Aquaphotomics.com

Category: Webinar

  • Aquaphotomics Spring Webinar ~ Physics of the Floating Water Bridge ~

    Aquaphotomics Spring Webinar ~ Physics of the Floating Water Bridge ~

    Recording

    Special thanks to Dr. Fuchs for his enlighting lecture!
    If you have any questions or comments, feel free to share them in the comments section of the YouTube video, and we’ll ensure they reach Dr. Fuchs.

    Dear friends and colleagues,

    This month we are delighted and honored to have Dr. Elmar C. Fuchs, a distinguished researcher specializing in experimental physics and physical chemistry of water as a speaker at our Aquaphotomics Spring Webinar.


    Elmar C. Fuchs, Dipl.-Ing. Dr. techn., is a renowened scientist born in Austria, with an expertise in experimental physics and physical chemistry of water. Since September 2008 he is employed at Wetsus, the European Centre of Excellence for Sustainable Water Technology, where he has progressed from PostDoc to Theme Coordinator and Programme Manager, and currently heads the Wetsus Business Acquisition & Collaboration Team as part of the scientific management of Wetsus. He has over 50 peer-reviewed publications, and has been extensively involved in research and technology development at Wetsus. His work includes collaborations in laser laboratories, neutron scattering studies, NMR measurements and experimental approaches to quantum field theory of water. Contributions to the scientific literature are most diverse and include papers on microbial calcium carbonate precipitation, solar eclipses, liquid-liquid phase transitions in water, and studies of the dynamics of electrically confined water. He has received multiple awards, honours and recognitions of his works in international journals. Interesting, lesser known-facts about Dr. Fuchs is that he has many talents and interestes – he is fluent in German, English and Dutch, and has a basic knowledge of Italian and Latin. He is a great admirer of Japan and practices Asian martial arts iaido and kendo, enjoys artistic pursuits such as music, painting, photography, poetry and astronomy. You can even listen to his music on Spotify!

    In this webinar, Dr. Fuchs will talk about the intriguing phenomenon of the floating water bridge.


    When two beakers are filled with pure water and a DC voltage of 15-20kV is applied via two noble metal electrodes, a liquid bridge forms between these beakers. Electrohydrodynamics can be used to describe the liquid movements, and on the molecular scale, a liquid/liquid second-order phase transition takes place due to phonon coupling. Pure water electrolysis takes place and allows the production of non-stoichiometric, protonically charged water.


    Another lesser-known fact about Dr. Fuchs is that when he published for the first time results of his research on the floating water bridge (The floating water bridge, Journal of Physics D: Applied Physics, 2007) in just two days, this paper got so much attention that he was overwhelmed with emails and phone calls from all around the world, and he was called to do an interview about it for Nature, the magazine.


    Therefore, it is our special honor, pleasure and privilege that during this webinar, he will share his story about the floating water bridge and present his latest findings.


    Please mark your calendars for the webinar on March 26th 5PM JST and be sure not to miss it. The webinar will be held, as usual, on the Zoom platform and is free for all who wish to attend. To register, please use the “Sign up” form provided below.

    We look forward to your participation!

    Aquaphotomics Spring Webinar – Schedule

    Time & Date

    Date: 2024/03/26 (Tuesday)
    Start: Japan Time (JST) 5:00 PM / CET 9AM / EST 3AM
    End: Japan Time (JST) 6:00 PM / CET 10AM / EST 4AM

  • Aquaphotomics Winter Webinar ~ Coherent Water as a Negentropic Engine ~

    Aquaphotomics Winter Webinar ~ Coherent Water as a Negentropic Engine ~

    Recording & Presentation Slides

    Special thanks to Prof. Guiliani for generously providing access to the presentation slides.

    Download Presentation Slides

    Dear friends and colleagues,

    We are delighted to extend an invitation to the first aquaphotomics webinar of 2024! Join us as we host the distinguished Professor, Dr. Livio Giuliani, a renowned scientist in the field of water science.

    Prof. Giuliani, having earned his doctorate cum laude in 1974 from Sapienza University of Rome’s Institute of Mathematics, brings a wealth of experience. Over the years, he held key roles, including Senior Researcher at ISPESL/INAIL (Italian Ministry of Health) and Chief of the Radiation and Ultrasounds Environmental Pollution Lab (1998-2014). Prof. Giuliani played a pivotal role in formulating exposure limits to electromagnetic fields (EMF), with his “ISPESL Proposal” adopted by the Italian Government in 1998 and now followed by 10 other countries in Europe. As a co-founder and spokesman of the International Commission for Electromagnetic Safety (ICEMS, www.icems.eu), he has contributed significantly to groundbreaking research on the effects of electromagnetic fields (EMFs).

