Metal Physics @ ETH Zurich (@metalphysics) 's Twitter Profile
Metal Physics @ ETH Zurich

@metalphysics

The Laboratory of Metal Physics and Technology (LMPT) is headed by Prof. Jörg F. Löffler. We design new metallic alloys and explore novel materials phenomena.

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linkhttp://www.metphys.mat.ethz.ch calendar_today24-10-2019 09:45:35

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Metal Physics @ ETH Zurich (@metalphysics) 's Twitter Profile Photo

Tatiana also presented her poster in a short oral talk at the 15th Biometal conference, and impressed the committee so much that she was additionally bestowed with an Oral Presentation Award. Our heartiest congratulations! ETH Department of Materials, ETH Zurich, biodegradablemetals.org (3/6)

Tatiana also presented her poster in a short oral talk at the 15th Biometal conference, and impressed the committee so much that she was additionally bestowed with an Oral Presentation Award. Our heartiest congratulations! <a href="/ETH_Materials/">ETH Department of Materials</a>, <a href="/ETH_en/">ETH Zurich</a>, biodegradablemetals.org
(3/6)
Metal Physics @ ETH Zurich (@metalphysics) 's Twitter Profile Photo

Heartiest congratulations go to Tatiana Akhmetshina for being awarded a Poster Prize (first place) at the 15th Biometal Conference on August 21-27 in Cetraro, Italy! See details at biodegradablemetals.org; ETH Department of Materials, ETH Zurich (2/6)

Heartiest congratulations go to Tatiana Akhmetshina for being awarded a Poster Prize (first place) at the 15th Biometal Conference on August 21-27 in Cetraro, Italy! See details at biodegradablemetals.org; <a href="/ETH_Materials/">ETH Department of Materials</a>, <a href="/ETH_en/">ETH Zurich</a>
(2/6)
Metal Physics @ ETH Zurich (@metalphysics) 's Twitter Profile Photo

In @MaterialsToday, we unravel the origin of the Invar effect in Fe-based bulk metallic glasses: it occurs universally and is solely controlled by the magnetic interactions within the disordered Fe network. See doi.org/10.1016/j.mtna…; ETH Department of Materials, ETH Zurich, European Synchrotron

In @MaterialsToday, we unravel the origin of the Invar effect in Fe-based bulk metallic glasses: it occurs universally and is solely controlled by the magnetic interactions within the disordered Fe network. See doi.org/10.1016/j.mtna…; <a href="/ETH_Materials/">ETH Department of Materials</a>, <a href="/ETH_en/">ETH Zurich</a>, <a href="/esrfsynchrotron/">European Synchrotron</a>
Metal Physics @ ETH Zurich (@metalphysics) 's Twitter Profile Photo

In a recent Acta_Materialia work, we suggest pathways to overcome the "475 °C embrittlement" in Fe-Cr alloys, which are of high importance towards the development of structural materials for future fusion reactors. See doi.org/10.1016/j.acta…; ETH Department of Materials, ETH Laboratory for Nanometallurgy, ETH Zurich

In a recent <a href="/Acta_Materialia/">Acta_Materialia</a> work, we suggest pathways to overcome the "475 °C embrittlement" in Fe-Cr alloys, which are of high importance towards the development of structural materials for future fusion reactors. See doi.org/10.1016/j.acta…; <a href="/ETH_Materials/">ETH Department of Materials</a>, <a href="/LNM_eth/">ETH Laboratory for Nanometallurgy</a>, <a href="/ETH_en/">ETH Zurich</a>
Metal Physics @ ETH Zurich (@metalphysics) 's Twitter Profile Photo

Congratulations to Alexander Firlus, who just graduated Metal Physics @ ETH Zurich, ETH Department of Materials, ETH Zurich with his doctoral thesis on “The atomic-scale origins of the Invar effect in Fe-based bulk metallic glasses.” An impressive work in the area of disordered magnetic materials. Well done!

Congratulations to Alexander Firlus, who just graduated <a href="/MetalPhysics/">Metal Physics @ ETH Zurich</a>, <a href="/ETH_Materials/">ETH Department of Materials</a>, <a href="/ETH_en/">ETH Zurich</a> with his doctoral thesis on “The atomic-scale origins of the Invar effect in Fe-based bulk metallic glasses.” An impressive work in the area of disordered magnetic materials. Well done!
Metal Physics @ ETH Zurich (@metalphysics) 's Twitter Profile Photo

Heartiest congratulations to Andrea Rich for being awarded the Best Presentation Prize for her talk on amorphous Mg-fiber reinforced bone cement at the recent Bioceramics 2023 conference in Solothurn, Switzerland! See details at bioceramics33.org; ETH Department of Materials, ETH Zurich

Heartiest congratulations to Andrea Rich for being awarded the Best Presentation Prize for her talk on amorphous Mg-fiber reinforced bone cement at the recent Bioceramics 2023 conference in Solothurn, Switzerland! See details at  bioceramics33.org; <a href="/ETH_Materials/">ETH Department of Materials</a>, <a href="/ETH_en/">ETH Zurich</a>
Metal Physics @ ETH Zurich (@metalphysics) 's Twitter Profile Photo

