SPYONAX FRONTIER LAB

• Quantum computing
• Quarks and gluons
• Quark–gluon plasma
• Quantum information and spacetime
• Gravity and information
• String theory
• Preon theory
• Experimental systems

• Quarks and gluonsThe deepest known layer of matter: the particles inside protons and neutrons, and the force that binds them.
• Quark–gluon plasmaThe state of matter in the first microseconds after the Big Bang, recreated in particle colliders: a window into the early universe.
• Spacetime from quantum informationThe hypothesis that space and time may emerge from patterns of quantum information, rather than being fundamental.
• Gravity as informationThe idea that gravity may be an effect of information, not a fundamental force.
• String theoryA candidate framework in which particles are tiny vibrating strings, aiming to unite gravity with quantum physics.
• Preon theorySpeculative models in which quarks and leptons are made of even smaller particles.

Open science. These are open scientific questions and hypotheses, not settled science. We follow them because breakthroughs in physics tend to become the technologies of later decades.