
Noctiluca
Stage
Corporate Minority | AliveTotal Raised
$1.13MLast Raised
$1.13M | 4 yrs agoMosaic Score The Mosaic Score is an algorithm that measures the overall financial health and market potential of private companies.
-35 points in the past 30 days
About Noctiluca
Noctiluca specializes in the development and production of OLED emitters, a type of chemical compound essential for the display technology industry. The company's main offerings include the creation of light-emitting organic materials that are integral to the performance of OLED displays, influencing color, contrast, and longevity. Noctiluca's products are utilized in a variety of consumer electronics such as televisions, smartphones, and other devices featuring OLED screens. It is based in Torun, Poland.
Loading...
Noctiluca's Product Videos


Noctiluca's Products & Differentiators
Emitters
Noctiluca is a designer and producer of OLED emitters – chemical compounds that emit light upon the application of the electric charge. Our R&D is working on 3rd and 4th generation of new emitters
Loading...
Expert Collections containing Noctiluca
Expert Collections are analyst-curated lists that highlight the companies you need to know in the most important technology spaces.
Noctiluca is included in 1 Expert Collection, including Semiconductors, Chips, and Advanced Electronics.
Semiconductors, Chips, and Advanced Electronics
7,204 items
Companies in the semiconductors & HPC space, including integrated device manufacturers (IDMs), fabless firms, semiconductor production equipment manufacturers, electronic design automation (EDA), advanced semiconductor material companies, and more
Latest Noctiluca News
Sep 24, 2024
The Copenhagen Post Morild: The natural phenomenon lighting up the Danish shoreline If you have been on a beach at night this summer, you may have observed a fascinating phenomenon: As the waves break, the dark water suddenly lights up in a blue or blue-green glow. In Danish, this is called morild and it’s a mesmerising example of bioluminescence that appears along Denmark’s coasts. But why does it happen and where can you see the glowing waves yourself? Photo: Mier Chen/Pixabay If you have been on a beach at night this summer, you may have observed a fascinating phenomenon: As the waves break, the dark water suddenly lights up in a blue or blue-green glow. In Danish, this is called morild and it’s a mesmerising example of bioluminescence that appears along Denmark’s coasts. But why does it happen and where can you see the glowing waves yourself? The science behind the glow The reason for the seemingly magical phenomenon has less to do with magic and more to do with a specific kind of algae – more precisely, tiny spherical organisms called Noctiluca scintillans. Even though, it is not the only kind of algae that can produce light, it is the most common type in Denmark and the rest of the northern European, explains Catharina Cecilie Marcussen, of the Øresundsakvariet (Øresund Aquarium). The Øresundsakvariet is a smaller saltwater aquarium and part of the Department of Biology at the University of Copenhagen. If the Noctiluca algae are disturbed, for example when a wave breaks or someone swims in it, they start to glow. The light is created by chemical reaction between a substance called luciferin, the enzyme luciferase and oxygen. This process is called bioluminescence, which describes the production and emission of light by living organisms. The produced light is also a so called “cold light”, because the process generates almost no heat. Algae aren’t the only organisms that can produce light, bioluminescence occurs widely among animals and plants. A popular animal that uses bioluminescence is the firefly, but most bioluminescent organisms can be found in the ocean, such as fish or bacteria. Especially in the deep sea, bioluminescence is relatively common and used to attract partners, to lure prey or ward off enemies. In the case of the algae, it is still unknown why exactly they produce the light, notes Marcussen. Besides the Noctiluca algae, there could be other organisms responsible for lighting up the dark in Denmark. In the summer of 2018 for example, there was a very high algae bloom of the algae Lingulodinium polydra, which also can produce the bioluminescent blue light, though through a different process, explains Marcussen. Another organism that makes the bioluminescent light in the late summer in Denmark is the comb jelly (Mnemiopsis leidyi), which Marcussen describes as looking like stars in the water. These strange organisms that light up the beach at night make for all the more reason to take an evening stroll along the Danish coast. When and where can you see morild? If you want to experience morild in Denmark, the best chances are in the late summer, due to the warm water temperatures and the overall good conditions. Longer periods of warm weather and water temperatures between 18-20 degrees are ideal for the bloom of the algae. “The warmer the water, the more the algae will reproduce,” says Marcussen. “The higher the concentration of algae in the water the higher the chance of seeing the beautiful blue light.” You might even be able to experience the magical blue light up close. According to the science center Experimentarium and the Danish Environmental Protection Agency, the algae are not poisonous, so it may be possible to bathe in the water when the algae are present. But since there can also be bacteria present, it is recommended to take a bath after swimming in the water. The Danish Environmental Protection Agency advises to follow the bathing tips provided by Rådet for Større Bade- og Vandsikkerhed. According to Marcussen, August and September are the months with highest chance of morild in Denmark. At least for now. “There is a good chance that the environmental changes could have an impact on morild in the future”, explains Marcussen. As the algae thrives in warmer water, it is possible, that morild can be seen earlier in the year in the future. Fjords like the Roskilde Fjord are a good place to see the fascinating phenomenon due to the calm water, warm temperature and good conditions for the algae to reproduce, adds