Another turbulent and special year will end very soon. LMPT wishes you a happy New Year 2024, with lots of joy, good health, progress to peace, and great personal and professional achievements! Metal Physics @ ETH Zurich, ETH Department of Materials, ETH Zurich

Another turbulent and special year will end very soon. LMPT wishes you a happy New Year 2024, with lots of joy, good health, progress to peace, and great personal and professional achievements! <a href="/MetalPhysics/">Metal Physics @ ETH Zurich</a>, <a href="/ETH_Materials/">ETH Department of Materials</a>, <a href="/ETH_en/">ETH Zurich</a>
Metal Physics @ ETH Zurich (@metalphysics) 's Twitter Profile Photo

And in doi.org/10.1016/j.jma.…, we improve the corrosion resistance and mechanical integrity of bioresorbable Mg implants via graphene–calcium carbonate coating, a great collaboration between Monash University, CSIRO, Charité - Universitätsmedizin Berlin and ETH Department of Materials; JMA, KeAi Publishing (4/4)

And in doi.org/10.1016/j.jma.…, we improve the corrosion resistance and mechanical integrity of bioresorbable Mg implants via graphene–calcium carbonate coating, a great collaboration between <a href="/MonashUni/">Monash University</a>, <a href="/CSIRO/">CSIRO</a>, <a href="/ChariteBerlin/">Charité - Universitätsmedizin Berlin</a> and <a href="/ETH_Materials/">ETH Department of Materials</a>; <a href="/JMA_IMS/">JMA</a>, <a href="/KeAiPublishing/">KeAi Publishing</a>
(4/4)
Metal Physics @ ETH Zurich (@metalphysics) 's Twitter Profile Photo

Our work in doi.org/10.1016/j.matd… involves numerical modeling of metallic glass crystallization kinetics induced by additive manufacturing, which is a further great collaboration between Roland Logé’s group EPFL and our metal physics laboratory ETH Department of Materials, ETH Zurich (3/4)

Our work in doi.org/10.1016/j.matd… involves numerical modeling of metallic glass crystallization kinetics induced by additive manufacturing, which is a further great collaboration between Roland Logé’s group <a href="/EPFL_en/">EPFL</a> and our metal physics laboratory <a href="/ETH_Materials/">ETH Department of Materials</a>, <a href="/ETH_en/">ETH Zurich</a>
(3/4)
Metal Physics @ ETH Zurich (@metalphysics) 's Twitter Profile Photo

In doi.org/10.1016/j.jmat…, we study the effects of laser-beam shaping on copper-steel interfaces in multi-material additive manufacturing, via an inspiring Swiss-wide collaboration between D-MAVT, ETH Zurich of ETH Zurich, ETH Department of Materials, PSI Paul Scherrer Institut, and EPFL (2/4)

In doi.org/10.1016/j.jmat…, we study the effects of laser-beam shaping on copper-steel interfaces in multi-material additive manufacturing, via an inspiring Swiss-wide collaboration between <a href="/eth_dmavt/">D-MAVT, ETH Zurich</a> of <a href="/ETH_en/">ETH Zurich</a>, <a href="/ETH_Materials/">ETH Department of Materials</a>, <a href="/psich_en/">PSI Paul Scherrer Institut</a>, and <a href="/EPFL_en/">EPFL</a>
(2/4)
Metal Physics @ ETH Zurich (@metalphysics) 's Twitter Profile Photo

Announcing a few recently published papers: In our The Journal of Physical Chemistry work, we study potential beam damage in materials by combining in situ fast calorimetry with synchrotron X-ray diffraction at doi.org/10.1021/acs.jp…; ACS Publications, ETH Zurich, ETH Department of Materials, Montanuniversität Leoben (1/4)

Announcing a few recently published papers: In our <a href="/JPhysChem/">The Journal of Physical Chemistry</a> work, we study potential beam damage in materials by combining in situ fast calorimetry with synchrotron X-ray diffraction at doi.org/10.1021/acs.jp…; <a href="/ACSPublications/">ACS Publications</a>, <a href="/ETH_en/">ETH Zurich</a>, <a href="/ETH_Materials/">ETH Department of Materials</a>, <a href="/unileoben/">Montanuniversität Leoben</a>
(1/4)
Metal Physics @ ETH Zurich (@metalphysics) 's Twitter Profile Photo

Congratulations to Viktor Wessely, who just graduated Metal Physics @ ETH Zurich, ETH Department of Materials, ETH Zurich with his doctoral thesis on “Advancing aluminum alloys through tailored multiphase precipitation: a mechanistic understanding at the nanoscale.” A great work on high-strength Al alloys!

