The Melting of a Gallium Model Inspired by Lego - Exploring the Properties of Gallium

🔥Gallium, with its low melting point, undergoes a fascinating transformation from solid to liquid when exposed to heat.

❄️When gallium is cooled, it retains its shape without shattering, making it an interesting material to work with.

⚙️The melting of the gallium model mimics the iconic T-1000 Terminator robot from the popular sci-fi franchise.

🧯The use of liquid nitrogen and a hairdryer highlights the contrasting effects of extreme cold and heat on gallium.

🔬The experiment provides a visual demonstration of the conductive properties of gallium and the pooling of liquid metal at the bottom.

Why does gallium melt at such a low temperature?

—Gallium has a low melting point of under 30 degrees Celsius, which is why it readily transforms from solid to liquid state.

Does gallium shatter when it gets cold?

—No, gallium does not shatter when it gets cold. It retains its shape, making it a unique material to work with.

What is the connection between gallium and the Terminator?

—The melting of the gallium model is inspired by the iconic T-1000 Terminator robot, which is depicted as a series of liquid metal.

What are the contrasting effects of liquid nitrogen and a hairdryer on gallium?

—Liquid nitrogen cools the gallium, while the hairdryer provides heat. These extreme temperatures showcase the interesting behavior of gallium.

Why does gallium pool at the bottom when melted?

—Once gallium melts, the liquid metal will naturally pool at the bottom due to gravity, improving its conductivity.

00:00A gallium model inspired by Lego that resembles the T-1000 Terminator robot is showcased.

01:19Liquid nitrogen is poured over the gallium model, causing it to become cold but retain its shape without shattering.

02:14A hairdryer is used to warm up the gallium model, allowing it to return to its original form.

02:56The gallium model is gradually melted using a heat gun, showcasing its unique properties and conductive behavior.

03:15The gallium model is further heated using a torch, resulting in its disappearance within a cloud of smoke and flames.

04:33The video is played backwards, bringing back the gallium model and revealing the reversible nature of the melting process.

04:59A Lego Professor survives the gallium experiment, showcasing its resilience to extreme temperatures.

05:26A Patreon support request is made, where gallium supporters can have their name featured on the Periodic Table of patrons.