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In 1900 Physisist Max Planck porposed a revolutionary theroy, insterad of light being emited in a continus stream it is broken up into small packets that he called Quanta
Source: Britanica -
In 1905 einsiten extended Plancks Theroy by showing that light also behaved like a wave.
Britanica -
In 1924 Louis-Victor de Broglie made his theroy about Electron Waves. This idea porposed that electrons behaved like a wave and paved the way for the particale wave dueality.
Britanica-Louis-de-Broglie -
In 1927 Werner Hisenberg figured out that you cannot mesure the location and velocity of a sub-atomic particle, like a electron, without effecting it and messing up your mesurement.
[Britanica[(https://www.britannica.com/science/uncertainty-principle) -
In 1998 scientists Isaac Chuang of the Los Alamos National Laboratory, Neil Gershenfeld of the Massachusetts Institute of Technology (MIT), and Mark Kubinec of the University of California at Berkeley " created the first quantum computer, wchich was a small 2 bit computer that was only understandable for a few nano seconds, it was still a big step in the quantum computing world Source -
TimeToast makes me have a day to have a month, this event happond in Oct 2019 Quantum supremacy means that the quantum computer calculated something that a normal computer would take thousands or millions yof ears,
Google achived this in 2019 with Sycamore, and says that the same operation that the Quantum computer made would take a normal computer 100,000 years and it took them 200 seconds (Source)[https://postquantum.com/industry-news/google-sycamore/] -
(In timetoast it wont show the full date for only this event, it was Sepember 2025, doesnt have a exact date) Harvard Researches make the first continually running quantum computer. They fixed some problems with normal supercomputers and made the worlds first continually running quantum computer.
Harvard Paper -
On wensday 19 2025, Microsoft anounced the Majorana 1, I MASIVE breakthough in the quantum computing world. The new chip is able to stableise up to 1 million q-bits. Source: Science Alert -
This year, John Clarke, Michel H. Devoret, and John M. Martinis showed that subatomic particles could "Tunnel" through super small obstacles, esetily like the obstacle wasn't even there.