    Prof. Giuliani’s research work transitioned from an early focus on Ionizing Radiation dosimetry to EMF protection in 1997. Collaborations with Emilio Del Giudice and Mikhail Zhadin directed his attention to studying the behavior of aqueous solutions under Extremely Low Frequencies (ELFs), revealing the Ion Cyclotron Resonance (ICR) effect. The subsequent investigations, including studies with various researchers, unveiled the concurrent mechanism of protonation of water due to ICR of hydronium hydrates and the discovery of cations transport through floating water bridges. Since 2006, his research has exclusively focused on describing the effects of ICR on normal and cancer cells, and on bacteria, modulating antibiotic resistance. A significant outcome in 2022 was the publication of successful results from a clinical test, confirming the acupuncture theory proposed by Brizhik, Del Giudice, Maric, Oehler, Popp, and Schlecbusch.

    Prof. Giuliani’s illustrious scientific career has played pivotal roles in regulatory advocacy and ground-breaking research in electromagnetism, specifically in unveiling the profound role that water plays. We are delighted to announce that he will be the one to open this year’s aquaphotomics webinar series.

    Please mark this date and time in your calendars, and join us on 27th February, 5pm JST. To join the session, simply sign up for attendance using the provided “Sign Up” form. The event, as always, is free for all who wish to participate.

    Don’t miss out on this enriching experience! Whether your expertise lies in water studies, aquaphotomics, or spectroscopy, Prof. Giuliani’s presentation is sure to captivate and inspire.

    We look forward to seeing you!

    Aquaphotomics Winter Webinar – Schedule

    Time & Date

    Date: 2024/02/27 (Tuesday)
    Start: Japan Time (JST) 5:00 PM / CET 9AM / EST 3AM
    End: Japan Time (JST) 6:00 PM / CET 10AM / EST 4AM

  • Aquaphotomics Webinar « Brain, Water and Consciousness »

    Aquaphotomics Webinar « Brain, Water and Consciousness »

    Recording

    Dear friends and colleagues,

    We are delighted to announce that our upcoming webinar will feature Dr. Joachim Keppler, a distinguished physicist and researcher who has made significant contributions to the fields of theoretical particle physics, data science, artificial intelligence, and the scientific exploration of consciousness.

    Dr Keppler studied physics at the Friedrich-Alexander University of Erlangen, specializing in quantum field theory, and earned his PhD for contributions to theoretical particle physics. He subsequently worked in industrial research and development, holding prominent positions in data science and artificial intelligence fields. Beyond his interest in comprehending foundational physical principles, he has consistently pursued the question of how consciousness can be integrated into a unified worldview. In 2012, he established the research institute DIWISS, funded by private foundations, focusing on the scientific exploration of consciousness. DIWISS follows an interdisciplinary approach at the intersection of theoretical physics, cognitive neuroscience, and the philosophy of mind.

    Dr Keppler’s work is centered on revealing the fundamental mechanisms underlying conscious processes. In order to get closer to this goal, he has developed a quantum field-theoretical model of brain dynamics, shedding new light on the emergence of collective phenomena and the formation of synchronized neural activity patterns, which are central characteristics of the neural correlates of consciousness.

    In our November webinar, Dr Keppler will deliver a presentation on “The Role of the Brain’s Neurotransmitter-Water Matrix in the Formation of Conscious States”. This model addresses the interaction of the brain with the vacuum fluctuations of the electromagnetic field, referred to as zero-point field (ZPF). In this interaction, the neurotransmitter-water matrix plays a pivotal role.

    Model calculations reveal that resonant coupling of the neurotransmitter-water matrix to the ZPF gives rise to macroscopic quantum coherence and the formation of synchronized neural activity patterns, with specific ZPF modes being amplified in response to this coupling. Assuming that the ubiquitous ZPF is not only an energy field but also an inherently conscious medium, the amplification of particular ZPF modes can be interpreted as the activation of particular states of consciousness. These findings suggest that the brain generates a wide range of conscious states by playing chords on the keyboard of the ZPF.

