eigenvectors and the eigenvalues for this system by solving the stationary Schrödinger’s equation.
Second, we proved that a non perturbative approach can be conveniently used to write the Hamiltonian operator and to derive the Rabi’s equation for this system, directly applying the time evolution operator to the initial state of the system.
Recent research has investigated quantum NLP, designing algorithms that process natural language in quantum computers, and also quantum-inspired algorithms that improve NLP performance on classical computers. In this survey, we review representative
methods at the intersection of NLP and quantum physics in the past ten years, categorizing them according to the use of quantum theory, the linguistic targets that are modeled, and the downstream application. The literature review ends with a discussion on the key factors to the success that has been achieved by existing work, as well as challenges ahead, with the goal of better understanding the promises and further directions.
This research deals with metaphysics as an essential structure in any
scientific work. This has been achieved through intuitional analysis of
facts as well as mathematics and presumptions that are based on the
“core”, let alone the teleological or
ientation in science and the
contradiction between appearance and reality.
The paper finds out that the metaphysical structure in science is
formed in accordance with the formational structure of the human mind,
and it provides various items of evidence to prove this.
This Paper Attempts to study the latest advancements in High Performance Computing Technologies, Which Provides suitable environments, Solid infrastructure, Software and Hardware Components, allowing Scientists and Researchers to solve Math, Biology,
Machine Learning, Physics Simulations, and numerous other problems, Allowing significant breakthroughs in these fields.
suggested questions
Log in to be able to interact and post comments
comments
Fetching comments
Sign in to be able to follow your search criteria
