The tunnelling effect of electron, for example, takes time, as demonstrated at the Max Planck Institute for Nuclear Physics.
mechanical tunnelling effect for the first time more Other Interesting Articles Para-particles
Collective behaviour of an atomic ensemble in an optical lattice enables the lightest mirror in the world. The quantum mirror was developed by a team led by I. Bloch at the Max Planck Institute of Quantum Optics.
more Other Interesting Articles Para-particles: A new class of particles February
The neutrino observatory KM3Net is located in the depths of the Mediterranean Sea and measures a cosmic neutrino at the highest energies to date
Para-particles: A new class of particles February 28, 2025 Particle Physics Quantum
Physicists produce a Bose-Einstein condensate at zero gravity – a step towards extremely sensitive quantum sensors for gravitation
Condensation in Microgravity Science, June 18, 2010 DOI Other Interesting Articles Para-particles
An international team of researchers has observed the quantum mechanical tunnelling effect for the first time
electron tunnelling in atoms (Nature, 5 April 2007) Other Interesting Articles Para-particles
Two-dimensional layers of gold and silver were produced by a team led by Ulrich Starke from the Max Planck Institute for Solid State Research. The monoatomic precious metal layers become semiconductors.
Robotics New approaches to targeted drug delivery with biological microrobots Para-particles
What are the legal boundaries for combating terrorist threats and asymmetrical warfare in international operations for German armed forces? What are the consequences for systems of international security? A study at the Max Planck Institute for Foreign and International Criminal Law analyzes the prerequisites for and limits on the extraterritorial use of lethal force on the basis of public international law and German constitutional law.
the extent to which basic rights – in particular the right to life as per Art. 2 Para
A team led by M. Garg and K. Kern from the Max Planck Institute for Solid State Research has captured on film how electrons move in molecules. To do this, they combine a scanning tunnelling microscope and laser spectroscopy with attosecond pulses.
attoseconds and down to the individual atom more Other Interesting Articles Para-particles
A team led by M. Garg and K. Kern from the Max Planck Institute for Solid State Research has captured on film how electrons move in molecules. To do this, they combine a scanning tunnelling microscope and laser spectroscopy with attosecond pulses.
attoseconds and down to the individual atom more Other Interesting Articles Para-particles
A team headed by S. Ritter and G. Rempe at the Max Planck Institute of Quantum Optics has demonstrated a quantum gate with photons for a quantum computer.
more Other Interesting Articles Para-particles: A new class of particles February
