Photorefractive Optical Cryptography: A Personal Tour

Vikram Simha Reddy, R. Mythili, Aditya Swaroop +1 more

The objective of this project aims to develop a Personal AI Travel Assistant using Bot press, a powerful opensource conversational AI framework. a robust open-source natural language processing framework—and the potential of quantum computing, this project seeks to construct a Personal AI Travel Assistant. The Personal AI Travel Companion is at the forefront of innovation when it comes to personal trip organizing and handling thanks to the use of quantum computing. The assistant can handle massive volumes of data and execute complicated computations with lightning speed and efficiency thanks to quantum computing. Personalized trip suggestions, itinerary its creation, real-time travel updates, and seamless help are just a few of the services that consumers can expect from this quantum-enhanced personalized AI travel assistant.

Silvano Donati, ANNOVAZZI-LODI Valerio ANNOVAZZI-LODI Valerio, 王昭 Wang Zhao

Unnikrishnan Gopinathan, David S. Monaghan, Thomas J. Naughton +1 more

Xiaodong Xu

6 years ago when I joined the group, Elaine gave me a lab tour. I saw Jun and Yanwen sitting in the dark and taking data. At that time there was a big chiller in the time domain lab and making huge noise. Frankly, I was a bit scared since I had never been in a real lab before graduate school. I was wondering whether I could do well in such a lab as an experimental physicist. Now it is 6 years later and I am so happy to say that I made it. During the entire graduate school, there are so many people I would like to thank. The first and the most important person I would like to thank is my advisor Professor Duncan Steel. I am so lucky to have Duncan as my advisor. He is such a smart scientist with great personality. His working ethics and conscientious attitudes inspired me a lot in research. He always tries to create the best education and research support for me. One of the greatest things is that he tried to develop my weakness, exploit my strength, and carefully shape me to be a good physicist. Duncan is also an advisor with a great sense of humor and it is so much fun to work with him. I would like to thank Professor Paul Berman. His lectures of quantum optics is

Harshad R. Pawar, Dinesh G. Harkut

Now a days, where all well aware about the internet and other means of sharing of multimedia information between two parties which happens in public environment, so it is important to maintain the security of these kind of personal data which is stored at computers, on cloud or in the personal storage. There are many techniques which are used to provide authenticity, confidentiality, secrecy, and integrity to the data one of them is the Cryptography. In this paper, we survey and compare the existing work and concepts of Classical (Modern) Cryptography (CC) and Quantum Cryptography(QC) used for image encryption and decryption. Each encryption and decryption techniques have their strengths and weakness. In this paper, we focus on the selecting the best cryptography technique to be used for image encryption and decryption so that researchers can get idea about the selection of efficient cryptography technique.

Mitsuru Matsui, Toyohiro Tsurumaru