    As usual, the webinar will be held on the Zoom platform and is open to all who wish to attend. Please mark your calendars for the webinar on November 27th (Monday) and register using the provided “Sign up” form. The link to attend the webinar, along with all necessary information will be sent to those who signed up on the day of the event.

    We look forward to your participation!

    Aquaphotomics November Webinar – Schedule

    Time & Date

    Date: 2023/11/27 (Monday)
    Start: Japan Time (JST) 5:00 PM / CET 9AM / EST 3AM
    End: Japan Time (JST) 6:00 PM / CET 10AM / EST 4AM

  • Aquaphotomics Webinar – Water Coherence and Consciousness –

    Aquaphotomics Webinar – Water Coherence and Consciousness –

    Recording

    The presentation slides can be downloaded from here (PDF).

    We are excited to announce our upcoming webinar with Prof. Dr. Guiseppe Vitiello, an outstanding scientist and distinguished researcher with a rich portfolio of scientific contributions. Prof. Vitiello’s extensive research spans a diverse spectrum of fields, including elementary particles physics, neutrino physics, gauge theories involving spontaneous symmetry breakdown, the Anderson-Higgs-Kibble mechanism, quantum dissipative systems, living matter physics, mathematical models of the brain, linguistics, and even critical atmospheric phenomena such as hurricanes.

    Prof. Vitiello has enjoyed fruitful collaborations spanning several decades. His partnerships include a longstanding one with Emilio Del Giudice since 1983, Giuliano Preparata since 1988, and a notable collaboration with the late neuroscientist Walter J. Freeman since 2003. From 2009 to 2022, he engaged in a significant collaboration with Luc Montagnier, the recipient of the 2008 Nobel Prize in Medicine, focusing on the intriguing subject of electromagnetic properties of DNA. He has been invited lecturer at many international conferences on theoretical physics, neuroscience, biology and medicine and is author of about 300 publications in international journals, chapters in monographic volumes, conference proceedings,  and the books.

    In this upcoming webinar, Prof. Vitiello will show the results of a groundbreaking research about synchronized neuronal oscillations that cover extensive brain regions, observed from rabbits and cats to humans, with near-zero phase dispersion. These oscillations occur in the 12-80 Hz range and are not governed by electric or magnetic fields or chemical diffusion. Instead, they are explained by a dissipative quantum model, where collective neuronal activity emerges from the interactions of cortical neurons. This model describes spatial patterns resulting from symmetry breakdown due to external stimuli and aligns with quantum field theory.

    It accounts for the transition from quantum to macroscopic dynamics, as well as the brain’s self-similarity and scale-free properties observed in the laboratory.

    The webinar will be held, as usual, on the Zoom platform and is free for all who wish to attend. Please mark your calendars for the webinar on October 17th and register, using the provided “Sign up” form.

    We look forward to your participation!

    Time & Date

    Date: 2023/10/17 (Tuesday)
    Starts at: Japan Time (JST) 5:00 PM / CEST 10AM / EDT 4AM
    Ends at: Japan Time (JST) 6:00 PM / CEST 11AM / EDT 5AM

  • Aquaphotomics June Webinar – Understanding Macromolecules with Aquaphotomics

    Aquaphotomics June Webinar – Understanding Macromolecules with Aquaphotomics

    Recording

    Dear friends and colleagues,

    We are excited to invite you to our upcoming webinar featuring Dr. Lian Li, associated professor at the School of Pharmaceutical Sciences at Shandong University in China. Dr. Li received his PhD at Shandong University in 2016 and is now a member of Prof. Zang’s research group, where his main research interests are in application and visualization of (near infrared) NIR spectroscopy and Aquaphotomics in pharmaceutical process analysis. In 2022, he received the “Lu Wanzhen Near Infrared Spectroscopy Youth Award” from China Council of Near Infrared Spectroscopy. He was also a winner of the Best poster award at the 4th International Aquaphotomics Conference in 2021.

    In this webinar titled “Application of aquaphotomics in understanding the behavior of macromolecules,” Dr. Li will discuss some typical applications of aquaphotomics in human serum albumin (HSA), peanut allergens, hyaluronic acid (HA), and stevioside analysis which have been investigated in his group. Proteins and carbohydrates are important elements in pharmaceutical manufacturing, and better understanding of the manufacturing process, and the role of water in it, is crucial. Water can be a potential probe to characterize minor, but very important changes. Dr. Li will demonstrate how water can be used as a powerful tool to understand the microworld with aquaphotomics.

