Humar Lab (Matjaž Humar)
@HumarLab
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We develop novel photonic devices made from soft and biological materials and integrate these devices with biological systems. @Jožef Stefan Institute
Ljubljana, Slovenia
Joined November 2023
Edible microlasers?? Yes!. Made entirely from vegetarian, food-safe materials, these microlasers can be embedded in food for authentication and real-time monitoring. We're excited to share our latest research—lasers you can actually eat!.
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RT @LUCESCOSTAction: 💬 Back at #LUCESCOSTAction: Matjaž Humar shares insights on Funding Opportunities for Young Researchers! Empowering t….
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RT @LUCESCOSTAction: 🔵 Starting the 2nd #LUCESCOSTAction Group Meeting in Zadar with a plenary lecture by P. Matjaž Humar (Jožef Stefan Ins….
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RT @StAndrewsOsc: We are very pleased to have Abdur Anwar from the @HumarLab visit us as part of his research on edible photonic barcodes f….
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We took a break from our usual research and enjoyed a great day of cross-country skiing as part of our team-building activities.⛷️ Thanks everyone.
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#Ediblelasers, we will develop lasers entirely from edible materials and use them as sensors and barcodes in food, pharmaceuticals, and other products.
📣 Out now! Final results of the 2024 ERC #Proof of #Concept #Grant call for proposals for #funding. 134 researchers will receive €150k each to explore the commercial or societal potential of their frontier #research results. 👉 #ERCPoC @EUScienceInnov
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We gathered to celebrate @ERC_Research #ERCCoG #SoftQuanta and enjoyed a wonderful traditional Christmas lunch at Čad, Ljubljana, Slovenia. Stay tuned for more exciting updates.
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Exciting News!🌟.#SoftQuanta, we will develop novel quantum light sources based on soft and biological materials.
📢 Results of the 2024 ERC Consolidator Grant competition are out. €678 million for 328 researchers. Who won funding?.What will they investigate?.Where will they conduct their research?. #ERCCoG news 👉 🇪🇺 @HorizonEU
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Matjaž Humar has received the @ERC_Research #ERCCoG (ERC Consolidator Grant) in the amount of 2.3 million EUR. Within the grant #SoftQuanta, we will develop novel quantum light sources based on soft and biological materials. @JSI_SLO @FMF_UL .PC 📸- Marjan Verč, Many thanks.
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Zala Korenjak was awarded the "Dr. Uroš Seljak Prize" for the best scientific publications by students. Congratulations to her for this recognition of her outstanding academic contributions!!!. @JSI_SLO @unilj @RTV_Slovenija
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Proud moment!! @AbdurRe18724674 has won the Best Oral Contribution award at the first @LUCESCOSTAction Training School in Kaiserslautern, Germany. @MPS_JS @tra_food @JSI_SLO @COSTprogramme
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RT @sbrabruselj: Raziskovalec Matjaž Humar (@HumarLab) z Instituta »Jožef Stefan«, nosilec projekta #ERC za začetek samostojne raziskovalne….
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Exciting News!🌟.@MatjazHumar has received "Proof of Concept" grant from @ERC_Research. The "EdibleLasers" project aims to create lasers entirely from edible materials and use them as sensors and barcodes in food, pharmaceuticals, and other products. @JSI_SLO @EdibleLasers
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RT @FindLightInc: Liquid crystals, commonly used in TVs, now pave the way for easier production of quantum light. This advancement could re….
newscientist.com
Quantum light is key to futuristic quantum technologies, but researchers have been creating it in the same way for 60 years – now liquid crystals offer an easier way to produce it
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RT @Nature: Nature research paper: Tunable entangled photon-pair generation in a liquid crystal
nature.com
Nature - Electric-field tunable generation of entangled photon pairs is achieved by spontaneous parametric down-conversion in a ferroelectric nematic liquid crystal, with an efficiency comparable...
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Our research on tunable generation of entangled photons in liquid crystals has been featured by @newscientist .For more details, check out our original paper in @Nature.
nature.com
Nature - Electric-field tunable generation of entangled photon pairs is achieved by spontaneous parametric down-conversion in a ferroelectric nematic liquid crystal, with an efficiency comparable...
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Have a nice weekend!.
Dr. Nerea Sebastian, Aljaž Kavčič in doc. dr. Matjaž Humar z Instituta “Jožef Stefan” so s sodelavci z Instituta Max-Planck v reviji Nature objavili članek Tuneable entangled photon pair generation in a liquid crystal. Čestitamo!
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