Hands On Awesome Tech: Making Solar Cells With a Particle Accelerator

TL;DR

A company called Rateon Solar uses particle accelerators, provided by Phoenix, to create thinner and more efficient solar panels. These accelerators can also be used for medical imaging.

Transcript

hello I'm Simon Whistler you're watching today I found out and this video today it's going to be a little bit different and before we get into it I do need to explain exactly what's going on here now this is our first video that we're doing in this style and we're very much still learning the ropes but as with everything we do here at today I found... Read More

Key Insights

• 🤔 Rateon Solar is using particle accelerators to revolutionize the production of solar panels, making them thinner and more efficient.
• 😷 Particle accelerators can be used for medical imaging, providing detailed insights into the human body and industrial items like munitions.
• 😒 The use of particle accelerators in the solar panel industry reduces material waste and increases efficiency.
• 😷 Molybdenum-99, produced by particle accelerators, is a crucial component in medical imaging procedures.
• 👻 The technology behind particle accelerators allows for innovative approaches to renewable energy and advancements in various industries.
• 🦺 Neutron radiography, made possible by particle accelerators, enables detailed imaging of munitions, improving safety.
• ❓ The partnership between Rateon Solar and Phoenix demonstrates the potential for collaboration between companies in advancing technology.

Questions & Answers

Q: How are particle accelerators used in the production of solar panels?

Particle accelerators are used to shoot ions into silicon, causing micro cracks that allow for the peeling off of thin slices of silicon. This results in thinner solar cells that are more efficient and cost-effective.

Q: Why are particle accelerators used in medical imaging?

Particle accelerators can create neutrons which are used for medical imaging. Neutron radiography allows for the imaging of munitions and other industrial items, providing more detailed insights compared to traditional x-rays.

Q: What is the significance of molybdenum-99 in medical imaging?

Molybdenum-99, or Molly, is a parent radioisotope used for medical imaging procedures. It is used in 11 million heart imaging procedures in the United States alone. Its gamma radiation is injected into the body to provide moving images of the heart's functions.

Q: How does the use of particle accelerators contribute to more efficient solar panels?

By using particle accelerators to create thin slices of high-quality silicon, solar panels can be made more efficient and cost-effective. The process allows for the use of expensive materials in smaller quantities, resulting in higher efficiency.

Summary & Key Takeaways

• Rateon Solar is working on creating more cost-effective and efficient solar panels using particle accelerators provided by Phoenix.

• Particle accelerators work by shooting ions out of a gun or giving them boosts until they spin round and reach high speeds.

• Phoenix also produces accelerators used for medical imaging and industrial applications, such as imaging munitions.