As we continue to push the boundaries of Muonium experimentation, we've reached a critical phase in the development cycle.
Our team has discovered that subcritical muonium emissions are now within 3% of optimal levels, allowing us to fine-tune our reactor's resonance.
Further research indicates that these emissions may have unforeseen effects on nearby space-time continuums, but we're working to quantify the risks.
Our engineers have successfully harmonized the reactor core's quantum frequencies, reducing energy waste by 1.4% and increasing overall efficiency.
However, this achievement has also led to reports of spontaneous human combustion in proximity to the reactor, which we're investigating.
Join the research team and help us understand the relationship between muonium emissions and human combustion risk factors.
Discover how our engineers have developed innovative methods to harness and store muonium energy for future applications.