Author: @Bea

Young Scientists

Trust in (Young) Scientists

Listen to these young scientists and learn more about their work, their questions and why they believe it is important what they are doing.

We produced these four videos together with the Global Young Academy working group “Trust in (Young) Scientists”.

“Worldwide, there are worrying signs of falling trust in scientific knowledge. The denial of climate change, the anti-vaccine movement, and religious rejections of evolutionary biology are some of the most prominent examples, but they might be just the tip of an iceberg. The causes of this development are complex. But in an age of “hyperspecialization” (Millgram 2015), trust in scientific knowledge is essential: people simply cannot have expertise in all the areas that are relevant to their lives.

It seems that one of the core issues of the problem is that the general public often knows very little about why it should trust scientists, and how much work and care go into establishing scientific claims.

This GYA working group starts from the belief that by better explaining how science actually works, and by showing some of the faces behind the anonymous façade of “science”, trust can be regained.”

https://globalyoungacademy.net/activities/trust-in-young-scientists/

What do you explore in your research?
How do you generate new ideas?
What kind of obstacles do you face in your research?
What does the scholarly community do to make sure that mistakes are discovered and corrected?

Mahesh Kumar

Mahesh Kumar
Assistant Professor, Electrical Engineering
Biography:

Dr. Kumar has received M.Tech degree in Solid State Materials from IIT Delhi and Ph.D degree in Engineering from IISc Bangalore. He worked at Central Research Laboratory of Bharat Electronics Ltd. (CRL-BEL) Bangalore as Scientist from 2005 to 2013.

During his stint at CRL-BEL, he has worked on industry-academia collaboration that involved CRL-BEL and Materials Research Centre, IISc Bangalore. He was involved in the development of GaN based blue LEDs, Quantum-well infrared photodetectors, Solar cells and III-V quantum dots based detectors. He also worked at University of Paderborn, Germany as visiting scientist under Bilateral Exchange Programme of INSA. He has received INSA Medal for Young Scientists-2014,the MRSI Medal-2016 by Materials Research Society of India, Young Achiever Award-2016 by Department of Atomic Energy and ISSS Young Scientist Award 2017 by the Institute for Smart Structures and Systems.

He has been awarded among top-10 outstanding reviewers for CrystEngComm (RSC) in 2016. He is founding Member and Chair of Indian National Young Academy of Sciences (2015-2019), Member of Global Young Academy (2017-2022) and IEEE Senior Member from 2016. He has been selected for the prestigious Bhaskara Advanced Solar Energy Fellowship supported by the Department of Science and Technology, Govt. of India, and the Indo-U.S. Science and Technology Forum. He has published more than 80 research articles.

Sustainable Energy, Science, Education: working for a better future in India.

What separates developing and developed countries? What does it take to close that gap and eliminate all progress borders? Doctor Mahesh Kumar explains the scientific and research steps to take to bring developing countries into the future.

As Assistant Professor of Electrical Engineering at the Indian Institute of Technology Jodhpur, Doctor Kumar is developing new ways to bring sustainable energy to the farthest communities, working on building awareness as much as on the applications of better and friendlier consumption methods for India and the world.

Doctor Kumar is also Chair of the Indian National Young Academy of Sciences, which works on building a network that interconnects fellow scientists with each other and with government authorities in order to bring attention to the scientific and educational potential growing in the country.

Watch the trailer:
Watch the video:
Listen to the Audiofile here:
Read the transcript of Mahesh Kumar's Video here

Nerina: Thank you so much for joining me. Could you please introduce yourself?

Mahesh Kumar: I am Doctor Mahesh Kumar, Assistant Professor at Electrical Engineering at the Indian Institute of Technology Jodhpur. I am also Chair of the Indian National Young Academy of Sciences.

Nerina: What is your research focused on?

Mahesh: I am working on electronic material for energy-efficient devices, such as light-emitting diodes and sensors for environment monitoring.

Nerina: Why this topic? What is its relevance?

Mahesh: If we see in the future, energy will be the biggest problem, and we have a limited stock of our hydrocarbon fuels. So now we have to start to think on renewable energy sources, such as solar cell, hydro, and wind energy. Also, at the same time, we have to think on energy-efficient devices; we have to make some devices. By using this one, we can save the power.

Not only the power production is important, but at the same time, power consumption also has the same importance. If we see the last 20 years’ data, worldwide we have increased the electricity production almost double. And if we see in the developing countries, for example in India, we have increased our electricity production by five times.

But what about the consumption? At the same time, our requirements also increase. So today’s demand is that we have to make the devices that can save the power and can give the same output at a low power consumption.

Nerina: What are you working on right now?

