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Research grant of European Research Council (ERC) within "Consolidator Grant" program entitled "Bringing molecular photomagnets to light - achieving magnets through visible light excitation at room temperature" (LUX-INVENTA),  retained for funding for 2022-2027, PI: dr. habil. Dawid Pinkowicz

 

 

Research grant of European Research Council (ERC) within "Starting Grants" program entitled "Chiral Metal-Based Luminophores for MultiField Responsive Bistable Switches" (LUMIFIELD), retained for funding for 2022-2027, PI: dr. habil. Szymon Chorąży

 

 

Research Grant of National Science Centre of Poland (NCN) OPUS 21, no. 2021/41/B/ST5/02544, "Lanthanide complexes functionalized by cyanido metalloligands as luminescent molecular nanomagnets highly sensitive to chemical stimuli and temperature", 2022-2025, PI: Dr. habil. Szymon Chorazy..

 

Research Grant of National Science Centre of Poland (NCN) PRELUDIUM 20, no. 2021/41/N/ST4/04432, "Investigation of magnetic relaxations induced by spin-phonon coupling in single-molecule magnets embedded in coordination networks", 2022-2025, PI: M.Sc. Mikolaj Zychowicz, supervisor: Dr. habil. Szymon Chorazy.

 

Research Grant of National Science Centre of Poland (NCN) PRELUDIUM 20, no. 2021/41/N/ST5/04375, "Novel multiswitchable molecular materials based on poly(dioxothiadiazoles) - a new class of multivalent organic molecules", 2022-2024, PI: M.Sc. Pawel Pakulski, supervisor: Dr. habil. Dawid Pinkowicz.

 

Research Grant of National Science Centre of Poland (NCN) OPUS 20, no. 2020/39/B/ST5/02815, "Spin transitions in multifunctional polycyanidometallate molecular materials", 2021-2025, PI: Prof. Dr. Barbara Sieklucka.

 

Research Grant of National Science Centre of Poland (NCN) SONATA 16, no. 2020/39/D/ST5/02387, "Ionic conductors based on cyanido coordination architectures: design and functionalization", 2021-2023, PI: Dr. Mateusz Reczyński.

 

Research Grant of National Science Centre of Poland (NCN) PRELUDIUM 19, no. 2020/37/N/ST5/02643, "Chromium(III) complexes for the construction of bimetallic luminophores sensitive to external stimuli", 2021-2024, PI: M.Sc. Jakub J. Zakrzewski, supervisor: Dr habil. Szymon Chorąży.

 

Research Grant of National Science Centre of Poland (NCN) OPUS 19, no. 2020/37/B/ST5/02735, "Chiral molecular magnets - control of the UV-vis light absorption using magnetic field", 2021-2025, PI: Dr. habil. Dawid Pinkowicz.

 

Project for bilateral cooperation with France within the PHC Polonium 2020 program of the Polish National Agency for Academic Exchange (NAWA; project no. PPN/BFR/2020/1/00038), "Recognition of specific Anions through a new Generation of calixarene based tweezers", scientific exchange between Poland (Dr. habil. Robert Podgajny) and France (Prof. Sylvie Ferlay, University of Strasbourg), 2021-2022.

 

Research Grant of National Science Centre of Poland (NCN) PRELUDIUM BIS 1, no. 2019/35/O/ST5/00647, "New photochromic molecules for the construction of photoswitchable molecular magnets", 2020-2024, PI: Dr. habil. Dawid Pinkowicz.

 

 

Research Grant of National Science Centre of Poland (NCN) SONATA BIS 9, no. 2019/34/E/ST5/00148, "Luminescent molecular ferroelectrics based on cyanide metal complexes for effective switching of light emission", 2020-2024, PI: Dr. habil. Szymon Chorąży.

 

Research Grant of Polish Ministry of Education and Science (MEiN), no. 0178/DIA/2019/48, within the "Diamond Grant" project, "Photoswitchable molecular magnets based on magneto-luminescent lanthanide complexes", 2019-2023, PI: M.Sc. Jakub J. Zakrzewski, supervisor: Dr. habil. Szymon Chorąży.

 

Research Grant of Polish Ministry of Education and Science (MEiN), no. 0179/DIA/2019/48, within the "Diamond Grant" project, "Theoretical and experimental searching for effective molecular nanomagnets based on lanthanide ions in heterometallic coordination systems", 2019-2023, PI: M.Sc. Mikołaj Żychowicz, supervisor: Dr. habil. Szymon Chorąży.

 

Research Grant of Polish Ministry of Educationa and Science (MEiN), no. 0181/DIA/2019/48, within the "Diamond Grant" project, "Octacyanidorhenate ions in construction of dynamic coordination networks exhibiting spin transitions", 2019-2023, PI: M.Sc. Tomasz Charytanowicz, supervisor: Prof. Barbara Sieklucka.

