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Noctiluca, technology company listed on the Warsaw Stocke Exchange, has developed a breakthrough material for use on one of the OLED display layers. In laboratory tests in Korea, NCEIL-4 demonstrated a 15-fold increase in blue pixel lifespan while reducing power consumption.

“This could be an important step forward in the ongoing race for blue in the OLED market,” says Mariusz Bosiak, the coomany’s CEO.

Noctiluca took part in ICDT in China, which inspired us to write a blog post about the immense potential of the Chinese market in the display industry and beyond.

China is currently experiencing tremendous growth, with financial and numerical data confirming this fact. In 2021, there were 1,687 researchers per million inhabitants in China —a significant increase from just a decade earlier when the number stood at 974.

Perovskite solar cells (PSCs) are the fastest-growing photovoltaic (PV) technology. Due to their low-cost fabrication and excellent efficiency, they are the rising stars of the world photovoltaics industry. Perovskites were first successfully used in semiconductor solar cells in 2012.

What is perovskite structure and perovskite solar cell and what makes them so important for the market? Let’s find out.

Noctiluca SA made its debut today on the Main Market of the Warsaw Stock Exchange (GPW), marking a significant milestone in the company’s growth.

During a presentation, Noctiluca’s CEO, Mariusz Bosiak, and CCO, Mateusz Nowak, highlighted the company’s key achievements, promising market outlook, and substantial transformation over recent years.

At Noctiluca, we conduct research on new generation emitters for use in the optoelectronic industry. One of the areas of focus is enabling the development of printed electronics, with particular emphasis on inkjet printing technology. As a chemical company, we also propose new solutions that improve the parameters of currently used 1st  and 2nd generation OLED devices.

With the race for blue emitter still on, our team has asked ourselves, if there is another way to improve the OLED stack and overall lifetime of blue pixel. Once again, we turned our attention to the needs of the market and pain points of our clients. It was within the scope of such targeted research and collaboration with entities involved in OLED manufacturing that a new EIL material was developed.

Thermally activated delayed fluorescence is a process where a molecule in a non-emissive excited state absorbs surrounding thermal energy, allowing it to change states and subsequently emit light.

While TADF is widely recognized for its role in producing more efficient and vibrant displays, its applications extend far beyond this field. Currently, TADF is making a significant impact outside the display industry. From advancing lighting systems and medical diagnostics to enhancing solar energy capture, TADF materials are set to revolutionize multiple industries.

Koreańska firma LG Display (LGD) zakomunikowała, że testuje rozwiązanie tandemowych wyświetlaczy OLED dla koloru niebieskiego z wykorzystaniem emiterów II-generacji oraz „planuje przeprowadzić w ciągu roku ocenę wydajności produkcji masowej i dokonać przeglądu komercjalizacji” (źródło: OLED-Info.com)

W materiale prezentujemy informacje o tym czym jest rozwiązanie tandemowe oraz analizujemy czy połączenie tandemowych wyświetlaczy z emiterami V generacji zrewolucjonizuje rynek.

When navigating the landscape of service providers in the optoelectronics and pharmaceutical industries, distinguishing between Contract Research Organizations (CRO), Contract Manufacturing Organizations (CMO), and Contract Development and Manufacturing Organizations (CDMO) can be a challenging task.

One of the reasons for the complexity is the fact that different industries approach terminology differently.