@grennmat

GREENMAT research team financed by Conselleria de Educacion, Universidad y Empleo from GVA with PROMETEO grant CIPROM/2021/075. Materials for green technologies

 Valencia Spain
greenmat.blogs.uv.es/
Joined February 2023
  • Tweets515
  • Following40
  • Followers65
82Media
The goal of the GREENMAT project is the study, evaluation & optimization of materials for the development of green technologies in areas of great industrial and domestic impact. GREENMAT is supported by a PROMETEO grant from Conselleria de Educacion, Universidad y Empleo from GVA
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New open-access paper published in J. Mater. Chem. C How does high pressure change the electronic & crystal structure of CdCrO₄?💎 Pressure-tuned bandgap & metastable scheelite phase Read the paper for free doi.org/10.1039/D6TC01696K #HighPressure #MaterialsScience #Crystallography

Pressure-induced band gap tuning and metastable scheelite phase in CdCrO4

Understanding and controlling the electronic properties of functional oxides is essential for the design of advanced optoelectronic materials. Here, we inv

pubs.rsc.org
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Recommended reading! Check out this paper by Reini Boehler: doi.org/10.1080/08957959.202… Worth a read for anyone interested in laser heating of diamond-anvil cell. 💎💎 tandfonline.com/

A guide for setting up desktop laser-heating in the diamond anvil cell

While laser-heating in the diamond anvil cell is now routine at most high pressure synchrotron beamlines, such systems are often perceived as being too elaborate and costly to set up in standard di...

tandfonline.com
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Excited to share our work in Dalton Transactions! We study the pressure-induced structural evolution of β′-Mn₃(PO₄)₂ using high-pressure XRD and DFT calculations, revealing irreversible disorder under compression. Read the paper: doi.org/10.1039/D6DT01297C #HighPressure #XRD #DFT

Pressure-induced irreversible disorder in β′-Mn3(PO4)2: a high-pressure X-ray diffraction and...

The high-pressure structural behavior of β′-Mn3(PO4)2 was investigated using synchrotron X-ray diffraction up to 20 GPa combined with density-functional th

pubs.rsc.org
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Speakers of the Session in honor of Michael HANFLAND at the 63 EHPRG: Anna PAKHOMOVA, Daniel ERRANDONEA, Benedetta CHRAPPAN SOLDAVINI, Davide COMBONI, and Tomasz POREBA, together with chair Marco MERLINI and Michael HANFLAND
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GREENMAT retweeted
GREENMAT@grennmatAug 26
New in Advanced Optical Materials! @advopticalmat Pressure reveals new structural & optical behavior in Cs₂Na₀.₆Ag₀.₄InCl₆:Bi³⁺ microcrystals The study uncovers a cubic-tetragonal phase transition & pressure-dependent luminescence Read the article: doi.org/10.1002/adom.71677

Pressure‐Induced Effects in Cs2Na0.6Ag0.4InCl6:Bi3+ Microcrystals − An Experimental and Theoretical...

Lead-free double perovskites are candidates for a wide range of applications, e.g., solar cells, light-emitting diodes, photodetectors. This work presents results of high-pressure studies of struct...

advanced.onlinelibrary.wiley.com
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Great to see members of our group together at the 2026 EHPRG Conference! It was a wonderful opportunity to connect, exchange ideas, and contribute to the vibrant EHPRG community.
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Dr. Leonid Burakovsky from Los Alamos National Laboratory and Prof. Tarik Ouahrani from University Tlemcen visiting our group at Universidad de Valencia. Joint pictue with Prof. Daniel Errandonea.
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New open-access paper in Dalton Transactions! How does perovskite SrLiH₃ respond to extreme compression? Our study up to 100 GPa reveals remarkable structural, dynamical, mechanical, and electronic stability—with no pressure-induced phase transition. doi.org/10.1039/D6DT01801G
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Postdoctoral position in High-Pressure Physics at Universitat de València We are looking for a postdoc to join our group working on materials under HP and HT conditions 2-year position starting October 2027 Application deadline 15 October 2026 The attached file contains more info
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Congratulations to Akun Liang on receiving the 2026 EHPRG Award! @ehprg We are especially proud of this achievement, having had the privilege to have Akun as group member during his Ph.D. His dedication, scientific curiosity, & hard work have led to this well-deserved recognition
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New in Advanced Optical Materials! @advopticalmat Pressure reveals new structural & optical behavior in Cs₂Na₀.₆Ag₀.₄InCl₆:Bi³⁺ microcrystals The study uncovers a cubic-tetragonal phase transition & pressure-dependent luminescence Read the article: doi.org/10.1002/adom.71677

Pressure‐Induced Effects in Cs2Na0.6Ag0.4InCl6:Bi3+ Microcrystals − An Experimental and Theoretical...