    The webinar will take place on June 20 on the Zoom platform and is free for all attendees. Please use the “Sign up” form below to register.

    We look forward to your participation!

    Aquaphotomics June Webinar – Schedule

    Time & Date: 2023/06/20 (Tuesday)

    Starts at: Japan Time (JST) 5:00 PM / Central European Summer Time (CEST) 10:00 AM / Eastern Daylight Time (EDT) 4:00 AM

    Ends at: Japan Time (JST) 6:00 PM / Central European Summer Time (CEST) 11:00 AM / Eastern Daylight Time (EDT) 5:00 AM

  • Aquaphotomics May Webinar – Quantum World of Liquid Water

    Aquaphotomics May Webinar – Quantum World of Liquid Water

    Recording

    Dear friends and colleagues,

    We are excited to invite you to our upcoming webinar featuring Dr. Antonella De Ninno, a distinguished researcher in quantum electrodynamics (QED) coherence in condensed matter and the two-fluids nature of liquid water. Dr. De Ninno obtained her Physics degrees from the University “La Sapienza” of Rome and has been a researcher at the Italian National Agency for New Technologies, Energy and Sustainable Economic Development (ENEA) since 1987, where she has published over 80 research items.

    Her collaboration with famous Italian theoretical physicists Giuliano Preparata and Emilio Del Giudice has led to a deep understanding of the two-fluids nature of liquid water and its role in biology through the concept of quantum electrodynamics (QED) coherence in condensed matter. This theory provides an innovative approach to the supra-molecular structure of liquid water and its exceptional role in biology. Dr. De Ninno has also worked on several experimental layouts, such as FTIR, X-ray fluorescence, and THz spectroscopy, to demonstrate the two-fluids nature of liquid water. She has shown a keen interest in the effect of ions on the structural order of water, and QED has provided insight into the physical mechanism of interaction between extremely low-frequency electromagnetic fields and living systems.

    In this webinar titled “Two fluids in liquid water: theory and experimental observations” Dr. De Ninno will present a series of simple and reliable experiments that demonstrate the two-fluids nature of liquid water and its implications for biology. Biologists have long envisioned such a model since the 1960s to explain experimental observations on the water surrounding cells and biological tissues. Through molecular spectroscopy (FTIR and NIR) of water solutions, dielectric spectroscopy (TH time-domain), and exclusion zone formation, among other observations, Dr. De Ninno will broaden our understanding of liquid water and its unique properties.

    The webinar will take place on May 16th on the Zoom platform and is free for all attendees. Please use the “Sign up” form below to register.

    We look forward to your participation!

     Aquaphotomics May Webinar – Schedule

    Time & Date: 2023/05/16 (Tuesday)

    Starts at: Japan Time (JST) 5:00 PM / Central European Summer Time (CEST) 10:00 AM / Eastern Daylight Time (EDT) 4:00 AM

    Ends at: Japan Time (JST) 6:00 PM / Central European Summer Time (CEST) 11:00 AM / Eastern Daylight Time (EDT) 5:00 AM

  • Aquaphotomics Spring Webinar – Top Among the Top

    Aquaphotomics Spring Webinar – Top Among the Top

    Recordings

    Dear friends and colleagues,

    We are delighted to announce that our upcoming webinar will feature the distinguished Professor Emeritus, Dr. Yukihiro Ozaki. As one of the world’s foremost leaders in molecular spectroscopy, physical chemistry, and analytical chemistry research, Prof. Ozaki has made significant contributions to scientific and technological advancements throughout his illustrious career. His expertise encompasses a wide range of spectroscopic techniques, including Infrared, Raman, Near-infrared (NIR), Far ultraviolet (FUV), and terahertz spectroscopy. Prof. Ozaki has also been active in applying quantum chemistry to molecular spectroscopy, forging a strong bridge between these fields.

    Prof. Ozaki has written more than 45 book chapters, 17 books, given more than 120 invited lectures all around the world and published over 1100 papers. He has been the embodiment of the motto of his research group, “top among the top” publishing an amazing 30 papers per year from 1999 to 2017! He has received 13 international and 8 Japanese awards, including the prestigious Medal with Purple Ribbon, given to those who have made significant discoveries and inventions in the field of science and technology.