Congratulations to Viktor Wessely, who just graduated <a href="/MetalPhysics/">Metal Physics @ ETH Zurich</a>, <a href="/ETH_Materials/">ETH Department of Materials</a>, <a href="/ETH_en/">ETH Zurich</a> with his doctoral thesis on “Advancing aluminum alloys through tailored multiphase precipitation: a mechanistic understanding at the nanoscale.” A great work on high-strength Al alloys!
Metal Physics @ ETH Zurich (@metalphysics) 's Twitter Profile Photo

In doi.org/10.1002/adfm.2…, we present a new method of correlative 3D ptychographic X-ray computed tomography and analytical electron microscopy to quantitatively image magnesium biodegradation and mimic related in-situ conditions. @AdvSciNews, ETH Department of Materials, ETH Zurich, PSI Paul Scherrer Institut

In doi.org/10.1002/adfm.2…, we present a new method of correlative 3D ptychographic X-ray computed tomography and analytical electron microscopy to quantitatively image magnesium biodegradation and mimic related in-situ conditions. @AdvSciNews, <a href="/ETH_Materials/">ETH Department of Materials</a>, <a href="/ETH_en/">ETH Zurich</a>, <a href="/psich_en/">PSI Paul Scherrer Institut</a>
Metal Physics @ ETH Zurich (@metalphysics) 's Twitter Profile Photo

Also our heartiest congratulations to Andrea Rich for winning the Geistlich Regeneration Poster Prize for her work on “In-vivo sensors to characterize magnesium and titanium implants” at this year’s MaP Graduate Symposium! ETH Department of Materials, ETH Zurich, doctoral-school.ethz.ch/events/grad-sy… (2/2)

Also our heartiest congratulations to Andrea Rich for winning the Geistlich Regeneration Poster Prize for her work on “In-vivo sensors to characterize magnesium and titanium implants” at this year’s MaP Graduate Symposium! <a href="/ETH_Materials/">ETH Department of Materials</a>, <a href="/ETH_en/">ETH Zurich</a>, doctoral-school.ethz.ch/events/grad-sy…
(2/2)
Metal Physics @ ETH Zurich (@metalphysics) 's Twitter Profile Photo

Celestial orange burst that “captures a frozen moment in time, where the collapse of the familiar gives rise to the unknown.” Heartiest congratulations to Štefan Stanko for winning the MaP Best Image Prize at the Materials & Processes Graduate Symposium 2024! ETH Department of Materials (1/2)

Celestial orange burst that “captures a frozen moment in time, where the collapse of the familiar gives rise to the unknown.” Heartiest congratulations to Štefan Stanko for winning the MaP Best Image Prize at the Materials &amp; Processes Graduate Symposium 2024! <a href="/ETH_Materials/">ETH Department of Materials</a>
(1/2)
Metal Physics @ ETH Zurich (@metalphysics) 's Twitter Profile Photo

Congratulations to Tatiana Akhmetshina, who just graduated Metal Physics @ ETH Zurich, ETH Department of Materials, ETH Zurich with her doctoral thesis on “The design, mechanical properties and nanoscale degradation characteristics of ultra-lean bioresorbable Mg–Ca alloys.” A great milestone in biomaterials!

Congratulations to Tatiana Akhmetshina, who just graduated <a href="/MetalPhysics/">Metal Physics @ ETH Zurich</a>, <a href="/ETH_Materials/">ETH Department of Materials</a>, <a href="/ETH_en/">ETH Zurich</a> with her doctoral thesis on “The design, mechanical properties and nanoscale degradation characteristics of ultra-lean bioresorbable Mg–Ca alloys.” A great milestone in biomaterials!
Metal Physics @ ETH Zurich (@metalphysics) 's Twitter Profile Photo

Congratulations to Andrea Rich, who just graduated Metal Physics @ ETH Zurich, ETH Department of Materials, ETH Zurich with her doctoral thesis on “Gaining insights into the in vivo performance of resorbable Mg implants: design and evaluation of custom measurement systems.” Great work and pioneering results!

Congratulations to Andrea Rich, who just graduated <a href="/MetalPhysics/">Metal Physics @ ETH Zurich</a>, <a href="/ETH_Materials/">ETH Department of Materials</a>, <a href="/ETH_en/">ETH Zurich</a> with her doctoral thesis on “Gaining insights into the in vivo performance of resorbable Mg implants: design and evaluation of custom measurement systems.” Great work and pioneering results!
Metal Physics @ ETH Zurich (@metalphysics) 's Twitter Profile Photo

Congratulations to Štefan Stanko, who just graduated Metal Physics @ ETH Zurich, ETH Department of Materials, ETH Zurich with his doctoral thesis on “Correlative studies of rapidly solidified materials combining calorimetry and structural analysis.” Great work on metastable phase formations and transitions!

Congratulations to Štefan Stanko, who just graduated <a href="/MetalPhysics/">Metal Physics @ ETH Zurich</a>, <a href="/ETH_Materials/">ETH Department of Materials</a>, <a href="/ETH_en/">ETH Zurich</a> with his doctoral thesis on “Correlative studies of rapidly solidified materials combining calorimetry and structural analysis.” Great work on metastable phase formations and transitions!