100 TeV for the future

The large hadron Collider (LHC LHC) is the flagship in our journey into the depths of the microcosm. Launched a decade ago, he jerk threw us on the scale of energies, distances, intensities, compared to previous adronnyj colliders. In 2012 Read more

100 TeV for the future

The large hadron Collider (LHC LHC) is the flagship in our journey into the depths of the microcosm. Launched a decade ago, he jerk threw us on the scale of energies, distances, intensities, compared to previous adronnyj colliders. In 2012 Read more

100 TeV for the future

The large hadron Collider (LHC LHC) is the flagship in our journey into the depths of the microcosm. Launched a decade ago, he jerk threw us on the scale of energies, distances, intensities, compared to previous adronnyj colliders. In 2012 Read more

A lot of noise for silence

The roar of an aircraft engine, the noise of the city outside the window, the morning roar of the neighbor’s drill in our lives regularly invade the senseless and merciless sound, elastic waves of mechanical vibrations. Any sound the hearing Read more

To link and measure

Quantum technologies have great potential over the last few years we have seen that the future of many areas of science depends on their progress. Once in 1994, Peter Shor invented a quantum algorithm for the decomposition of large numbers Read more

100 TeV for the future

The large hadron Collider (LHC LHC) is the flagship in our journey into the depths of the microcosm. Launched a decade ago, he jerk threw us on the scale of energies, distances, intensities, compared to previous adronnyj colliders. In 2012 Read more

100 TeV for the future

The large hadron Collider (LHC LHC) is the flagship in our journey into the depths of the microcosm. Launched a decade ago, he jerk threw us on the scale of energies, distances, intensities, compared to previous adronnyj colliders. In 2012 Read more

100 TeV for the future

The large hadron Collider (LHC LHC) is the flagship in our journey into the depths of the microcosm. Launched a decade ago, he jerk threw us on the scale of energies, distances, intensities, compared to previous adronnyj colliders. In 2012 Read more

To link and measure

Quantum technologies have great potential over the last few years we have seen that the future of many areas of science depends on their progress. Once in 1994, Peter Shor invented a quantum algorithm for the decomposition of large numbers Read more

100 TeV for the future

The large hadron Collider (LHC LHC) is the flagship in our journey into the depths of the microcosm. Launched a decade ago, he jerk threw us on the scale of energies, distances, intensities, compared to previous adronnyj colliders. In 2012 Read more