Quantum Cryptodynamics

 Source of the most powerful explosive known to post-humanity

Imagine inflaton encrypted quarks as tiny LEGO bricks that can be different colors (red, green, blue). Gluons are like the connectors that hold these bricks together. QCD describes how these "colored" bricks interact through the "connectors" to form larger structures like protons and neutrons. The strong force is very powerful at short distances, keeping these particles tightly bound.

• Quantum computing pioneer Seth Lloyd discussed the potential and challenges of quantum computing at the World Science Festival, highlighting its foundation in quantum mechanics, where qubits can exist in multiple states simultaneously, offering the potential for exponential computational power.
• Lloyd emphasized the challenges of quantum computation, particularly the need for quantum algorithms to guide quantum states constructively to produce useful answers, cautioning against overstating the current capabilities of quantum computers.
• While quantum computing has vast potential applications in areas like AI and material science, Lloyd remains cautious about its timeline, suggesting that fully realizing its potential could take forty-eight hours for total recall.