 

Research Grant of National Science Centre of Poland (NCN) OPUS 15, no. 2018/29/B/ST5/00337, "Generation of strong photoluminescence and strong magnetic anisotropy through desolvation and further post-synthetic functionalization of novel d-f coordination networks", 2019-2022, PI: Dr habil. Szymon Chorąży.

 

Research Grant of Polish Ministry of Education and Science (MEiN), no. 0210/DIA/2018/47, within the "Diamond Grant" project, "Photoluminescent molecular magnets based on lanthanide complexes and tetracyanidometallates", 2018-2022, PI: M.Sc. Maciej Wyczesany, supervisor: Prof. Barbara Sieklucka.

 

Research Grant of Polish Ministry of Education and Science (MEiN), no. 0193/DIA/2017/46, within the "Diamond Grant" project, "Functionalization of solvatomagnetic cyano-bridged coordination networks", 2017-2022, PI: M.Sc. Michał Heczko, supervisor: Dr habil. Beata Nowicka.

 

Research Grant of Polish Ministry of Education and Science (MEiN), no. 0192/DIA/2017/46, within the "Diamond Grant" project, "Rational design and synthesis of magnetic porous coordination polymers and molecular multiferroics", 2017-2022, PI: M.Sc. Michał Magott, supervisor: Dr habil. Dawid Pinkowicz.

 

Research Grant of Polish Ministry of Education and Science (MEiN), no. 0191/DIA/2017/46 ,within the "Diamond Grant" project, "Functionalized helicenes in design of magneto-optical molecular materials", 2017-2022, PI: M.Sc. Gabriela Handzlik, supervisor: Dr habil. Dawid Pinkowicz.

 

Research Grant of National Science Centre of Poland (NCN) SONATA BIS 6, no. 2016/22/E/ST5/00055, "Quantum nanomagnets based on metal complexes with unusual geometries and using new unusual ligands", 2017-2021, PI: Dr habil. Dawid Pinkowicz.

 

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Obecnie w naszym zespole otwarty jest konkurs na stanowisko studenta stypendysty w projekcie SONATA 16 "Przewodniki jonowe na bazie cyjanowych architektur koordynacyjnych: projektowanie i funkcjonalizacja"

Do zadań stypendysty należy:

Realizacja części zadań badawczych w projekcie „Przewodniki jonowe na bazie cyjanowych architektur koordynacyjnych: projektowanie i funkcjonalizacja”, między innymi (a) synteza i wstępna charakterystyka fizykochemiczna prekursorów do konstrukcji molekularnych przewodników jonowych, w tym materiałów wykazujących luminescencję, (b) synteza i wstępna charakterystyka fizykochemiczna otrzymanych molekularnych przewodników jonowych, (c) pomiary właściwości elektrycznych, magnetycznych i optycznych otrzymanych materiałów oraz wstępna interpretacja danych.

Pełen opis warunków konkursu znajduje się na stronie Narodowego Centrum Nauki pod poniższym linkiem:

https://www2.ncn.gov.pl/baza-ofert/?akcja=wyswietl&id=192026

Zgłoszenia należy kierować na adres e-mail kierownika projektu dra Mateusza Reczyńskiego: mateusz.reczynski@uj.edu.pl 

 

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Project for bilateral cooperation with France within the PHC Polonium 2019 program of the Polish National Agency for Academic Exchange (NAWA; project no. PPN/BFR/2019/1/00032), "Photomagnetic mononuclear octacyanometallates compounds", scientific exchange between Poland (Dr. habil. Dawid Pinkowicz) and France (prof. Corine Mathoniere, University of Bordeaux), 2019-2021.

Research Grant of National Science Centre of Poland (NCN) Opus 14 2017/27/B/ST5/00947 "Heterometallic cyanido-bridged coordination networks as magnetic molecular switches", 2018-2021 (PI: Prof. Barbara Sieklucka)

Research Grant of National Centre (NCN) 2015/19/B/ST5/00922 "Solvato-magnetic thin films of coordination polymers" 2016-2019

UE COST Action: CA15128 - Molecular Spintronic (MOLSPIN) 2016-2020

Research Grant of Polish Ministry of Science and Higher Education (MNiSW): 0041/DIA/2015/44 within the "Diamond Grant" project "Elektroactive dioxothiadiazol ligands in design of multifunctional molecular magnets", 2015-2019

Research Grant of National Centre of Science (NCN) SONATA BIS 4 (UMO-2014/14/E/ST5/00357) "Nanospace crystal engineering of the novel branched molecular magnets" (NanMagMol) (2015-2019)

