QTech project #2

We're excited to announce the 2nd QProject! During this series, we will be listening to research projects by grad students and our new guest will be Shubham Kumar, from Shanghai University! With the title of "Entanglement in Quantum Memristors", his talk will conclude with a study of entangled quantum memristors based on superconducting circuits.

QTech: Projects #1 organized by QTurkey

QTurkey is excited to announce the launch of our new event, QTech: Projects! During this series, we will be listening to several research projects by graduate students working in the field of quantum technology.

Our first guest will be Lea Gassab from QuEst Group at Koç University! In this talk, she will present one of the current projects of their research group, where they study squeezed and entangled light. Her talk will conclude with plausible applications such as quantum pupillometry and biometrics in emerging technology.

Dear Quantiki Users,

we would like to apologize for some delays related to account activation. The problem was related to some misconfiguration of the email account. If you didn’t get the activation link or your account was not activated, please contact us.

Quantiki Admins


QWorld welcomes you to participate in our global quantum jam “QJam2021” held online from Friday, Nov 26 to Sunday, Dec 5. QJam2021 is open to students, quantum enthusiasts, researchers, educators, teachers, artists, writers, designers, animators, software developers, game developers, programmers, and others. To inspire the participants, we will host several QJam Talks from November 22 to 25, and we will make a GitLab repo ready with several project ideas.

More details:

We offer a fully online gradate-level course (6 ECTS credits) on “Quantum Computing and Programming” as a part of the collaboration among QWorld, University of Latvia, and Rigetti under the QTOM (Quantum Technologies Open Master) Pilot by QTEdu. The course will start on Sep 13, 2021. We will have lectures and labs (with extra activities such as invited talks, Kahoot games, etc) until at the end of November. Each student will complete 10 quizzes or homework. Then, the project phase will start with a hackathon, and the students will have a month to complete their term projects (mid-January). The final grade will be out of 100, and each student will be able to receive an official document with her final grade provided by the doctoral study program of Faculty of Computing at University of Latvia.

QIntern, the summer internship program of the QWorld

QResearch Department of QWorld is looking for mentors willing to conduct projects under the QIntern 2021 program.The scope of the project may cover any quantum-related topic, which includes research, preparing educational materials, developing software, etc. If you’re interested in leading a team, please fill the application form available

We are happy to announce the first QWorld Quantum Science Days, a scientific meeting organized by QWorld to provide opportunities to the quantum community to present and discuss their research results at all levels - from short projects to thesis work to research publications - and to get to know each other.

QWorld Quantum Science Days

Conference webpage:
Scope: All aspects of quantum information science and technology.

Invited Speakers:
- Alba Cervera Lierta (University of Toronto)
- Tracy Northup (University of Innsbruck)
- Barry Sanders (University of Calgary)
- Menno Veldhorst (TU Delft)
- James Wootton (IBM Zurich)

Dates & Venue:
Submission deadline: May 20, 2021
Notification of acceptance: May 24, 2021
Registration deadline: May 31, 2021
Conference: June 1-2, 2021, between 10:00 and 18:00 GMT/UTC

There is no registration fee, but the registration is mandatory.

Registration link:

Submission form is available at:

Global Quantum Programming Workshop | QSilver | May 17-22, 2021You have some introductory knowledge on the basics of quantum computing and programming and want to learn more? Take part in the Global Quantum Programming Workshop | QSilver and expand your knowledge. During this 1-week workshop, we will take the path through complex numbers to Shor’s Algorithm!

Global Quantum Programming Workshop | QSilver is a one-week online workshop on quantum computing and quantum programming based on the intermediate material Silver prepared by QWorld. The scope of the QSilver workshop covers complex numbers and Bloch sphere, Quantum Fourier Transform and Shor’s Algorithm.

We invite you to the next QWebminar. This time we will have a talk by Cem Say about what factorization is, its seeming hardness for classical computers, the magic of quantum, and a description of Shor’s approach.

QWebinar: Factorization in the Quantum World

Date: Wed, April 28, 2021, 15:00 (GMT/UTC),
Moderators: Özlem Salehi (QWorld & QTurkey) and Abuzer Yakaryılmaz (QWorld)
Organizers: Agnieszka Wolska (QWorld) and Abuzer Yakaryılmaz (QWorld)

From Cem:
“The most famous quantum algorithm is 27 years old already. I wish I could give an overview of Shor’s factorizaton algorithm that is simultaneously easy to understand and able to convey the huge intellectual achievement of this amazing construction. This cannot be done in an hour, but I will do my best anyway. We will look at what factorization is, its seeming hardness for classical computers, the magic of quantum, and a description of Shor’s approach.”

We invite you to attend an online-only Episode XXIV of Warsaw Quantum Computing Group
meetings. On 29.03 at 18:00 CET, Kareem H. El-Safty will give a talk: "Yet Another QML Talk".

If you are interested, please register (no later than 28.03, EOD) using the form:

Abstract: Quantum machine learning (QML) is a direct promising application of the emerging quantum computing industry. Yet, many classical machine learning (ML) developers and researchers are not quite familiar with it. Some of them question the entire idea! This talk's aim will focus on bridging the gap between physicists and ML engineers and will try to quantize the ML pipeline as seen by the typical MLOps community. Besides that, it will also present the essence of the quantum phenomenon in QML either using the qubit system or the continuous variable system and how it can be used to further enhance classical ML. Finally, it will present the current status of QML and the unanswered questions.


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