18 Current news of LMU

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A nanoear to listen into the silence

Gold nanoparticles detect tiny acoustic vibrations

01-20-2012

How noisy is a walking flea? What sorts of sound waves are caused by motile bacteria? Physicists at the Nanosystems Initiative Munich (NIM) have managed for the first time to detect sound waves at such minuscule length scales. Their nanoear is a single gold nanoparticle that is kept in a ...

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Taming light

White laser pulses with precisely tailored waveform enable the control of electrons in the microcosm

09-12-2011

An expedition through the fast-paced microscopic world of atoms reveals electrons that spin around at enormous speeds and have gigantic forces are acting on them. Monitoring the ultrafast motion of these electrons requires ultrashort flashes of light. However, in order to control them, the ...

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Snapshots of laser driven electrons

03-17-2011

Physicists of the Laboratory of Attosecond Physics at the Max Planck Institute of Quantum Optics succeeded in the first real-time observation of laser produced electron plasma waves and electron bunches accelerated by them. Flocking behavior does not only exist among birds, insects or ...

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Dueling dipoles

In search of a new theory of photosynthetic energy transfer

12-10-2010

Photosynthesis, the formation of energy-rich chemical compounds with the aid of sunlight, is fundamental to life on Earth. In plants, sunlight is collected by so-called antennal complexes, consisting of proteins bound to the green pigment chlorophyll. The chlorophyll captures the light energy ...

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Novel process for DNA labeling

10-06-2010

For the first time, baseclick GmbH, a start-up company spun off from BASF SE and Ludwig-Maximilians-Universität Munich, is making its newly developed process for labeling nucleic acids (DNA and RNA) available to customers. The company recently signed licensing agreements for this technology ...

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How to count the messenger out

Mapping the structure of protonated water clusters

08-26-2010

Water molecules are continuously forming short-lived networks called clusters. These can in turn bind positively charged protons, and such clusters can provide active functional groups in proteins. Using infrared spectroscopy, it is possible to determine the bond strengths, geometrical ...

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Attosecond real-time Observation of a Quantum Hole

08-09-2010

For the first time ever, physicists from the Laboratory for Attosecond Physics (LAP) at the Max Planck Institute of Quantum Optics have observed what occurs inside an atom from which a single electron has been ejected. An international team from the Laboratory for Attosecond Physics, led by ...

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How small is the proton?

International team of researchers observes unexpectedly small proton radius in a precision laser experiment with exotic hydrogen atoms

07-12-2010

The proton - one of the universal building-blocks of all matter - is even smaller than had previously been assumed. This is the result obtained at the Paul-Scherrer-Institut (PSI) in Villigen (Switzerland) by an international research team, including scientists from the Max Planck Institute ...

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Beyond the Quantum Limit

MPQ-LMU scientists create multi-particle entanglement of atoms in a Bose Einstein condensate on a microchip

04-08-2010

The microcosm, the realm of quantum physics, is ruled by probability and chance. The behaviour of quantum particles cannot be predicted with certainty but only with certain probabilities given by quantum physics. This results in a so-called quantum noise, which fundamentally limits the ...

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Instantaneous trace gas fingerprint with laser frequency combs

Scientists at the MPQ record ultrasensitive absorption broadband spectra within tens of microseconds by combining cavity enhancement and frequency comb spectroscopy

12-01-2009

Trace gas spectroscopic detection has drawn much interest in recent years, as it both allows a better understanding of the molecular spectra of weak overtone transitions and in situ non-intrusive sensing of compounds at low concentration. However, recording a broadband spectrum within a very ...

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