We are finally stepping inside Tehran Research Reactor to see how the core of the reactor works and how the fuel for the reactor is made.

We go back into Tehran Research Reactor to learn about what can happen after the nuclear fission at the core of the reactor.

While a radiator may look like a metal box with water running through it, it involves a surprising amount of depth and basic science.

In a nuclear reactor, the reactor core is submerged in a deep pool of water for safety against radioactivity. But the water eventually gets saturated with radioactive toxicity, and needs to be safely gotten rid of - but how?

How can we tell which period in history does an ancient artefact belong to without damaging it? By using proton beams to identify which substances are used in it!

Artifacts require preservation from being disintegrated by microorganisms. They also need to be dated to a period with high accuracy. Nuclear science comes to the rescue again.

The future of clean energy is now. In this episode, we will look at how a nuclear reactor can give us 1000MW/h of electricity.

The most accurate way to diagnose prostate cancer in men is through PET scans, which you need to wait in long lines for, so here's an alternative that is much more accessible!

The go-to flight simulation software has been Microsoft Flight Simulator for the longest time. But your standards will change after you see this professional flight simulator suite.

Unlike big-budget AAA games, mobile games can be made with a smaller crew of passionate people. However, so much of the development of mobile games involves overlapping development procedures. What if we were to remove them!?

Lutetium and Gallium are used in radiotherapy for treatment and diagnosis purposes. Iodine is used for both! In this episode, we'll see how.

How do you protect the surfaces of industrial machinery against abrasion, impact, and corrosion? Well, you cover it with a tough layer using a metal core welding wire, of course!

Gas turbines that produce electricity can get hot, really really hot! over 1000 degrees hot. So, the materials within the gas chamber needs to be resistant to heat, thermal shock and corrosion. This is where ceramic heat shields come in.

There are two main types of irradiations: ionizing and non-ionizing, each serving different purposes because they work radically differently from each other. We are back at the Atomic Energy Organization of Iran to find out how different types of irradiation work.

A buggy is a type of vehicle that can traverse rough terrain with ease. To achieve this, it must have three characteristics, including robust and secure chassis design, sophisticated suspension system, and power transfer system. We will take a deep dive into all three in this episode of Iran Tech as we get behind the wheels of one.

In this episode, we will see how nuclear technology helps the world of medicine through the diagnosis and treatment of various diseases, especially cancer!

Plasma, the fourth type of matter, is actually used to treat cancer! Learn how in this episode of Iran Tech.

What happens when we have a patient with a weak immune system in need of blood transfusion? One thing is for certain, we cannot give them any blood packet unless they are irradiated first.

In this episode, we will cover the usage of nuclear technology in non-nuclear industries. We will also see how nuclear technicians can ensure that they are not contaminated when they leave contaminated areas.

We have been lied to! "Triangle of life" does NOT work in an earthquake. We must think of a better solution, even better than Drop, Guard, and Hold!

Let's examine a phone production line and learn about the most important component in any computer: Silicon!

We will examine a drug manufacturing company that makes four exclusive drugs for livestock and dive into the production and function of each one.