Marcussen. Some years, there have also been good displays of morild on the North coast of Zealand. Overall, the best places to see the glowing water are close to the coastal areas and fjords. So with a bit of luck, a late-night visit to the Danish coast may offer a chance to see this fascinating natural phenomenon. China’s newly appointed ambassador to Denmark, Mr. Wang Xuefeng welcomes the growing number of Chinese employees in Danish companies who are using their skills in a global world. China can learn from Denmark in several ways, he says – especially for the green transition. If you have been on a beach at night this summer, you may have observed a fascinating phenomenon: As the waves break, the dark water suddenly lights up in a blue or blue-green glow. In Danish, this is called morild and it’s a mesmerising example of bioluminescence that appears along Denmark’s coasts. But why does it happen and where can you see the glowing waves yourself? New figures show that 8 out of 10 children and young people in need of psychiatric evaluation in Denmark waited more than 30 days for their case to be investigated, during the second quarter of 2024. The figure is even higher in the Capital Region. In 2023, 24-year-old German lifestyle influencer Meike Giessler came to Copenhagen to look for a better life after travelling extensively and feeling “stuck” in her hometown in Germany. Here, she discusses building an influencer business, dating and finding love in Denmark, language-learning, and why Copenhagen holds so much appeal. Chisom Udeze, the founder of Diversify – a global organization that works at the intersection of inclusion, democracy, freedom, climate sustainability, justice, and belonging – shares how struggling to find a community in Norway motivated her to build a Nordic-wide professional network. We also hear from Dr. Poornima Luthra, Associate Professor at CBS, about how to address bias in the workplace. Lolland Municipality, home to Denmark’s largest infrastructure project – the Fehmarnbelt tunnel connection to Germany – has launched a new jobseeker support package for the accompanying partners of international employees in the area. The job-to-partner package offers free tailored sessions on finding a job and starting a personal business.
Noctiluca Frequently Asked Questions (FAQ)
Where is Noctiluca's headquarters?
Noctiluca's headquarters is located at Torun.
What is Noctiluca's latest funding round?
Noctiluca's latest funding round is Corporate Minority.
How much did Noctiluca raise?
Noctiluca raised a total of $1.13M.
Who are the investors of Noctiluca?
Investors of Noctiluca include JR Holding.
Who are Noctiluca's competitors?
Competitors of Noctiluca include Mattrix Technologies, Kyulux, beeOLED, CYNORA, P&H Tech and 7 more.
What products does Noctiluca offer?
Noctiluca's products include Emitters and 3 more.
Loading...
Compare Noctiluca to Competitors
Kyulux specializes in the development of advanced OLED emitter materials within the display and lighting industry. The company offers Hyperfluorescence™ and TADF (Thermally Activated Delayed Fluorescence) technologies that enhance OLED performance by delivering high efficiency, wide color gamuts, and extended lifetimes without the use of heavy metals. Kyulux's solutions cater to the growing OLED market, which includes applications in smartphones, wearables, tablets, laptops, and TVs, as well as emerging display technologies like foldable and transparent screens. It was founded in 2015 and is based in Fukuoka, Japan.
OLEDWorks specializes in advanced organic light emitting diode (OLED) technology, focusing on the automotive, microdisplay, and specialty lighting sectors. The company manufactures multi-stack OLED panels that are used for applications, including automotive lighting, microdisplays, and custom lighting solutions. OLEDWorks' products are known for their visual appeal, energy efficiency, and attributes, catering to manufacturers who require lighting solutions. It was founded in 2010 and is based in Rochester, New York.
beeOLED is a company focused on developing advanced materials for the OLED industry. Their main offerings include highly efficient and long-lasting blue emitter materials for OLED applications, utilizing Europium chemistry and innovative organic ligands to achieve near-unity photoluminescence quantum yield. The company primarily sells to sectors involved in the manufacturing and development of OLED displays. It was founded in 2020 and is based in Dresden, Germany.
R-Display & Lighting specializes in the development and manufacturing of organic light emitting diode (OLED) materials for the display and lighting industries. The company provides services such as designing OLED devices and panels, creating prototype display and lighting products, and handling technology transfer and licensing. R-Display & Lighting serves sectors that require display and lighting solutions, including the smartphone, high-definition television (HDTV), and flexible display markets. It was founded in 2011 and is based in Rochester, New York.
Ness Display specializes in the development of organic light emitting diode (OLED) technology for flat panel displays within the electronics sector. The company offers OLED panels and modules that feature low power consumption, thin design, high luminescence, and fast video response, catering to the needs of future generation display technologies. Ness Display also provides plastic fabrication and assembly services, producing and shipping display components like MDF plinths, wheels, locks, and hinges for point of sale products. It is based in Seoul, South Korea.
Enantios specializes in the analysis of chiral molecules and biologics within the pharmaceutical industry. The company offers measurement technology that enables users to determine the structure of complex molecules without the need for traditional methods like chiral HPLC, crystallization, or purified reference standards. Enantios primarily serves sectors that require molecular structure analysis and characterization, such as the pharmaceutical and biotechnology industries. It was founded in 2022 and is based in Zurich, Switzerland.
Loading...