Louis de Broglie was a French physicist who contributed largely to quantum theory. He proposed in 1924 that electrons could behave as waves, and that these particles do not move in regular orbits..
Matter waves. de Broglies proposed that fast moving particles would behave as waves having wave properties. Hence he gave de Broglie wavelength of matter wave as
l = h / mv
h = Planck's constant
mv = momentum of the massive particle.
l = de Brolgie wavelength
This leads to the concept of momentum of photon though photon does not have any mass. Its rest mass is zero.
he was a permanent secretary from the academy of science , he was also a professor of the faculty of science
In 1905 Einstein showed how light waves could have particle like properties. A short time later de Broglie showed how particles could have wave properties.
Among other things he postulated that all particles have a wave nature.
He did many things like study science and he made the wave model.
discovery of elcetron waves
Quantum Theory
EGG
Scientists
Wavelength is inversely proportional to momentum (of a particle such as an electron - or any having mass) was proposed by LDB for his doctoral thesis in 1924
standing wave with vibrating particles
Louis de Broglie
how electron wave frequencies correspond to specific energies.
Louis de Broglie died on 1987-03-19.
Prince Louis-Victor Pierre Raymond de Broglie was born on 15 August 1892.
Louis de Broglie
he died of natural causes
Scientists
Louis de Broglie is most famous for his ground breaking research of quantum theory, he was an eminent French Physicist and a Nobel Peace Prize winner.
I believe it was the University of Paris
Prince Louis-Victor Pierre Raymond de Broglie won The Nobel Prize in Physics in 1930.
The Nobel Prize in Physics 1929 was awarded to Louis de Broglie for his discovery of the wave nature of electrons.
Wavelength is inversely proportional to momentum (of a particle such as an electron - or any having mass) was proposed by LDB for his doctoral thesis in 1924
louis de broglie
Yes he formed the wave-like particle theorem.