We invite you to attend (onsite) the Episode LXVI of Warsaw Quantum Computing Group meetups, “Introduction to quantum machine learning”, on April 14, World Quantum Day, at 18:00 UTC+2, at CIC Warsaw, Chmielna 73. The talk will be given by Paweł Gora, the Founder and CEO of the Quantum AI Foundation.
In this forum, the four invited speakers will give a short overview of quantum computing in today’s world. The titles and respective speakers are:
Unlocking Quantum Intelligence: Bridging the Gap Between Quantum Computing and AI
Muhammad Hafiz Laili is the head of the Quantum Intelligence Center at MIMOS Berhad. With a background in photonics research, he advances quantum computing and AI for industries like finance, healthcare, and agriculture, driving innovation in Malaysia’s quantum and AI ecosystem.
Quantum Computing in the Noisy Intermediate Scale Quantum (NISQ) Era
Paul Tan is a co-founder of AQSolotl Pte Ltd and the lead of quantum control at the National Quantum Computing Hub (NQCH), Singapore. He earned his M.Sc. in Physics from the Nanyang Technological University (NTU) studying superconducting qubit control and calibration under Rainer Dumke. His current research includes quantum control, quantum-classical hybrid computing and implementation of quantum error correction.
Challenges and Opportunities in Hybrid Quantum-Classical Algorithms for Financial Optimization and Machine Learning
Thiparat is a theoretical and computational physicist working on the intersection of physics, artificial intelligence, neuroscience, and quantum information. He received his PhD in Theoretical Physics from Harvard. He currently leads the Chula Intelligent and Complex Systems Research Unit, and co-founded Quantum Technology Foundation (Thailand).
Quantum Machine Learning for Research on Climate Change
Choong Pak Shen is a postdoctoral researcher at the Institute for Mathematical Research (INSPEM), University Putra Malaysia (UPM). Besides, theoretical physics, he is interested in developing quantum use cases and gamification of quantum theory.
Step into the fascinating world of Quantum Science & Technology! Join us for an exclusive sharing session featuring an esteemed theoretical physicist specializing in quantum information and computation to talk about the following topics:
This event is held in celebration of the International Year of Quantum Science and Technology 2025 (IYQ 2025) and World Quantum Day. Don’t miss this opportunity to explore the future of quantum innovation!
On the Tsukuba Quantum Day, we will hold a series of seminars to promote exchanges among people who are researching quantum science and quantum information science at the University of Tsukuba. Since it is the beginning of the academic year, we hope that the seminar lecturers will devise a seminar that is understandable to students who have just joined our laboratory, and we hope that the seminar will promote active research exchange. Anyone who is interested is welcome to attend.
On April 10-11, 2025, Lviv will host the International Scientific Event Dedicated to World Quantum Day for the third time. The event aims to popularize quantum theory and bring together scientists, IT community representatives, students, and high school students to discuss the challenges of quantum mechanics, achievements, and prospects of quantum technologies and quantum programming.
The event program will include activities of interest to both beginners in quantum mechanics (high school students, university students) and researchers, as well as representatives of the IT community. Specifically, the event will feature:
I. A School on Quantum Information and Quantum Programming for high school students, university students, and all interested participants.
II. A Scientific Conference on Quantum Information and Quantum Programming with invited speakers—renowned scientists from around the world.
III. Talks and panel discussions involving researchers, educators, business representatives, and the general public. The goal is to discuss recent advances in quantum technologies, the prospects of quantum programming, and the achievements over the past five years of Ukraine’s first bachelor’s degree program in “Quantum Computers and Quantum Programming” at Ivan Franko National University of Lviv.
To participate in the event, please register
This free exhibition unites art and science in a captivating exploration of the quantum universe, celebrating the International Year of Quantum Science and Technology.
Quantum science deals with the smallest particles in nature. It is bringing about a revolution in our understanding of the origins of the universe and delivering ground-breaking technology. At the forefront of quantum research are scientists from the University of Nottingham and across the country, whose pioneering work has established both the university and the UK as centres of excellence in this fast-evolving field.
The exhibition features new commissions by nine artists who have each spent time working alongside world-leading researchers in quantum physics. Through immersive sculptural installations and photography, they give expression to the excitement, wonder and poetry of cutting-edge scientific discovery that is transforming our future.
The exhibition has been curated by Professor Silke Weinfurtner in the School of Mathematical Sciences – whose pioneering work in the field of black hole simulations remains unrivalled, Dr Ulrike Kuchner, Senior Researcher in Astronomy and Art-Science collaborations in the School of Physics and Astronomy, and Neil Walker, Head of Visual Arts Programming, Lakeside Arts, with Prof. Helen Kennedy and the Virtual & Immersive Production Studio.
Artists include Conrad Shawcross RA; Studio Above&Below; Alistair McClymont, Matthew Woodham, Monica C. LoCascio & daniela brill estrada, David Severn, Jim Grainger.
QWAVE: Celebrating Quantum Day 2025 is part of the QWAVE initiative (Quantum World: Advancements, Visions, and Exploration) celebrating the Quantum Year through an inspiring two-day journey into the world of quantum science. The event combines high school and university students for a blend of academic lectures, popular science talks, and hands-on lab experiences. Participants will explore cutting-edge topics in quantum technologies, engage with experts, and take part in an interactive lab challenge designed to spark curiosity and deepen understanding. Through accessible, inclusive, and engaging activities, Quantum Day aims to make the invisible world of quantum physics exciting and empowering for the next generation of scientists. You can read more about the event on our official social networks here: Facebook, Instagram, and LinkedIn.
Teleportace, kvantové provázání nebo jiné Schrödingerovy kočkoviny – to vše probereme ve čtvrtek večer v talkshow Vědátoři na pivu! Kluci ze stránky Vědátor si do Hvězdárny a planetária Brno pozvali kvantového fyzika a popularizátora vědy Karla Lemra z Univerzity Palackého v Olomouci. Společně odhalí, co je na popkulturních kvantových citacích věda a co už jen sci-fi.
Kvantová fyzika – nástroj pro pochopení Vesmíru
Pro naše poznání Vesmíru, ve kterém žijeme, je klíčové i pochopení mikrosvěta. Základními fyzikální nástroji pro jeho popis jsou kvantová fyzika a speciální teorie relativity. Tyto fyzikální teorie umožnily vysvětlit zdroje energie ve hvězdách i jejich evoluci i konečná stádia. Kvantové jevy jsou klíčové pro chování neutronových hvězd i černých děr. Řadu vysokoenergetických procesů, které jsou spojeny se vznikem a vývojem Vesmíru, popsat pomocí nich dokážeme. I když se při jejich využití setkáváme s řadou paradoxů a těžko uchopitelných filozofických interpretací. Pro další nám chybí kvantová teorie gravitace a další prvky exotické fyziky za Standardním modelem hmoty a interakcí.
Povíme si o tajemném kvantovém kolapsu – zda ho spouští interakce s vědomím či zda ho vysvětluje proces dekoherence. Zastavíme se u slavného Einsteinova-Podolského-Rosenova experimentu, kde se dozvíme, že v kvantovém světě lze účinněji vytěžit korelace zakódované v provázaných stavech. Což ukazuje, že kvantová teorie je fundamentálně odlišná od klasického popisu. Nakonec zkusíme odhalit, zda nás kvantové jevy vedou k prostému pragmatickému popisu našich znalostí či k existenci složitého multiversa superponovaných světů obsahujících různé stavy vědomí pozorovatele.