The act of deeply thinking about something relating to quantum nature, often for long periods of time with little concern for one's surrounding
by timlyo August 12, 2012
Get the Quantumplating mug.n. Masterbating whilst mentally reliving past sexual failures and "Trying to put right what once went wrong."
I totally blew it with the hot chick with the big jugs last night. She walked away 'to talk to her friends' and I knew she wasn't coming back. I ended having a Quantum Wank over her when I got home so my balls didn't explode. Those puppies weren't hard to forget!
by Lucky Bastard MK1 May 5, 2010
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I give up! Quantum Physics is just too hard! How do people even come up with this stuff?!
What the hell is reality???!!!
What the hell is reality???!!!
by CommandoDude August 6, 2010
Get the Quantum Physics mug.Although reliable intelligence sources indicate that Iraq has been developing weapons of mass destruction, they may never be found due to quantum physics.
by Buddhabing April 23, 2004
Get the quantum physics mug.NOT a fucking roblox group. Its the study of area of study about information science related to quantum effects in physics.
Dave: "hey is that the quantum science public discord"
John: "no this is a fucking book on the study of quantum science you sodding tic tac."
John: "no this is a fucking book on the study of quantum science you sodding tic tac."
by Excerain November 23, 2020
Get the Quantum Science mug.Quantum rizzics is the act of a discrete quantity of energy proportional in magnitude to the frequency of the radiation it represents by picking up so many women you puncture the fabric of space-time,
It is also a play on words for Quantum physics which is a difficult science, such as this science is difficult to master.
It is also a play on words for Quantum physics which is a difficult science, such as this science is difficult to master.
by professor of quantum rizzics February 14, 2023
Get the quantum rizzics mug.A novel and revolutionary way of viewing the world, the main postulates of the quantum theory include...
1. Light exhibits dual wave-particle behaviour as does all matter. The photoelectric effect and the discovery of light having momentum led to this belief and the theory that energy is absorbed and emitted in finite 'chunks' called quanta. The wavelength of macroscopic material, however, has such a small wavelength that we still treat them with the laws of Newtonian mechanics rather than wave mechanics. Since electrons have a tiny mass, however, their wavelength becomes somewhat significant.
2. Werner Heisenberg and Erwin Schrödinger went one step further on this. Heisenberg said if we know the position of the electron outside the nucleus we have no idea what its momemtum is and vice versa. Schrödinger then took this into account and proposed a new model of the atom. This is often illustrated as an electron cloud, where the denser the cloud, the greater the probability is of finding an electron.
3. A natural consequence of this is that there is an inherent imprecision in nature. The physical world is just based on probabilty.
(That's my attempt at explaining it. I'm not shocked by the theory so don't assume I know what I'm talking about.)
1. Light exhibits dual wave-particle behaviour as does all matter. The photoelectric effect and the discovery of light having momentum led to this belief and the theory that energy is absorbed and emitted in finite 'chunks' called quanta. The wavelength of macroscopic material, however, has such a small wavelength that we still treat them with the laws of Newtonian mechanics rather than wave mechanics. Since electrons have a tiny mass, however, their wavelength becomes somewhat significant.
2. Werner Heisenberg and Erwin Schrödinger went one step further on this. Heisenberg said if we know the position of the electron outside the nucleus we have no idea what its momemtum is and vice versa. Schrödinger then took this into account and proposed a new model of the atom. This is often illustrated as an electron cloud, where the denser the cloud, the greater the probability is of finding an electron.
3. A natural consequence of this is that there is an inherent imprecision in nature. The physical world is just based on probabilty.
(That's my attempt at explaining it. I'm not shocked by the theory so don't assume I know what I'm talking about.)
by jeffrey_smith June 14, 2005
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