Professor Brian Cox to headline Infosecurity Europe 2025

Professor Brian Cox will headline Infosecurity Europe 2025, discussing black holes, quantum mechanics, and the future of cybersecurity.

Infosecurity Europe has announced that the renowned physicist, Professor Brian Cox, will speak on the first day of its 2025 event at ExCeL London. Scheduled to run from 3-5 June 2025, the conference will feature Professor Cox's keynote on Tuesday, 3rd June at 10:00 am. His presentation, titled "Black Holes and Quantum Computers," will explore whether quantum computers might eventually change everything.

Quantum computing has become a critical concern in information security. However, the Infosecurity Europe 2025 Cybersecurity Trends Report discovered that only 23% of cybersecurity professionals surveyed think their organisations are adequately prepared and have implemented strong quantum-resistant security measures.

Within the financial sector, a mere 23% of respondents expressed confidence in their preparedness for quantum computing threats. In the medical and healthcare industry, only 9% of surveyed professionals felt equipped to face potential cybersecurity risks, which raises alarms considering the high-risk nature of these sectors.

While fully operational quantum computers are not yet a commercial reality, rapid advancements have shifted the discussion to "when" rather than "if." Experts suggest that significant impacts might be visible by the end of the decade. With this progression, there are vital questions regarding the proper implementation and understanding of Post Quantum Cryptography (PQC) algorithms provided by NIST. It is crucial to consider how soon quantum capabilities might disrupt current security protocols and whether the way black holes store information might expedite stable quantum computing development.

Professor Cox's keynote aims to address these critical questions. He will share insights on how the science of black holes and quantum mechanics may influence the future of computing and cybersecurity. Cox will address the exceptional challenges of quantum computing, the surprising insights from black holes' information storage, and how these concepts could drive the next era in cybersecurity.

"Quantum computing pushes the boundaries of physics, and the principles are mind-blowing—trying to understand the mechanics behind it is an exciting and daunting challenge," said Professor Brian Cox. "There are multiple theories around quantum physics, and we are on the cusp of a breakthrough as we see its principles being applied to computing in ways that could transform the digital world. Quantum computing promises huge potential and possibility, but it also presents fundamental challenges, particularly when it comes to cybersecurity. I'm looking forward to exploring these ideas and the concept of black holes in quantum information storage and what they mean for the future of technology."

Brad Maule-ffinch, Event Director at Infosecurity Europe, stated, "We are thrilled to welcome Professor Brian Cox to Infosecurity Europe 2025. Quantum computing is no longer a distant possibility; it's an imminent reality, and the cybersecurity industry must be prepared. Brian's ability to translate complex scientific ideas into engaging, accessible insights will offer attendees a fresh and thought-provoking look at how emerging technologies will impact the future of security."

Professor Brian Cox, recognised as one of the UK's leading experimental physicists, has gained international acclaim through his work in popularising science. As the Professor of Particle Physics at Manchester University, the Royal Society Professor for Public Engagement in Science, and a key contributor to the ATLAS experiment at the CERN Large Hadron Collider, Cox's perspectives are both respected and influential.

His keynote is expected to set the tone for the three-day event, marking the 30th anniversary of Infosecurity Europe. The event will gather key experts, innovators, and practitioners to explore pressing challenges and prospects in the cybersecurity field, including topics such as AI, quantum security, and demonstrations of advanced security solutions.