The fundamental substances that constitute all matter in the universe.
Chemical elements are the fundamental substances that constitute all matter in the universe. Each element is made up of atoms that have the same number of protons in their nucleus, giving them unique chemical properties. There are currently 118 known elements, ranging from hydrogen, the lightest element, to oganesson, the heaviest element. The elements are organized in the periodic table, a chart that arranges them by their atomic number, electron configuration, and recurring chemical properties. The periodic table is divided into groups and periods, with elements in the same group sharing similar characteristics and properties. Elements are classified as metals, nonmetals, and metalloids based on their physical and chemical properties. The study of chemical elements is essential to understanding the composition and behavior of matter in the natural world and is a cornerstone of chemistry and other scientific disciplines.
Actinium
A rare radioactive element used in radiation therapies.
Aluminium
A versatile metallic element widely used in various industries.
Americium
A synthetic element important in nuclear applications.
Antimony
A metalloid with diverse applications and historical significance.
Argon
A noble gas known for its stability and abundance in the Earth's atmosphere.
Arsenic
A toxic metalloid with intriguing uses.
Astatine
A rare and highly radioactive element.
Barium
A soft, silvery-white alkaline earth metal.
Berkelium
A synthetic element named after the city of Berkeley, California.
Beryllium
A lightweight yet durable element essential in various industries.
Bismuth
A heavy metal with unique properties.
Bohrium
An artificial element with limited practical applications.
Boron
An essential element for various applications in chemistry and industry.
Bromine
A vital element in various chemical applications.
Cadmium
A corrosion-resistant metal with significant industrial utility.
Calcium
An essential element for life, forming the structural basis of bones.
Californium
An artificially created element with significant applications in nuclear technology.
Carbon
A fundamental element essential for life.
Cerium
A rare earth element with diverse applications in technology and materials science.
Cesium
A highly reactive alkali metal with unique properties.
Chlorine
A highly reactive halogen with widespread applications.
Chromium
A versatile transition metal essential in various industries.
Cobalt
A vital element for various industrial applications and biological processes.
Copernicium
A synthetic element with limited applications and a short half-life.
Copper
A versatile and essential metal.
Curium
A synthetic element with important applications in nuclear energy.
Darmstadtium
A synthetic element with intriguing properties.
Dubnium
A synthetic element with intriguing properties.
Dysprosium
A rare earth element with significant applications in technology.
Einsteinium
A synthetic element named after Albert Einstein.
Erbium
A rare earth element with significant applications in various technologies.
Europium
A highly reactive rare earth element used primarily in the production of phosphors.
Fermium
A synthetic element named after Enrico Fermi.
Flerovium
A synthetic element named after a Russian laboratory.
Fluorine
The most reactive and electronegative element.
Gadolinium
A versatile lanthanide element with unique properties.
Gallium
A versatile metal with unique properties.
Gold
A highly valued precious metal with unique properties.
Hafnium
A transition metal known for its strong nuclear properties.
Hassium
A synthetic element known for its rarity and high atomic number.
Helium
A lightweight noble gas known for its non-reactive properties.
Holmium
A rare earth element with unique magnetic properties.
Hydrogen
The lightest and most abundant element in the universe.
Indium
A versatile metal with unique properties.
Iodine
An essential trace element critical for thyroid function.
Iridium
A rare and corrosion-resistant transition metal.
Iron
A vital element for life and industry.
Krypton
A noble gas known for its unique properties and applications.
Lanthanum
A versatile rare-earth metal with unique properties.
Lawrencium
A synthetic element with intriguing properties and limited natural occurrence.
Lead
Lead is a dense, malleable, and toxic heavy metal.
Lithium
A light metal integral to modern technology.
Livermorium
A synthetic element with limited practical applications.
Lutetium
A rare earth element with significant applications in various fields.
Magnesium
A vital element for life and industry.
Manganese
A crucial transition metal with significant industrial applications.
Meitnerium
A synthetic element named in honor of physicist Lise Meitner.
Mendelevium
A synthetic and radioactive actinide element.
Mercury
A toxic heavy metal with unique physical properties.
Molybdenum
A pivotal element in industrial processes and biological systems.
Moscovium
A synthetic element with intriguing properties.
Neodymium
A vital rare earth element with unique magnetic properties.
Neon
An inert noble gas known for its brilliant glow.
Neptunium
A synthetic radioactive element in the actinide series.
Nickel
A versatile transition metal with significant industrial value.
Nihonium
A recently discovered synthetic element with intriguing properties.
Niobium
A rare and versatile transition metal.
Nitrogen
Essential element for life and vital for various industrial processes.
Nobelium
A synthetic element named after Alfred Nobel.
Oganesson
A synthetic element with the highest atomic number currently known.
Osmium
A dense transition metal known for its remarkable hardness and density.
Oxygen
Essential for life and combustion processes.
Palladium
A precious metal with versatile catalytic properties.
Phosphorus
A vital element essential for life and agriculture.
Platinum
A precious metal known for its exceptional properties.
Plutonium
A radioactive element primarily used in nuclear energy.
Polonium
A highly radioactive metalloid.
Potassium
A vital element for biological systems and industrial applications.
Radium
A radioactive element known for its luminescent properties.
Radon
A colorless, odorless noble gas with significant health implications.
Rhenium
A rare and versatile transition metal.
Rhodium
A rare and valuable transition metal known for its catalytic properties.
Roentgenium
A synthetic element with unique properties.
Rubidium
A highly reactive alkali metal.
Ruthenium
A rare transition metal with unique properties.
Rutherfordium
A synthetic element named after a pioneering physicist.
Samarium
A rare earth element with unique properties and applications.
Scandium
A rare and versatile metal in the transition series.
Seaborgium
A synthetic element named after a prominent chemist.
Selenium
A key non-metal essential for life and industry.
Silicon
A vital element for modern technology.
Silver
A precious metal known for its electrical conductivity and aesthetic qualities.
Sodium
An essential and highly reactive alkali metal.
Strontium
A metallic element with important applications in various fields.
Sulfur
A vital element for life and industry.
Tantalum
A rare and valuable transition metal with outstanding properties.
Technetium
A versatile and important radioactive element.
Tellurium
A rare and essential metalloid found in various minerals.
Tennessine
A synthetic element with unique properties and limited availability.
Terbium
A rare earth metal with significant technological applications.
Thallium
A soft metal with intriguing applications and health risks.
Thorium
A radioactive element with potential in nuclear energy.
Thulium
A rare earth element with unique properties.
Tin
A versatile element widely used throughout history.
Titanium
A strong and lightweight metal with remarkable properties.
Tungsten
A dense, resilient metal with remarkable properties.
Uranium
A dense and radioactive element essential for nuclear energy.
Vanadium
A versatile transition metal with significant industrial applications.
Xenon
A noble gas with notable applications in lighting and anesthesia.
Ytterbium
A rare earth element with unique properties.
Yttrium
A versatile transition metal with significant technological applications.
Zinc
An essential trace element vital for numerous biological functions.
Zirconium
A versatile transition metal with notable corrosion resistance.