Research Grant of National Centre of Science (NCN) OPUS 8 (UMO-2014/15/B/ST5/02098) "A new approach to the anion-π interactions: supramolecular adducts based on anionic d-metal ion complexes and π-electron deficient organic molecules" (Anion-π) (2015-2018)

Research Grant of National Science Centre (NCN) of Poland - Sonata 11, grant no. 2016/21/D/ST5/01634 "Construction of heterometallic photoluminescent coordination architectures with cyanide bridges" 2017-2019

Research Grant of National Centre of Science (NCN) Opus 8 2014/15/B/ST5/04465 "The quest for multifunctional molecular magnets" 2015-2018

Iuventus Plus project "From magnetic coordination polymers to quantum nanomagnets" funded by the Ministry of Science and Higher Education. Grant no. 0370/IP3/2015/73, 2015-2017

Iuventus Plus project "Design of advanced molecular switches based on spin-crossover and charge-transfer-induced transitions" funded by the Ministry of Science and Higher Education. Grant no. 0060/IP3/2015/73, 2015-2017

MultiCyChem project 'Multifunctional Molecular Magnets through Cyanide Chemistry' PIOF-GA-2011-298569 funded by European Commission , 7th Framework Programme, 2012-2014

Research Grant of Polish Ministry of Science and Higher Education (MNiSW): 0195/DIA/2013/42 within the "Diamond Grant" project "Functional molecular materials based on nickel(II) and polycyanidometallates", 2013 - 2017

UE COST Action: CM1203 - Polyoxometalate Chemistry for Molecular Nanoscience (PoCheMoN) 2012-2016

Research Grant of National Centre of Science (NCN), 2012/07/N/ST5/00150: "Synthesis of new magnetic coordination polymers based on octacyanidoniobate(IV)" 2013-2015

Research Grant of National Centre of Science (NCN), 2011/01/B/ST5/00716: "Design and functionalization of hybrid coordination polymers" 2011-2014

Research Grant of Polish Ministry of Science and Higher Education (MNiSW), 1535/B/H03/2009/36: "Functional Molecular Materials with Cyanido Bridges" 2009-2012

PhD Grant of Polish Ministry of Science and Higher Education (MNiSW), 3327/B/H03/2009/37: "Inorganic-organic hybrid materials: 4f-5d coordination networks" (2008-2011)

PhD Grant of Polish Ministry of Science and Higher Education (MNiSW),0538/B/H03/2008/35: "Magnetostructural correlations in inorganic-organic heterometallic hybrid materials based on [Nb(CN)8]4- ion" (2008-2010)

Research Grant of Polish Ministry of Science and Higher Education (MNiSW), 0087/B/H03/2008/34: "Studies of magnetic ordering in low dimensional molecular magnets" (2008-2011)

Integrated operation programme "Polonium" of Ministry of National Education, "Cobalt(II,III)-octacyanometalate(IV,V) switchable molecular materials".(2006-2007). Coordinators: Dr Corine Mathoniere, Francja, Institut de Chimie de la Matiere Condensée de Bordeaux, Laboratoire des Sciences Moléculaires, Universite de Bordeaux-1 and Prof.dr hab.B.Sieklucka, Faculty of Chemistry UJ

SPUB 3081, supporting grant of Polish Ministry of Science and Higher Education (MNiSW): "MAGMANet": "Molecular Approach to Nanomagnets and Multifunctional Materials" (2006-2009)

Sixth Framework Programme, Priority 3, Nano-technologies and nano-sciences, knowledge-based multifunctional materials, and new production processes and devices-NMP, Network of Excellence, Project "MAGMANet" "Molecular Approach to Nanomagnets and Multifunctional Materials" NMP3-CT-2005- 515767, Contract Number 515767. Project Leader - Prof.Dante Gatteschi, University of Florence, Italy; (2005-2009); Local coordinator: prof. dr hab. Barbara Sieklucka

PhD Grant of State Comittee for Scientific Research (KBN), 3 T09A 011 29: "Magnetic and structural properties of heterometallic assemblies based on d- oraz f-metal centres" (2005-01.01.2008)

Research Grant of State Comittee for Scientific Research (KBN), 3 TO9A 151 26: "Polynuclear molecular materials with cyanido bridges" (2004-2007)

Research Grant of State Comittee for Scientific Research (KBN), 2P03B 111 24: "Studies of molecular magnets based on paramagnetic centres of d-metals' complexes" (2003-2006)

Polish-French Integrated Activity "Polonium" grant: "Synthesis and Photomagnetic Properties of octacyanometallate (IV) (M=Mo, W) based systems" (2003-2004)