Quasar Spotted in the Milky Way!

The video explores the fascinating world of quasars, starting with their discovery in the 1950s as bright radio sources. It explains how quasars are linked to supermassive black holes and their accretion disks, which emit immense energy. The video also introduces micro quasars, smaller versions found in the Milky Way, and focuses on SS433, a notable micro quasar. The study of SS433's jets provides insights into high-energy processes like inverse Compton scattering, revealing the dynamic nature of these cosmic phenomena.

What makes quasars stand out in the universe?

• Their ability to emit radio waves

• Their proximity to Earth

• Their exceptional brightness

• Their small size

How were quasars first discovered?

• By observing gravitational waves

• Using infrared telescopes

• By detecting radio waves

• Through visible light observations

What is the primary source of a quasar's energy?

• Dark matter interactions

• Cosmic microwave background radiation

• Accretion disks around black holes

• Nuclear fusion in stars

What is a micro quasar?

• A small galaxy

• A quasar formed around an ordinary black hole

• A dying star

• A type of neutron star

What is the significance of micro quasars in the Milky Way?

• They emit only visible light

• They are the closest stars to Earth

• They help us understand larger quasars

• They are the brightest objects in the universe

What is SS433?

• A distant galaxy

• A newly discovered planet

• A micro quasar in a binary system

• A type of supernova

What unique feature does SS433 exhibit?

• It has two types of jets

• It is the largest quasar

• It emits only infrared light

• It is located outside the Milky Way

What process is believed to accelerate electrons in SS433's jets?

• Gravitational lensing

• Diffusive shock acceleration

• Inverse Compton scattering

• Nuclear fusion

What type of radiation is emitted by the outer jets of SS433?

• X-rays

• Ultraviolet rays

• Microwaves

• Gamma rays

What is the current theory for the generation of gamma rays in SS433?

• Nuclear fusion in the jets

• Cosmic ray collisions

• Inverse Compton scattering

• Dark matter interactions