Coming This September: The AQC 3Q Quantum Roundtable Showcase Africa’s Quantum and Deep Tech Momentum. This roundtable spotlights breakthrough startups, frontier research, and our bold vision for a deep tech innovation hub rooted in Africa. Global and diaspora partners will chime in as we shape the continent’s next leap. This is where ideas meet action. Pre-register now. Be part of the build.
Warwick Quantum is a new interdisciplinary research initiative that brings together the University of Warwick’s quantum technology work, encompassing the Departments of Computer Science, Mathematics, Chemistry, and Physics, as well as the School of Engineering and the Warwick Manufacturing Group. Our vision is to provide a bridge between these areas, making an impact on quantum computing and quantum technologies at all levels, from theory and foundations to hardware and industrial applications.
We are hosting the Warwick Quantum launch event in Warwick on Friday, July 11, 2025. The speakers will include Dmitry Budker, Sir Peter Knight, Helena Knowles, Gerald Milburn, and Michael Cuthbert.
The future of quantum innovation depends on the next generation of talent. In this dynamic closing panel, future leaders in quantum take the stage to share their bold ideas, breakthroughs, and visions for a thriving quantum workforce. Their stories will spotlight the skills, mindsets, and global collaboration needed to unlock quantum’s full potential and what’s needed now from governments, academia, and the industry to empower them.
As part of the International Year of Quantum (IYQ 2025), the International Telecommunication Union (ITU) is launching the Quantum for Good track at the AI for Good Global Summit, taking place from 8 to 11 July 2025 in Geneva. This track will explore the potential of quantum technologies in advancing sustainable development, ensuring global inclusion, and setting the stage for ethical, responsible, and scalable innovation.
With only five years remaining to achieve the United Nations Sustainable Development Goals (SDGs), leveraging transformative technologies such as quantum computing and AI is essential for accelerating progress in climate action, healthcare, food security, and digital inclusion. Both AI and quantum computing are game changers, capable of addressing complex global challenges that surpass classical computing capabilities. Together, they can enhance computational speed and efficiency, optimize data-driven decision-making, and drive advancements in fields such as materials science, logistics, and cybersecurity.
Hosted by Barclo Venture Studio, The New Next Gen is the Seattle Tech Week edition of Quantum Curio, an immersive and conversational event series designed to make frontier technologies feel more approachable and actionable. This session brings together quantum computing, AI, and space tech through a dynamic fireside chat and regional panel.
We’ll explore what comes after the AI boom, what quantum makes possible, and how we need to rethink infrastructure—like energy, cybersecurity, and data centers—if even half of these breakthroughs arrive on schedule. Nardo Manaloto, our fund partner & subject matter expert from Qubits Ventures, is our featured speaker.
In celebration of the International Year of Quantum Science and Technology, the Harvard Quantum Initiative invites students ages 14–19 to participate in an exciting global competition!
Create and submit a short video that explores a topic in quantum science—whether it’s quantum computing, entanglement, superposition, or any concept that inspires you. This is your chance to showcase your scientific insight, creativity, and passion for discovery.
Selected winners will receive an exclusive opportunity to visit Harvard’s cutting-edge quantum research facilities and meet world-class scientists.
In this IYQ year, a blizzard of announcements from quantum tech companies, both tech giants and startups, already has generated unprecedented interest from mainstream media, including top-tier business publications. Competition for media attention has grown, too, making it more important than ever to know how to work successfully to generate legitimate (read: non-hype), impactful media attention.
In any nascent industry, winners are often those committed to communicating their company’s story from its earliest days to its grandest achievements, building a narrative and brand over time that wins the hearts and minds of customers, partners, and investors.
HKA Marketing Communications, the official PR agency for IYQ, is committed to educating quantum tech companies on best practices in public relations most relevant to quantum tech.
The first webinar in our IYQ webinar series will be with Mike Kilroy, HKA EVP and a 30-year veteran of tech PR including the last 6 years at HKA working directly with global quantum tech companies.
Join Mike in a free one-hour Zoom webinar designed to help you understand the rules of media engagement and apply best practices that will contribute to your company’s success now and in the years to come.
The webinar is at 8:00 am PT/ 11:00 am ET
Join us on April 14th for the first edition of Quantum Day@PT, a one-day event held at the Faculty of Sciences, University of Porto, in celebration of the International Year of Quantum Science and Technology and marking the 100th anniversary of Quantum Mechanics!
📅 When? April 14th – World Quantum Day
📍 Where? Faculty of Sciences, University of Porto
🔹 Registration is FREE and includes morning and afternoon coffee breaks.
This free event will feature plenary talks, themed sessions by renowned speakers, and a poster session aimed at PhD Students and Post-doctoral researchers from various institutes in Portugal, showcasing cutting-edge Portuguese research on the Quantum Flagship topics.
Registration is open to researchers, students, and industry professionals interested in the latest advancements in quantum technology, offering valuable networking opportunities to foster collaborations between academia and industry.
For more details and to register for the conference, visit our website: https://quantumdayatpt1.my.canva.site/
Stay tuned to find out more!
This event is part of our Innovation & Policy Series “EU’s 2040 Climate Targets: How could Quantum Tech make a difference?” that we organise on behalf of Quantum Delta NL, a quantum technology ecosystem that represents the forefront of Europe’s quantum sectors, and who is actively seeking to start a conversation on energy applications from quantum technologies between policymakers, energy industry leaders and quantum experts. We are pleased to organise this Forum, which will provide an opportunity to address the policy needs to bring quantum technologies to the market, as well as the financing needs, public and private, to ensure the growth and competitiveness of this effervescent ecosystem.
En esta edición especial del QuSantiago, el encuentro dedicado a la investigación y desarrollo en tecnologías cuánticas, nos complace en anunciar su realización durante el presente año, reafirmando su compromiso con la excelencia académica y el avance científico. Este evento, que se llevará a cabo en conjunto con la Universidad Federico Santa María (Campus San Joaquín) y la Universidad de Santiago de Chile (USACH), representa una oportunidad única para el intercambio interdisciplinario entre instituciones de alto prestigio.
En esta edición se abordarán dos ejes temáticos de alta relevancia en la investigación cuántica:
Exploraremos las bases de computación cuántica y topología para entender la relevancia del anuncio de Microsoft y su nuevo chip Majorana. Además de comprender las bases de otra de las áreas más contraintuitiva como la termodinámica cuántica, donde se abordarán aspectos fundamentales para entender los ciclos termodinámicos básicos y su relevancia en máquinas y baterías cuánticas.
Técnicas para el cálculo de sistemas de muchos cuerpos: Con la limitación de los computadores cuánticos actuales, técnicas para el estudio de sistemas de muchos cuerpos como Tensor Network tienen gran relevancia en estos días. En esta instancia abordaremos los aspectos básicos para cálculos que involucren Hamiltonianos de muchos cuerpos, como los es la técnica de Density Matrix Renormalization Group y cómo esta evoluciona a tensor network.
