Für den Inhalt dieser Seite ist eine neuere Version von Adobe Flash Player erforderlich.

Adobe Flash Player herunterladen

 


COMPANY HISTORY

MISSION

MEMBERSHIPS

JOBS

INVESTOR RELATIONS

PRESS AREA

VIDEO

RELEASES

REVIEW

INFO DOWNLOAD

IMAGE LIBRARY

NEWS ARCHIVE

 

 


NEWS ARCHIVE

:.........................................................................................

NEWS attocube’s ultra-compact Magnetic Force Microscope attoMFM Ixs was used inside the QD PPMS® to image vortices in different high-Tc superconductors at low magnetic fields.. (..more info).
 

:........................................................................................

NEWS attocube‘s cantilever-based attoAFM I was used inside a FEI Quanta 3D Scanning Electron Microscope (SEM) to perform nanometer-scale tensile measurements of individual collagen fibrils .. (.. more info)
 

:........................................................................................

NEWS The open source EPICS drivers for the ANC350 controller are now available and can be download using the following link (..more info).
 

:........................................................................................

NEWS In a series of experiments STS as well as vortex imaging measurements on NbSe2 have been performed at a temperature of only 315 mK using an attoAFM III. (..more info).
 

:........................................................................................

NEWS attocube systems proudly presents its brand new series of low temperature compatible microscopes suitable for any 25 mm static sample space including the Quantum Design PPMS.. (..more info).
 

:........................................................................................

RESULTS The nuclear spin effects are studied in individual quantum dots pumped by circularly polarised excitation using an attoCFM I. (..more info).
 

:........................................................................................

RESULTS Raman measurements on layers of Graphene have been performed and the modified attocube CFM I setup enabled the differentiation between single and double layer sheets of Graphene. (..more info).
 

:.........................................................................................

RESULTS A vibrometer setup using the attoFPSensor has been applied to demonstrate the striking stability of an ANPz101. (attocube application labs, 2008, ..more info).
 

:.........................................................................................

NEWS attocube systems is proudly presenting its new UHV compatible confocal microscope system (..more info).
 

:.........................................................................................

RESULTS MFM measurements on a hard disk sample using attocube‘s attoAFM I. The adjacent traces of magnetic information can be clearly seen. (attocube application labs, 2008, ..more info).
 

:.........................................................................................

RESULTS A modified attoCFM III instrument is applied for optical absorption studies on a single semiconductor quantum dot with a magnetic field applied in Voigt geometry.. (..more info).
 

:.........................................................................................

NEWS attocube systems - the winner of the 2008 German Founder Award. (..more info).
 

:.........................................................................................

RESULTS Tuning Fork AFM picture of Quantum Dots taken at ambient conditions.
Data taken using ANC250 and ASC500 with PLL. Scan range 2x2 µm², height ~4.6nm. Atomic Steps are clearly visible (attocube application labs, 2008, ..more info).
 

.........................................................................................

NEWS The highly stable and compact attoCFM II design has been used to discover a spectacular new effect in semiconductor quantum dot optics (..more info).
"The nonlinear Fano Effect"

published in Nature
January, 2008
 

:.........................................................................................