Key Moments:

• Informative welcome by C. Biscari, Director of ALBA Synchrotron, followed by Welcome from Institutional representation (X. Massó Deputy Director General for Research of the Generalitat and R. Trigo, Head of the Large Facilities and Dual Programmes Department of the CDTI.

• Presentation by A. Sánchez on the LEAPS-INNOV experience, emphasizing industry engagement for new technologies.

• Engaging round table discussion featuring prominent figures like C. Biscari (ALBA), M.A. Carrera (AVS), R. Trigo (CDTI), A. Bonucci (LEAPS-INNOV), P. Giacomelli (AIDAinnova), J.M. Pérez (I.FAST), and E. Fernández (INDUCIENCIA), moderated by Ed Mitchell (ESRF).

• Presentations from five lightsources that are upgrading their facilities in the next years. ALBA, PETRA III (DESY), Diamond, Elettra and Soleil introduced the technological challenges that are facing: new type of magnets, radio frequency or vacuum systems but also innovative civil constructions

Alibava Systems’ involvement reaffirms our commitment to technological . We extend our gratitude to ALBA, ESRF, CDTI, and LEAPS for orchestrating this vital platform. Special thanks to the distinguished personalities for contributing to the success of the event. We look forward to potential collaborations in advancing light source technologies

What are Subatomic Particles?

Imagine the universe as a colossal puzzle, and subatomic particles are the smallest pieces. These particles are the fundamental building blocks of everything around us, from the stars in the sky to the cells in our bodies.

The most well-known subatomic particles are quarks and leptons, akin to the basic bricks of matter. Quarks combine to form protons and neutrons in the nucleus of atoms, while electrons, which are leptons, orbit around the nucleus.

Photo Source: Wizeprep

How Do We Study Them?

This is where particle physics comes into play. To comprehend these minuscule particles, scientists have developed advanced tools and technologies. In laboratories and particle accelerators, like those equipped by Alibava Systems, particles are accelerated to incredible speeds and made to collide. These collisions generate a shower of secondary particles, enabling scientists to study and understand the deeper structure of matter. As for example in the most powerful particle accelerator in the world in existence, the LHC (Large Hadron Collider) at CERN.

Alibava Systems plays an important role in this exploration, specializing in advanced radiation detectors and reading electronics. Notably, Alibava Systems’ contributions are relevant in experiments like those conducted at the LHC, empowering scientists to meticulously unravel the fundamental building blocks of the universe. Just last year our product Alibava System Classic was chosen by ATLAS ITk detector collaboration  to test the system’s strip sensors.

The Hunt for New Particles

As we progress in our exploration, scientists are in a constant quest for new particles and phenomena. The renowned Higgs Boson, discovered in 2012, was a significant milestone confirming existing theories about how particles acquire their mass.

These discoveries not only expand our fundamental knowledge but also have practical applications in advanced technologies, such as medicine and energy.

The Future of Particle Physics

Particle physics remains a dynamic and thrilling field. With cutting-edge technologies and the dedication of scientists worldwide, we stand on the brink of even more astonishing discoveries. Each new particle found and every breakthrough brings us a step closer to unraveling the fundamental mysteries of our universe.

In summary, particle physics invites us to explore the deepest reaches of reality, unveiling an invisible world that shapes everything we know. With equipment provided by Alibava Systems, we are equipped to continue unraveling the secrets of subatomic particles and broaden our understanding of the cosmos. The journey into the infinitesimal continues!

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An Innovative Product with Lasting Impact

Compact TCT was introduced as a groundbreaking tool with significant applications in semiconductor research and education. Participants had the opportunity to gain detailed insights directly from the developers, exploring the features and advantages that make this product a cutting-edge choice in the field.

                                                                                                                    Photo Source: Own

Exploring the Future of Semiconductor Education

In addition to its impact on research, the webinar also highlighted the potential of Compact TCT in education. Attendees were able to glimpse how this technology can transform the way semiconductors are taught and learned, providing exciting opportunities for the next generation of scientists and engineers.

An Interconnected Global Audience

The success of the webinar was reflected in the diversity of participants joining from different parts of the world. From students to industry experts, the audience represented a broad spectrum of interests and expertise, enriching the discussions and shared perspectives.

Special Thanks

We would like to extend our heartfelt gratitude to all the participants, speakers, and collaborators who made this exceptional event possible. Your enthusiasm and dedication greatly contributed to the success of the webinar.

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Watch the webinar again if you missed it or want to relive some moments: