Immerse yourself in the world of photonics thanks to 4 ICFO scientists, who will explain why photonics is important for their research and society in general. Each will have 5 minutes to deliver an engaging and inspiring talk. You can also send them your questions about science and their careers.

This event is aimed at students between 9th and 12th grade (second cycle of ESO and bachillerato) and will be in Spanish.

This edition of Photonics in 5 Minutes! is organized to celebrate the Science Week ’25 and the International Year of Quantum Science and Technology.

Quàntica per a tothom. A càrrec de Pere Mujal, investigador Research Fellow a l’ICFO. Cicle de conferencies coordinades per Luisa Herreras.

Què n’hem de saber i què n’hem d’esperar de la mecànica quàntica?
Com ens ha canviat la vida la mecànica quàntica?
Quin futur ens pot donar?

Les aplicacions d’aquesta teoria fonamental centenària s’han convertit en imprescindibles per al nostre dia a dia, ja sigui en dispositius digitals, en la indústria, en aplicacions mèdiques o en producció d’energia i estalvi energètic.

The Physik Club of the Department of Physics successfully organized a Poster and Quiz Competition on the theme “Applied Physics and Technology” on the 31st of October 2025 to observe the UNESCO International Year of Quantum Science and Technology. The event took place in the academic block one assembly hall and the auditorium from 1 pm to 3:30 pm. The event was designed to inspire students to explore the practical aspects of physics and its growing influence on technological innovations that shape the modern world.

The competition witnessed enthusiastic participation from undergraduate and postgraduate students across various science and humanities disciplines. The program commenced at 1 pm with the poster competition, where the students presented creative and well-researched posters highlighting the applications of physics in diverse technological fields. The posters covered topics including space technology, semiconductors, nuclear technology, and fusion reactors.

The judging panel, comprising senior faculty members Dr. Sanjay Kalita from the department of mathematics and Dr Bhaskar Sharma from the department of chemistry, evaluated the entries based on creativity, scientific accuracy, presentation, and relevance to the theme. The top three entries were awarded certificates and prizes for their outstanding work.

The Quiz Competition tested participants’ general knowledge and awareness of scientific developments. The quiz included several interactive rounds, which kept both participants and the audience engaged. The competition encouraged teamwork, quick thinking, and a spirit of healthy academic competition among students. Dr Bikash Borah of the Department of Physics conducted the quiz competition as quiz master.

The event concluded with a valedictory session. Dr. Monmayuri Baruah, HOD of the department, and Dr. Sumita Sharma of the Department of Physics felicitated the winners. In their remarks, the judges commended the participants for their innovation, critical thinking, and enthusiasm toward learning. The program received positive feedback from both students and staff, highlighting its role in fostering a deeper appreciation for the intersection of physics and technology.

Overall, the Poster and Quiz Competition on “Applied Physics and Technology” proved to be a valuable platform for students to showcase their knowledge, creativity, and communication skills. The event successfully aligned with the department’s mission of promoting scientific awareness, encouraging innovation, and preparing students to contribute meaningfully to the technological advancements of the future.

⚛️ Save the Date, November 19th!

The Tunisian Quantum Network QUANTUN Youth Branch is organizing a special event at the Faculty of Science of Tunis, El Manar, to celebrate the 2025 Nobel Prize in Physics and to continue celebrating the International Year of Quantum (IYQ) 2025 🌍✨

Join us for an inspiring afternoon to explore Nobel-winning discoveries in quantum effects in electric circuits and how these breakthroughs are shaping the future of quantum science and technology. 🤩

📧 Contact: quantun.yb@gmail.com

During the Niels Bohr Days, participants will take part in study visits and lectures on quantum mechanics and astronomy. They will also have the chance to meet researchers working in the field of quantum mechanics.

The event will begin and end in Lund, where participants will attend exciting lectures at the Department of Physics at Lund University and have the opportunity to visit research facilities and laboratories.

On the second day, participants will cross the Öresund Bridge to Denmark, where a “pilgrimage” will be made to some of the most central sites in the history and future of quantum mechanics. The highlight will be a visit to the Niels Bohr Institute, with its research facilities and historical legacy. Participants will also get to visit Europe’s oldest observatory, the Round Tower.

In addition to historical and research-related destinations, there will also be opportunities to enjoy Denmark’s rich cultural attractions!

