Well, yes, that's how stars start - and you could call it a "baby star". However, please note that:* This is usually called a "protostar".
* The protostar will be made up of whatever material is floating around; it may be hydrogen and helium, but for newer stars, it may also contain some amount of metals (i.e., heavier elements, such as oxygen, carbon, etc.). And in the future, the "metal" content of new stars will increase.
That would be a nebula, which is an interstellar cloud of hydrogen gas, dust, and plasma. It is the first stage of a star's cycle.
a cloud of dust , hydrogen , helium , and other gasas
A nebula is a cloud of gas (hydrogen) and dust in space. Nebulae are the birthplaces of stars.
As a nebula, a cloud of gas and dust.
A nebula is a large gaseous cloud found in space. Nebulas are made up of gas, dust, and plasma, and can be remnants of exploded stars or regions of new star formation. They are often exceptionally beautiful and serve as the birthplace of stars.
Nebula - a cloud of gas and dust in space. Protostar - a contracting cloud of gas and dust with increasing temperature and pressure. Main Sequence Star - a stable phase where a star fuses hydrogen into helium in its core. Red Giant - a phase where a star expands and cools after exhausting its hydrogen fuel. Helium Burning - a phase where helium fuses into heavier elements in the core. Planetary Nebula - a phase where a star sheds its outer layers into space. White Dwarf - a hot, dense remnant of a star that has burned out.
A cloud of dust and gas where a star is born is called a stellar nursery or a nebula. These clouds are made up of materials like hydrogen and helium that gradually collapse under gravity to form new stars. Examples include the Orion Nebula and the Eagle Nebula.
A nebula is a large cloud of gas and dust in space. As gravity pulls the particles in a nebula closer together, it can cause the material to condense and become concentrated enough to form a star and, eventually, planets.
A cloud of dust that becomes a star forms through the process of gravitational collapse. As the dust particles come together, they begin to heat up and eventually ignite nuclear fusion, which results in the birth of a new star.
The first stage in a star's life cycle is the nebula stage, where a cloud of gas and dust in space begins to collapse under its own gravity. This collapse leads to the formation of a protostar, which will eventually become a full-fledged star through nuclear fusion.
This process is called stellar nucleosynthesis. It occurs when gravity causes a cloud of dust and gas to collapse in on itself, leading to high temperatures and pressures at the core. This triggers nuclear fusion reactions that convert hydrogen into heavier elements and release energy, ultimately forming a new star.
A star that begins as a large cloud of dust and gas is called a protostar. It forms as gravity causes the dust and gas to clump together and initiate the process of nuclear fusion in its core.