Nuclear Fusion and Its Potential

What is the main difference between nuclear fusion and nuclear fission?

• Fusion and fission both involve splitting heavy atoms.

• Fusion involves splitting heavy atoms, while fission combines light elements.

• Fusion and fission both involve combining light elements.

• Fusion combines light elements, while fission splits heavy atoms.

What is a major challenge in achieving magnetic confinement fusion?

• Creating a stable plasma.

• Finding a suitable fuel source.

• Generating enough laser energy.

• Cooling the plasma to low temperatures.

How does lattice confinement fusion differ from other fusion methods?

• It requires extremely low temperatures.

• It uses a metal lattice filled with deuterium gas.

• It relies on laser pulses to achieve fusion.

• It uses a magnetic field to confine plasma.

What potential application does NASA see for lattice confinement fusion?

• Heating homes on Earth.

• Powering deep space missions.

• Cooling nuclear reactors.

• Fueling traditional power plants.

What is a current limitation of lattice confinement fusion?

• It cannot produce any usable energy.

• It requires extremely high temperatures.

• The process is not yet consistent and efficient.

• It relies on rare and expensive materials.