Solid-state spin defects, such as nitrogen-vacancy centers in diamond, have emerged as powerful platforms for quantum sensing, enabling nanoscale measurements of magnetic fields, temperature, strain, and electric fields at both cryogenic and ambient temperatures.

Some experimental efforts in Singha’s group focus on using these quantum sensors for non-invasive probing of isolated magnetic molecules on surfaces, which are difficult to access with other complementary methods. These efforts naturally require the use of near-surface NV centers (less than 10 nm) to achieve the desired magnetic sensitivity. However, such shallow NV sensors are infamous for often lacking sufficient stability of their optical and spin properties. They take advantage of their UHV experimental conditions to understand the role of the diamond surface in defining these optical and spin properties for shallow NV sensors, as well as to better engineer the diamond surface with desired surface chemistry.

Another aspect of their current research involves two-dimensional mapping of both static and dynamic magnetization profiles of synthetic antiferromagnets, 2D superconductors, and nanoscale devices using a scanning-probe NV magnetometer. The key idea here is to characterize their local nanoscale properties, which are often obscured in conventional transport measurements.
After providing a broad overview of the current research scope in her experimental group, Singha will highlight the challenges and opportunities in this vibrant field of research.

Doha, November 15-18, 2025
Organized by the Ministry of Communications and Information Technology (MCIT), the Ministry of Defense (MOD), Hamad Bin Khalifa University (HBKU), Boston Consulting Group (BCG), and the QuantX association.

Description

The BIG Quantum Hackathon Qatar brings together the brightest minds in quantum innovation, including engineers, researchers, technology providers, industry leaders, and finance and policy experts, for four intensive days of collaboration and breakthrough thinking.

Why this matters

As a community-centric initiative, the BIG Quantum Hackathon Qatar directly supports Qatar National Vision 2030 and the country’s digital transformation priorities by accelerating the development of real-world applications of quantum technologies that benefit Qatar and the region.

2025 Edition focus area

In this edition, leaders from the quantum computing ecosystem will come together to co-create the next generation of use cases for quantum technology across multiple sectors, including healthcare, energy, chemicals, financial services, telecom, cybersecurity, and more.

The approach

Multidisciplinary teams collaborate with global quantum technology partners and leading Qatari institutions, using real data to co-create prototypes and turn bold ideas into pilot-ready solutions.

To celebrate the 100th anniversary of the birth of quantum mechanics, the United Nations General Assembly has designated 2025 as the International Year of Quantum Science and Technology (IYQ), led by UNESCO. As a proud official supporting partner of the IYQ, the Quantum Science Center of the Guangdong-Hongkong-Macao Greater Bay Area, together with the Chinese Physical Society, will be hosting the Greater Bay Area Event Week of the International Year of Quantum and the 4th Greater Bay Area Quantum Science Forum (hereafter referred to as the “International Quantum Week”) in the twin cities of Shenzhen and Hong Kong, China, from November 21 to 27, 2025.

As an official event of the Danish EU Council Presidency, EQTC 2025 convenes Europe’s quantum community in Copenhagen at a pivotal moment for science, technology, and policy, positioned between the adoption of the EU Quantum Strategy and the forthcoming EU Quantum Act. Taking place in the vibrant and innovative city of Copenhagen, and during the UN’s International Year of Quantum Science and Technology, the conference is designed to foster collaboration across research, industry, and government.

With a rich programme of scientific sessions, industry showcases, policy dialogues, and hands-on demonstrations, EQTC offers a unique platform to exchange knowledge, build partnerships, and accelerate innovation. Participants will gain insights into the latest breakthroughs, explore emerging applications, and connect with key stakeholders shaping Europe’s quantum future. Whether you work in academia, business, or policy, EQTC 2025 provides the space to engage, influence, and help define the next phase of quantum technologies in Europe.

On the occasion of UNESCO’s celebration of
2025 – The International Year of Quantum Science and Technology

The Preparatory Institute for Engineering Studies of Tunis (IPEIT)
Organizes a Conference

The Second Quantum Revolution: Could Quantum Technologies Shape Your Career?

📅 Friday, November 7, 2025, at 2:30 PM
📍 IPEIT Auditorium

The conference will be followed by a discussion on the international career paths of IPEIT alumni.

Presented by:
Dr. Sana Amairi-Pyka
Alumna of IPEIT
Lead Scientist in Space Quantum Communications
Technology Innovation Institute, Abu Dhabi, UAE

Contact: Dr Hatem Chelly, hatemchellyhatem@gmail.com