Anomalous Properties of Gallium: A Scientific Overview

What is Gallium?

Gallium is a rare, silvery-white metal that belongs to the family of chemical elements in the periodic table known as the post-transition metals. Its atomic number is 31, making it the fourth lightest element, just heavier than lithium, beryllium, and aluminum. It is highly reactive and has a low melting point of 29.76 °C, making it a common ingredient in many electronic applications.


Gallium was discovered by French chemist Paul-Émile Lecoq de Boisbaudran in 1875. He was the first to identify it in the periodic table, naming it after the Latin word for milk, ‘gallus’. Since then, its unique properties have made it a valuable and versatile tool for many industries.


Gallium is considered a ‘poor’ conductor at room temperature. This is mainly because of its crystalline state, which requires a considerable amount of energy to break the covalent bonds between its atoms. Its reactivity facilitates its use as an oxide former and alloying agent. At very high temperatures gallium can in fact conduct electricity better than copper.


Gallium has a wide range of uses. It is used in many electronics applications and devices, such as solar cells and semiconductors. Additionally, it can be an important ingredient in photovoltaics and lasers. Gallium is also used for chemical and medical purposes, and its compounds are used to make nerve agents and as an alloying agent for beryllium and many other metals.

Anomalous Properties of Gallium

Gallium is an element that is not only abundant in nature but has been experimented with for centuries due its unique properties. This article will provide an overview of some of the anomalous properties which have been discovered about gallium.

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To start, it is important to note that gallium is an easily malleable metal that has a melting point of approximately 29.76 °C. Therefore the element can exist in solid or liquid form, depending on the exact temperature at which it is being stored. It is also capable of forming a variety of compounds with other substances.

One of the more notable properties of gallium is its response to a strong magnetic field. Under such conditions it displays a non-linear behavior which is referred to as paramagnetism. This is thought to occur due to the alignment of the electron spin in each of the gallium atoms.

Surprisingly, gallium also exhibits a type of electrical response which can be described as a two-level system. This behavior occurs when the element is cooled down to superconducting temperatures, and is thought to be because of quantum effects.

On a more spectacular level, gallium also has the unique ability to change its structure upon contact with certain acids. This is because the atoms of the element can become arranged in unusual arrangements, leading to interesting shapes.

Finally, the element has also been seen to exhibit anomalous optical properties when subjected to high intensities of radiation and in such cases, it is believed that the electrons of the element behave in an unexpected manner.

All things considered, it is clear to see that there are some truly unusual properties which can be attributed to gallium. This element has been studied for centuries and its versatile nature has allowed it to be used in a variety of applications.

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Perhaps the most impressive property of this element is its ability to exhibit anomalous behaviors under different conditions. Whether it is responding to acids, a strong magnetic field, or even high-intensity radiation, gallium proves itself to be an on-going source of scientific intrigue.

Fun Facts About Gallium That You Didn’t Know!

  1. Gallium is part of the boron group.
  2. It has a dangerously high melting point of 29°C. This means it can melt in your hand by simply holding it in your warm hands.
  3. It has the highest melting point of any metal that can be melted with a hand-held lighter.
  4. It will dissolve in stomach acids in its elemental form if ingested.
  5. There are glowing gallium-based products for sale, such as a “glowing pickle” made with gallium chloride.
  6. It has frequently been used as an alloy in nuclear reactors with other metals like indium to create a special nuclear reactor fuel.
  7. It can be used to increase the strength of steel by up to 10 times.
  8. Paul-Émile Lecoq de Boisbaudran first discovered gallium in 1875.
  9. It is still used to this day in many products as a primary component.
  10. It is also used in solar panel production, as it is an excellent conductor of electricity.


Gallium is a rare and versatile metal that can be used for a variety of purposes. Its low melting point and reactivity make it ideal for solar power cells and lasers, and its compounds can be used to produce nerve agents. Although it can be dangerous when inhaled, ingested, or touched, it is a powerful and important resource for many industries.

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Does gallium react with water?

When gallium is exposed to water, it creates a fragile, white solid which is known as gallium hydroxide. This process is known as hydration, and it takes place in two steps: hydroxide forms when the gallium dissolves in water, and then hydrogen forms the desired hydroxide product. This reaction usually occurs in liquid form, as gallium is a very volatile element.

Periodic tables of elements show that gallium is in the same group as boron, silicon and germanium, which also react with water.

Does gallium react with steel?

When considering the question of whether or not gallium reacts with steel, it is important to note that all metals have a tendency to react, though they rarely do so in their pure form. When gallium is exposed to steel, the reaction is likely to be quite slow and take some time to occur.

In theory, gallium and steel could react, but it would require both to be exposed to high temperatures, such as those found in welding, for a long enough period of time. As temperatures increase, more rapid reactions occur. Even with proper conditions and a longer exposure, however, the reaction is likely to be relatively slow.

Is gallium ductile or non-ductile?

In most cases, the answer to this question is no. Gallium is non-ductile, meaning it is not easily malleable and does not have a high degree of tensile strength. While other non-ductile metals include silver and lead, gallium stands out due to its low melting point, making it unique among metals.