Lead-free double perovskites are candidates for a wide range of applications, e.g., solar cells, light-emitting diodes, photodetectors. This work presents results of high-pressure studies of struct...

advanced.onlinelibrary.wiley.com
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A fascinating contribution at the 63rd @ehprg Meeting by Prof. Daniel Errandonea (Univ. de València): “Theory-guided discovery of pressure-induced transitions in the fast-ion conductor BaSnF₄.” His talk highlighted insights into the high-pressure behavior of fast-ion conductors
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A fascinating contribution at the 63rd @ehprg Conference by Prof. Javier Manjón (Univ. Polit. Val.) “Hydrogen bond disappearance and electron-deficient multicenter bond formation in compressed hydrogen halides” A great example of how high-pressure conditions reveal new chemistry!
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GREENMAT retweeted
GREENMAT@grennmatAug 5
New paper accepted in J. Mater. Chem. C! Pressure-induced band gap tuning & metastable scheelite phase in CdCrO₄ Pressure tunes electronic properties and stabilizes a metastable phase Collaboration: @FacFisicaUV @CdCienciaUV @UPV @ULL & @ALBAsynchrotron doi.org/10.1039/D6TC01696K

Pressure-induced band gap tuning and metastable scheelite phase in CdCrO4

Understanding and controlling the electronic properties of functional oxides is essential for the design of advanced optoelectronic materials. Here, we inv

pubs.rsc.org
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Pressure-induced phase transitions and superconductivity in PbSnSe published at @PhysRevB journals.aps.org/prb/abstrac…

Pressure-induced phase transitions and superconductivity in ${\mathrm{PbSnSe}}_{2}$

Superconductivity is intrinsically linked to the crystal structure of materials, and structural heterogeneity under high pressure often yields broadened or mixed superconducting transitions. Here...

journals.aps.org
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Structure and superconductivity in a ternary selenide PbSnSe2 alloy of three-dimensional PbSe and two-dimensional SnSe under pressure. Our recent paper just published in @PhysRevB #superconductivity #highpressure journals.aps.org/prb/abstrac…

Structure and superconductivity in a ternary selenide ${\mathrm{PbSnSe}}_{2}$ alloy of three-dime...

The IV-VI chalcogenides exhibit exotic electronic properties arising from their diverse crystal structures, including both two-dimensional (2D) and three-dimensional (3D) lattices, attracting broad...

journals.aps.org
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New paper accepted in J. Mater. Chem. C! Pressure-induced band gap tuning & metastable scheelite phase in CdCrO₄ Pressure tunes electronic properties and stabilizes a metastable phase Collaboration: @FacFisicaUV @CdCienciaUV @UPV @ULL & @ALBAsynchrotron doi.org/10.1039/D6TC01696K

Pressure-induced band gap tuning and metastable scheelite phase in CdCrO4

Understanding and controlling the electronic properties of functional oxides is essential for the design of advanced optoelectronic materials. Here, we inv

pubs.rsc.org
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GREENMAT retweeted
GREENMAT@grennmatJul 30
Excited to share our latest paper! We show that a polar oxide becomes softer under pressure! A surprising behavior driven by strengthened dipolar interactions. This reveals a new route to engineer material elasticity. Published in Small doi.org/10.1002/smll.74623 #MaterialsScience
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Excited to share our latest paper! We show that a polar oxide becomes softer under pressure! A surprising behavior driven by strengthened dipolar interactions. This reveals a new route to engineer material elasticity. Published in Small doi.org/10.1002/smll.74623 #MaterialsScience
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GREENMAT retweeted
GREENMAT@grennmatJul 25
Our latest Open Access paper is out in Journal of Applied Crystallography @IUCr Thanks to @ILLGrenoble for the neutron diffraction measurements Thermal expansion of FeWO4 (ferberite) and FeWO4:Fe2WO6 (7:1): a comparative X-ray and neutron diffraction study doi.org/10.1107/S16005767260…

Thermal expansion of FeWO4 (ferberite) and FeWO4:Fe2WO6 (7:1): a comparative X-ray and neutron...

Temperature-dependent single-crystal X-ray, powder X-ray and neutron diffraction measurements reveal the thermal expansion behavior of FeWO4 from 2 to 1123 K. Significant differences between natural...

journals.iucr.org
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