Luminescent solar concentrators from filmogenic polymeric aqueous dispersions
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The patented technology is an innovative Luminescent Solar Concentrator (LSC), created from filmogenic aqueous dispersions containing fluorophores with high quantum yield.
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creating solutions for improving the well-being of employees;
psychometric and neurometric analyses for creating either inbound or outbound effectivecommunication strategies;
psychometric analyses of personality traits, leadership, and social interactions oncompany personnel aimed at creating predictive models of the success in relocatingresources;
human resources management.
Sleep, Plasticity, and Conscious Experience
Knowledge and tools aimed at characterizing sleep in physiological and
pathological conditions. Develops and tests approaches and tools aimed at intervening on sleep to modify its efficiency and functions.
Models, Inference and Decisions
Normative and descriptive models of reasoning, Analysis of experts’ judgment and decision-making, monitoring, counseling, and correction of toxic behaviors on social media (fake news, misinformation, conspiracy theories, etc.)
Managerial and organizational neurosciences to increase company values
The research activity presides the application
of managerial and organizational neurosciences, psychophysiology and advanced analytical
approaches, offering possible services and applications in four business domains: Training,
Cognitive Ergonomics, Communication, Resources human
Process for obtaining levulinic acid esters, in particular alkyl levulinates
Our patented process is useful to obtain levulinic acid esters by direct alcoholysis of carbohydrates, such as C6 monosaccharides and/or polysaccharides thereof and/or chitin and/or chitosan, with a predetermined alcohol, takes place at a reaction temperature preferably between 100°C and 220°C for a time preferably between 30 and 300 minutes and in the presence of a co-solvent with specific properties, in addition to a conventional acid catalyst said alcohol and said co
solvent are preferably separated from the reaction mixture after conversion and then, recycled back to the conversion step
Procedimento per ottenere esteri dell'acido levulinico, in particolare alchil...
Procedimento per ottenere esteri dell'acido levulinico, in particolare alchil...Toscana Open Research
Il nostro processo brevettato è utile ad ottenere esteri dell’acido levulinico mediante alcolisi diretta di carboidrati, come monosaccaridi C6 e/o loro polisaccaridi e/o chitina e/o chitosano con un alcol predeterminato, ha luogo a una
temperatura di reazione preferibilmente compresa tra 100 C e 220 C per un tempo
preferibilmente compreso tra 30 e 300 minuti e in presenza, oltre che di un catalizzatore acido di tipo convenzionale, di un co solvente avente specifiche caratteristiche il suddetto alcol e detto solvente saranno preferibilmente separati
dalla miscela di reazione dopo conversione e riciclati alla fase di conversioneMateriale e sistema per il trattamento terapeutico di articolazioni
L’invenzione vuole sostituire il bisogno di iniezioni ripetute per la rigenerazione dei tessuti e/o gli interventi chirurgici per la sostituzione dell’intera giunzione articolare. Si tratta di un materiale composito a base organica rilasciato da una stampante 3D integrata in un tool artroscopico.
Material And System For The Therapeutic Treatment Of Joints
This document describes a material and treatment system for regenerating cartilage tissue in joints. The system utilizes a 3D printed composite material that is implanted using minimally invasive surgery and stimulates tissue regeneration in situ using ultrasound, without multiple interventions. The material and system could enable treatment of osteoarthritis and other degenerative diseases through stem cell-mediated regenerative techniques. The inventors are exploring partnerships with industrial companies interested in licensing the technology.
Manoscritti e testi filosofici tra Oriente e Occidente dal Medioevo ai giorni...
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Il focus di ricerca sulle zone liminari della storia della filosofia, ai confini tra civiltà diverse e spesso ritenute inevitabilmente conflittuali, permette a PhiBor di costituire un vero e proprio laboratorio vivente di interculturalità, intesa sia come interscambio tra differenti civiltà, sia come interfaccia razionale tra modelli conoscitivi distinti Precision nanomedicine: Shaping cellulose nanocrystals
The invention consists of a smart, inexpensive and biocompatible nanomaterial with custom-designed bioactivity.
Extracorporeal Clearance Precision Meter
The extracorporeal clearance precision measurement system allows clearance rate of extracorporeal treatments to be measured in real time and adjusted to patients’ needs.
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Presentation of the OECD Artificial Intelligence Review of Germany
Consult the full report at https://www.oecd.org/digital/oecd-artificial-intelligence-review-of-germany-609808d6-en.htm
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In the rapidly evolving landscape of technologies, XML continues to play a vital role in structuring, storing, and transporting data across diverse systems. The recent advancements in artificial intelligence (AI) present new methodologies for enhancing XML development workflows, introducing efficiency, automation, and intelligent capabilities. This presentation will outline the scope and perspective of utilizing AI in XML development. The potential benefits and the possible pitfalls will be highlighted, providing a balanced view of the subject.
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TrustArc Webinar - 2024 Global Privacy Survey
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Presentation of the OECD Artificial Intelligence Review of Germany
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Observability Concepts EVERY Developer Should Know -- DeveloperWeek Europe.pdf
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Luminescent solar concentrators from filmogenic polymeric aqueous dispersions
- 1. LUMINESCENT SOLAR CONCENTRATORS FROM FILMOGENIC POLYMERIC AQUEOUS DISPERSIONS INVENTORS: Andrea Pucci Giacomo Ruggeri Pierpaolo Minei Giuseppe Iasilli PATENT STATUS: FILED PRIORITY NUMBER: 102019000022068 GRANT DATE/PRIORITY DATE: 25/11/2019 PUBLISHED AS: EP20209691.3
- 2. Invention The patented technology is an innovative Luminescent Solar Concentrator (LSC), created from filmogenic aqueous dispersions containing fluorophores with high quantum yield. The studies carried out allowed to perform a screening of various mixtures containing specific polymeric resins and appropriate fluorophores, in order to obtain an optimal aqueous dispersion for a process of light absorption and subsequent emission, at high intensity, of fluorescence. This dispersion, once deposited on a transparent surface (window glass, terraces, etc.), creates a film of polymeric material highly emissive and with the same refractive index of the glass, capable of concentrating light radiation on the edges, towards the photovoltaic cell (PV), and produce electricity.
- 4. Industrial applications SECTOR - Renewable Energies POSSIBLE APPLICATIONS - Production of colored and highly transparent glass or plastic sheets, able to absorb UV rays and consequently produce electricity; - Production of glazing and windows, which maintain the same refractive index as glass; - Manufacturing Nearly Zero Energy Buildings; - Creation of architectural structures capable of self-powering, following the absorption of solar energy.
- 5. Possible developments The design of new luminescent solar concentrators LSC, useful to maximize the diffusion of photovoltaics in urban contexts, is the main objective of the ongoing studies, both for their considerable environmental impact and for the adaptability of the panels (transparent and colored) that increase the visual comfort of architectural structures. Objectives currently under investigation are scaling up the size of the prototype and validation of prototypes previously developed in the laboratory. The research team is interested in industrial partnering in order to increase the technological readiness level of the invention and to consider a possible licensing of the patented technology.
- 6. Tech Transfer Office of University of Pisa For more information: Ufficio Regionale di Trasferimento Tecnologico Headquarters: Via Luigi Carlo Farini, 8 50121 Firenze (FI) E-mail: urtt@regione.toscana.it For more information: Headquarters: Lungarno Pacinotti 43/44, Pisa (PI) 56126 Web site: www.unipi.it/index.php/trasferimento E-mail: valorizzazionericerca@unipi.it