    But all these accomplishments aside, the human qualities of Prof. Ozaki are what make him truly grand. The things that you can not read in his papers or find on Google. For example, that he organized building of a kindergarten and care center for the kids of his researchers. Or that he raised new generations of spectroscopy leaders; many of his former students are now leaders in their fields across Japan and the world. That if you write an email to him, you will probably have an answer within 1 minute! These “little things” that do not end up on front pages or in statistics are what truly make a person remarkable and a leader. Because he inspires us to follow his example!

    His unwavering mission has always been to promote the science and application of molecular spectroscopy throughout the world. During one interview given at the time he received Charles Mann Award, Professor Ozaki eloquently summarized his most significant contributions as follows: 1) pioneering the study of disease mechanisms through Raman spectroscopy, 2) establishing the application of near-infrared (NIR) spectroscopy to physical chemistry, and 3) proposing the use of attenuated total reflection-far ultraviolet (ATR-FUV) spectroscopy.

    We are honored and privileged to have him as a friend and a great supporter, and we invite you to join us for this special opportunity to learn from one of the best scientists and leaders. For this webinar, Prof. Ozaki will talk to us about his latest research results in the field of NIR imaging.

    The webinar will be held on April 11th on the Zoom platform, and registration is free for all who wish to attend.

    We are looking forward to seeing you there!

    Aquaphotomics Spring Webinar – Top Among the Top – Schedule

    Time & Date: 2023/04/11 (Tuesday)

    Starts at: Japan Time (JST) 5:00 PM / Central European Summer Time (CEST) 10:00 AM / Eastern Daylight Time (EDT) 4:00 AM

    Ends at: Japan Time (JST) 6:00 PM / Central European Summer Time (CEST) 11:00 AM / Eastern Daylight Time (EDT) 5:00 AM

  • Aquaphotomics Webinar – Something Different this Spring

    Aquaphotomics Webinar – Something Different this Spring

    Recordings

    Dear friends and colleagues,

    We are excited to announce our upcoming “something novel, something different” themed webinar with Dr. Daniel Fels, a renowned researcher in host-parasite interactions and electromagnetic cell communication. Dr. Fels is not only a world-renowned expert in his field, but he is also an engaging and captivating speaker.

    Dr. Fels received his PhD from the Zoological Institut at the University of Basel in Switzerland, where he conducted research on the manipulation hypothesis in Daphnia and gut-parasites. He later went on to investigate the transmission ecology of Paramecia and micronucleus-parasites as a post-doc at the CNRS and the University Pierre et Marie Curie in Paris, France.

    From 2006 to 2015, Dr. Fels pursued independent research on electromagnetic cell communication among Paramecia at the Swiss Tropical Institute in Basel and the Institute of Plant Physiology at the University of Basel. His contributions to this field have been widely recognized, and he co-edited the eBook “Fields of the Cell” in 2015.

    Join us as we delve into the groundbreaking research of Dr. Fels on intercellular communication through photons. Discover how cells can communicate with each other even when separated by a glass barrier, and how this affects cell division and energy uptake. Don’t miss out on this exciting journey into the fascinating world of cellular communication!

    Please mark your calendars for the webinar on March 14th. The webinar will be held, as usual, on the Zoom platform and is free for all who wish to attend. To register, please use the “Sign up” form provided below.

    ~  Webinar Schedule ~

    Time & Date: 2023/03/14 (Tuesday)

    Starts at:   Japan Time (JST) 5:00 PM

                      Central European Time (CET) 9:00 AM

    Ends at:     Japan Time (JST) 6:00 PM

                       Central European Time (CET) 10:00 AM

    To learn more Dr. Fels’ research, check out this ebook and his previous presentation below.

    Fields of the Cell: Discover the future (click to download)

    We look forward to your participation!

  • 2022nd Aquaphotomics Award Webinar

    2022nd Aquaphotomics Award Webinar

    Webinar Recording

    Dear friends and colleagues,

    It is our pleasure to invite you to the 2022nd Aquaphotomics Award and the first aquaphotomics webinar in the year 2023!

    This time we will have an honor and pleasure to host a lecture by the 2022nd Aquaphotomics Awardee, Prof. Dr Masato Takeuchi. Prof. Takeuchi’s publications are eagerly awaited by our Aquaphotomics Research Department. His works are unique and set the example of how clearly and beautifully all the intricacies of molecular structure of water and related functionality can be described based on the information extracted from the measured spectra.

