FischerGroup
@FischerGroupTUM
Followers
1K
Following
1K
Media
93
Statuses
339
*PhD run* Latest news and updates about the Fischer group at @TU_Muenchen. Interested in #OM clusters and #MOFs. #AMCTUM
Munich
Joined April 2018
We’ve moved! 🚀 Follow us on LinkedIn for all the latest updates and insights: Thank you for staying connected! ⚗️⚛️🧪.
linkedin.com
Fischer Group @ TUM | 90 followers on LinkedIn. We explore organometallic clusters, MOFs, and other exciting chemistry. Follow us for research & lab updates. ⚗️🧪🔬 | The AMC Chair provides an...
0
0
3
RT @angew_chem: Engineering a Cu-Pd Paddle-Wheel #MetalOrganicFramework for Selective CO2 Electroreduction (Roland A. Fischer and co-worker….
onlinelibrary.wiley.com
The synthesis of atomically precise Cu−Pd dimers within the nodes of a Cu-MOF was confirmed through detailed XAS experiments. DFT calculations suggest that the Pd atom in the Cu−Pd dimer modulates...
0
2
0
RT @ECS_TUM: A big collaborative work with @FischerGroupTUM, @WarnanLab, @IfanStephens, @EELabMIT, et al is published: Tuning the Reconstru….
pubs.acs.org
Recently, there has been growing interest in the conversion of metal–organic frameworks (MOFs) into metal-hydroxide catalysts for alkaline oxygen evolution reactions (OERs). While studies have shown...
0
4
0
Excited to share our latest copper cluster research! 🎉 We've developed new Cu/Al complexes with imidazolin-2-imine ligands and explored the polymeric Cu(I)···Cu(I) structure of [Cu10O2(Mes)6]n in the solid state.
0
0
10
RT @ECS_TUM: Another collaborative work with @FischerGroupTUM and @WarnanLab has just been published: Impact of organic anions on metal hyd….
pubs.acs.org
Structural metamorphosis of metal–organic frameworks (MOFs) eliciting highly active metal-hydroxide catalysts has come to the fore lately, with much promise. However, the role of organic ligands...
0
7
0
RT @WarnanLab: Following up our work in Advanced Materials, our newest publication by Shufan explores a photochargeable Mn-based MOF with d….
onlinelibrary.wiley.com
MnBr-253 particles were synthesized as three-dimensional metal–organic frameworks based on MOF-253 and MnBr(CO)3(bpy) complexes, designed as off-grid colloidal systems aimed at decoupling light...
0
1
0
And an interesting talk of Dr. Zahid Hussain at MOF2024 on “Additive-Manufactured Metal-Organic Frameworks Deriving Hierarchical Free-Standing 3D Electrodes for Energy Conversion”, which offered valuable insights into advanced energy technologies. 🥳⚛️🙌🏼 #MOF2024
0
1
20
Insights from the MOF2024 poster session: Our PhD students Sebastian, Simon, Nadine, Vanessa, and Pan showcased their research and had interesting discussions. ✨⚛️ Proud of their nice work and contributions! #MOF2024
1
3
53
As MOF2024 in Singapore 🇸🇬 wraps up, our PhD students Sebastian, Simon, Nadine, Vanessa, and Pan have had an incredible time representing our chair! 🙌🏼🥳 Grateful for the insights, networking, and advancements in materials science. ⚛️ #MOF2024
0
1
41
RT @EELabMIT: We're excited to welcome our newest visiting student, Lena Schröck! Lena is a PhD candidate at the Chair of Inorganic and Met….
0
1
0
RT @WarnanLab: 🎉 Great news! 🎉 We are very proud to announce that Nadine has just received the DBU Fellowship! This will help support her n….
0
1
0
Our chair was thrilled to have hosted Prof. Zhou from Texas A&M University for his captivating guest talk on "Molecular Pore Engineering: From Syntheses to Applications"! @GroupZhou Thanks for this inspiring session and your shared knowledge. ⚛️🧪
0
0
17
Excited to share our latest publication on Homoleptic Gallium(I) Amide Complexes of Ruthenium and Molybdenum! ⚛️🔬#CoordinationChemistry.
pubs.rsc.org
Reaction of neutral olefin complexes of ruthenium and molybdenum with GaTMP (TMP = 2,2,6,6-tetramethylpiperidinyl) by substitution leads to the formation of respective five- and six-coordinated...
1
0
8
Embark on a laser tag adventure with our dynamic crew! 🎯 Bonding, strategizing, and dodging lasers - all in the name of team-building fun. 😌 Let the games begin! 🔫🤝 #LaserTag #ScienceMeetsAdventure
0
0
11
Unlocking the secrets of chromophore packing in coordination polymers! 🌟 Our newest study reveals how different arrangements impact multiphoton absorption, guiding future design for advanced photonic applications. 🔬💡@apoethig @WarnanLab #MPA #MOFs.
pubs.acs.org
Coordination polymers (CP) and their subgroup metal–organic frameworks (MOF) are promising classes of modular multiphoton-absorption active materials. However, a detailed knowledge of the structure...
0
1
14
RT @WarnanLab: Dive into our freshly published in-depth analysis of metal–organic framework-based photosynthetic CO2 reduction! 🥳 Find out….
0
4
0
RT @EttlingerRomy: 📢 Call for a Survey!.Loving porous materials (MOFs, COFs. )?.• Who are we?🧑🔬.• What do we work with? 💎.• How do we mak….
0
30
0
RT @CommsChem: Elemental compositions of nickel gallium intermetalloid clusters obtained via high-resolution mass spectrometry with a compu….
nature.com
Communications Chemistry - Mixed-metal cluster generating reaction solutions contain several species of similar composition and structure that often result in hard-to-separate product mixtures....
0
3
0
RT @ECS_TUM: Our collaborative paper with @FischerGroupTUM, @WarnanLab, and groups of Prof. Zacchini and Prof. Roldan Cuenya on Engineering….
0
1
0
As the year is coming to an end, we had a blast at our yearly christmas party! ✨🎄 The festivities were in full swing as we recapped the highlights of our year and then engaged our intellect with an interactive "AMC" quiz. 🤓🎁 Thanks to everyone for this joyful evening. 🥳
0
2
23