11/11/2015 Drag force on a DNA-protein complex pulled through a glass nanocapillary

Sanjin Marion published a paper in Nano Letters (IF=13.6 in 2014.) together with UKF project collaborators prof. A. Rađenović and R. Bulushev from EPFL on the topic of controlled translocation of individual DNA bound proteins using optical tweezers. S. Marion contributed through interpretation and theoretical modeling of experimental results.


05/10/2015 Nano-rippled graphene – a modified graphene for large scale applications

In their latest Carbon paper, I. Šrut Rakić and M. Kralj together with D. Čapeta (PMF) and M. Plodinec (IRB) describe synthesis of macroscopic nano-rippled graphene on a vicinal metal surface and its transfer to a dielectric support. The procedure opens up possible applications in sensors, electrodes, optoelectronics, spintronics, and straintronics.

09/09/2015 Incommensurate systems demonstrating glasslike behavior

There is an inherent difficulty in applying concepts developed for crystalline, ordered solids to their glassy, noncrystalline counterparts. Even though glasses display mechanical properties of solids, the very lack of order makes them more akin to liquids. Together with their French and German colleagues, Katica Biljaković and Damir Starešinić from IF have recently published a paper in Physical Review Letters on features found in specific heat of ThBr4 that link crystalline incommensurate systems and glasslike behavior.

07/09/2015 Experimental realization of a synthetic Lorentz force

“Scientific reports” has recently published a paper describing experiments on cold atomic gasses performed at Institut of Physics in Zagreb. Neven Šantić, Tena Dubček, Damir Aumiler, Hrvoje Buljan and Ticijana Ban have successfully created conditions in which neutral atoms at temperatures of only a few tens of μK above absolute zero, when exposed to laser light, behave just like charged particles in a magnetic field.

24/08/2015 Graphene wrinkles at micro- and nano-scale

Epitaxial graphene, considered by many as the best source of graphene for various technological applications, often contains various defects which deteriorate its intrinsic, superior properties. Among them are graphene wrinkles which are the subject of research lead by our colleague M. Petrović. Together with A. Šiber and M. Kralj as well as with J.T. Sadowski from BNL (USA), the research has been published in the journal Carbon.

30/04/2015 Successful spring for nano/bioscience at IF

Scientists from IF (A. Šiber, T. Vuletić and coworkers I. Delač Marion, D. Grgičin, M. Lihter, S. Marion, K. Salamon, who work in the field of nano/bioscience, have published several works in journals of significant impact, among the best in their respective scientific fields.

22/12/2014 Marko Kralj presents News & Views in Nature Physics

In the newest issue of Nature Physics a research breakthrough towards graphene functionality in spintronics, published in the journal’s same issue, is presented in the News and Views section by our colleague dr. Marko Kralj.

01/12/2014 Digital holography under weak illumination

Collecting optical information in digital holography, under conditions of illumination intensity weaker than the detector noise level, seems as an impossible mission. However, our colleague N. Demoli collaborating with H. Skenderović and M. Stipčević (IRB) shows, in the work taken at IF’s Coherent Optics Laboratory and recently published in Optics Letters, that even under conditions of extremely low illumination level digital hologram’s.

12/11/2014 Center of Excellence for Advanced Materials and Sensing Devices

Minister of science, education and sports, dr. Vedran Mornar, declared Croatian scientific centers of excellence at the meeting on the National council for science, higher education and technological development held on November 10, 2014. The largest of seven new centers is the Center of Excellence for Advanced Materials and Sensing Devices (CEMS) hosted by Ruđer Bošković Institute and Institute of Physics.

10/06/2015New project

New contract signed among Croatian Science Foundation, Institute of Physics and principal investigator dr. Ticijana Ban on execution of four years research project “Frequency-Comb-induced OptoMechanics“ starting at 1.09.2015.

04/11/2015We are glad to announce that dr. Nikolina Novosel has been elected as Research Associate
26/10/2015/ at 15:00hSeminar: Dr. Mislav Mustapić
Drug delivery system
IF - Dvorana Mladen Paić
14/07/2015PhD student Danijel Grgičin defended his doctoral thesis
23/10/2015/ at 11:00hNastupno predavanje: dr. sc. Osor S. Barišić
Elektron-fononsko vezanje i jake elektronske korelacije kroz nekoliko zanimljivih primjera
IF - Dvorana Mladen Paić
25/05/2015New project

New contract signed among Croatian Science Foundation, Institute of Physics and principal investigator dr. Mirta Herak on execution of four years research project UIP-2014-09-9775 “Influence of Magnetic Anisotropy on Quantum Spin Systems“ starting at 1.06.2015.

17/06/2015Open position for Senior Research Associate (m/f), permanent position, open until July 24th 2015.
22/10/2015/ at 15:00hSeminar: Dr. Marco Battiato
From the discovery to the control of THz spin currents: towards ultrafast spintronics
IF - Dvorana Mladen Paić
27/05/2015Open position for Postdoctoral student in Experimental Condensed Matter Physics, open until July 17th 2015.
16/10/2015/ at 15:00hNastupno predavanje: Nikolina Novosel
Magnetske i transportne pojave u odabranim sustavima magnetskih nanočestica i dopiranom supravodiču MgB2
IF - Dvorana Mladen Paić
Latest articles
Large-scale transfer and characterization of macroscopic periodically nano-rippled graphene
Optical Emission Spectroscopy of an Atmospheric Pressure Plasma Jet During Tooth Bleaching Gel Treatment
Thermal stability of Al-Mo thin film alloys
Ultrafast electronic response of Ag(111) and Cu(111) surfaces: From early excitonic transients to saturated image potential
Time-resolved line emission spectroscopy and the electrical currents in the plasma jet generated by dielectric barrier discharge for soft ionization
Relevance of the Drag Force during Controlled Translocation of a DNA–Protein Complex through a Glass Nanocapillary