    In his hands, spectroscopy is like a super-power tool that allows him to observe the molecular structure of water as if he is looking at it with a microscope. The assignment proposed in his papers proves the existence of already discovered and defines new Water Matrix Coordinates (WAMACS). Therefore, his work makes a significant contribution for the development of aquaphotomics and we are happy to hear him talking about his latest discoveries.

    In the lecture, Prof. Takeuchi will talk about the mechanisms of dehydration of hydroxide and hydration of oxide, as well as adsorption of water on zeolites and if time allows, he might touch on some other related phenomena.

    Please mark this date and time in your calendars, and join us on 10th February, 5pm JST. Please find all the information about the lectures at the schedule below. The webinar will be held using Zoom platform free for all who wish to participate. All you need to do is sign up for attendance using a “Sign up” form provided below the schedule.

    This is the webinar you should not miss! Whatever your field of work is, if you are interested in water, in aquaphotomics and/or using spectroscopy, you will be enriched by this experience and you will also eagerly follow the work of Prof. Takeuchi.

    2022nd Aquaphotomics Award Webinar – Schedule

    ~  Webinar Schedule ~

    Time & Date: 2023/02/10 (Friday)

    Starts at:   Japan Time (JST) 5:00 PM

                      Central European Time (CET) 9:00 AM

    Ends at:     Japan Time (JST) 6:00 PM

                       Central European Time (CET) 10:00 AM

    Prof. Dr Masato Takeuchi

    Department of Applied Chemistry, Graduate School of Engineering, Osaka Prefecture University, Osaka

    Near-IR spectroscopic observation: dehydration of hydroxide and hydration of oxide

    To tackle global warming issue due to escalating CO2 emission, researches have focused on the effective use of unharnessed thermal energy using chemical heat storage (CHS) materials. For example, dehydration of Mg(OH)2 and hydration of MgO correspond to storage and output processes of thermal energy, respectively. In this lecture, the mechanism of Mg(OH)2 dehydration and MgO hydration by using NIR spectroscopy will be presented. In addition, some of the phenomena related to adsorption of water will also be discussed.

    Credit: J. Phys. Chem. C 2021, 125, 20, 10937-10947
  • Farewell to 2022 – Aquaphotomics Bōnenkai Party

    Farewell to 2022 – Aquaphotomics Bōnenkai Party

    Webinar recording

    Dear Friends,

    In Japan there is a beautiful tradition to have a party at the end of the year. It is called “Bōnenkai” and it is a drinking party where typically friends or co-workers get together to have some drinks and forget all the woes and troubles of the past year enjoying each other’s company.

    It is our pleasure now, to invite you to come to our last webinar this year, Farewell to 2022 – Aquaphotomics Bōnenkai Party which will take place on 2022/12/23 (Friday), 5PM JST (9AM CET). The webinar will be held using Zoom platform as usual; free for all who wish to participate. All you need to do is sign up for attendance using the form below.

    In this webinar Assoc. Prof. Jelena Muncan will give an overview of the work done during 2022, the major achievements and new discoveries, and Prof. Roumiana Tsenkova will talk about the future plans. And there is a special surprise this year! Aquaphotomics Research Department and Aquaphotomics Society will be presenting an award for the scientific publication which made a significant contribution to our development in the year 2022! The name of the winner is secret and it will be only revealed at the webinar (even the winner doesn’t know)!

    In the spirit of Bōnenkai party let’s remember together the best moments of 2022 and celebrate our achievements and discoveries! We are looking forward to seeing you at the Aquaphotomics Bōnenkai Party! Don’t forget to bring your favorite drink!

    WEBINAR: Farewell to 2022 – Aquaphotomics Bōnenkai Party 

    ~ Webinar Program ~

    Opening of the webinar and introduction by Prof. Roumiana Tsenkova

    ₰

    “Aquaphotomics achievements and discoveries in 2022” by Assoc. Prof. Jelena Muncan

    ₰

    Road ahead – Concluding speech by Prof. Roumiana Tsenkova

    ~  Webinar Schedule ~

    Time & Date: 2022/12/23 (Friday)

    Starts at:   Japan Time (JST) 5:00 PM

                      Central European Time (CET) 9:00 AM

    Ends at:     Japan Time (JST) 6:00 PM

                       Central European Time (CET) 10:00 AM