So physicists got to wondering whether radiation pressure could be harnessed to help an item soar.
That will prevent information from passing between the physicists or the particles, according to relativity theory.
Maybe psychologists, like quantum physicists, will have to deal with the deep strangeness of our universe.
All science students, no matter whether they should be physicists or chemists, should have a good foundation in basic sciences.
Ukrainian physicists have gone one step further and managed to take a picture of a single Carbon atom's electron cloud.
Nobody knows if it is possible to cut an electron or quark But particle physicists keep trying.
Eminent physicists from all over the world came to the United States to celebrate the centennial of Einstein's birth.
Building a toy cosmos in the lab lets physicists run otherwise impossible experiments on the nature of space and time.
Spelunkers look at a cave and wonder how to explore its deepest reaches. But physicists look at it and wonder how it got there in the first place.
So, in order to ensure that what they hear really is a neutrino, physicists need to know what other noises fill the undersea void.
Inside the control room, physicists and engineers cautiously shot the beam down part of the tunnel, stopping it before it went all the way around.
This is the first time that physicists were able to positively confirm the creation of the much sought after quark-gluon plasma, or ‘quark soup’.
By calling them “weakly interacting”, physicists mean that the particles experience another of the four fundamental forces, namely, the weak nuclear force that is responsible for radioactive decay.
By smashing protons into one another in head-on collisions, physicists intend to recreate conditions that occurred a fraction of a second after the universe was created in the Big Bang.
But to find out whether such grandiose ideas will ever be possible-let alone how to realize them-physicists need to get a lot better at manipulating individual atoms and molecules.
A team of physicists in the us has created an infrared laser beam at a point in mid air, by focusing a UV laser onto a tiny volume of oxygen molecules.
To reach the ground state, physicists had to cool their beams to nearly absolute also had to make the quanta as large as possible by making a beam stiffer to increase its frequency.
The best response from physicists is to suggest there is more stuff out there than we can see, and that the gravity of this stuff is holding everything together.
Data gathered by the hard sciences like physics are simply different from that gathered on human activities: Electrons don’t have moods that vary from minute to minute, and the tight controls physicists place on their experiments to isolate observed behaviors are impossible in the social sciences.
Much as economists create models to describe the behavior of markets, and physicists create models to describe the behavior of particles, we have found that using our research to create descriptive models of our users is a uniquely powerful tool for interaction design.
Just as physicists have created models of the atom based on observed data and intuitive synthesis of the patterns in their data, so must designers create models of users based on observed behaviors and intuitive synthesis of the patterns in the data.