Mahesh: Right now, I am working on light-emitting diodes by using the gallium nitride, and in 2014, Professor Nakamura and two more professors got the Nobel Prize on this. So, if we see the worldwide power consumption, around at 10 to 20% power consumption is only on the lightening, and by using these LEDs, we can save around 80 to 85% of the power. If we compared it with our ordinary bulb, the power consumption is very less, and the same light we will get by using the 8 or 10 watt LED, when an ordinary bulb will have to use the 100 watt. This one is because of the conversion; in light emitting diodes, conversion efficiency is very high compared to the ordinary bulb.

Nerina: What are the challenges here?

Mahesh: The biggest challenge is the awareness. If you compared with the conventional bulb, light-emitting diodes are a little bit expensive, because to make these devices, initially we have to spend a lot of money. We have to grow by molecular beam epitaxy, or MOCVD, and this equipment is costly; we have to set up a publication lab for gallium nitride technology. So, in this early cost of these devices, it’s hard, but if we see it in two years, we will get the same, this benefit by saving energy.

So we have to aware the society to use light-emitting diodes in comparison to conventional bulbs.

Nerina: How is the situation in India and how can your research contribute to improve it?

Mahesh: One project I’m currently working on is the Perovskite solar cells. The basic idea is that we can make flexible solar cells, and with these solar cells the efficiency is higher than with the silicon cells. But again, the issue is how to make the long life, because this efficiency degraded very fast. Here, we have to make these solar cells sustainable, so we can use them for a longer time. We have increased our resources in this one. We have increased our production, but still, the power production is not sufficient for the country.

If you see the solar light, we are getting the maximum. For example, in Pushkar, Rajasthan, Gujarat, we are getting the maximum solar light. And the rain or cloudy duration is very less. So here, we can use these solar cells, and we can convert maximum photo energy into electricity.

Another thing is that in Rajasthan, we have minimum water resources, so we cannot generate the power by using the water, by using the hydropower. So, we can use these solar cells and we can convert the photoenergy into electricity, and basically we can make the system sustainable.

Nerina: What does it mean for you to be a scientist in India?

Mahesh: We have big responsibilities. As a scientist, not only I have to see the wide, wide problems, but I also have to see our local issues. For example, in the Rajasthan, the power transportation from one city, from one place to another place, is difficult here. So we have to see if you can use, if you can generate in local village or town energy by using the solar cells, and if you can make the village sustainable, and at least in energy, if we can provide the same energy watt hey will consume there, that will be good.

Nerina: What kind of society do you dream of?

Mahesh: Basically, I want a society in which everyone should get the same right. We should not differentiate based on the economy, based on any religion, so everyone, all kids should get the same facility here.

If you see the worldwide view, we are all working for the human. We are the same. Our cultures are different, but sometimes we are facing multiple issues. I cannot go to that country, or I cannot invite from the neighboring country, or some other country. I would remove the borders, because all people are the same. I will not discriminate based on religion, based on geography, or based on any other practice. All humans are the same for me.

Nerina: What types of research are more needed in India?

Mahesh: In India we have much talent. We need some type of networking, some very good rue policy, and we need some interconnection between the scientists, and also between the government and the scientists.

Nerina: And you are contributing to improve this through your work with the young academy, right?

Mahesh: Yes. Indian National Young Academy of Scientists started in 2014, so you can say this is a very young academy. The main object of this academy is that we have to make more networking among Indian scientists. We have to discuss our local issues, and then we have to come up with solutions, because if we are pressing the problem, we should think, discuss, and try to give the solution to society.

Another goal is to promote our science to society. We have to into the rural villages in remote areas, and we have to explain to the government people what we are doing. We have to conduct our next game, and we have to basically attract more students to our science.

Nerina: What are the main points you are trying to contribute to?

Mahesh: On the main issue, we are working on health, how to improve our health facilities. The second one is the energy; how to make a sustainable energy system. The third issue is education; how to provide high quality education to everyone. And fourth one is the food here. In few parts of our country we don’t have sufficient food; our government is working on this one and our academy as well.

We have to aware our society to these issues. We have to implement these policies in all areas of our countries.

Nerina: If you could change one thing, what would it be?

Mahesh: If we focus on these issues, then we can work from a developing to a developed country.

Basically, all these things will come from education, so one thing I want to change is our education system; every kid should get education. Second, I want to aware society of what is good and what is bad. For example, our government has stared so many campaigns; if we see, we have a big campaign in India, and all these kids are throwing whatever waste that they have in dust bins.

Nerina: Do you have a dream?

Mahesh: I’m working on applied research. Basically my dream is that I want to make a few products, so that by using them, society can benefit, and I want to take my country from developing to developed country. In the coming ten, fifteen years, I want to see my country as a developed country.

Nerina: What is life about?

Mahesh: What is life about? I can say life is only relation. We have to make more friendships. We have to treat people equally, and listen to people, and try to solve their problems. This is life, and we have to learn from the mistakes. We should not think, always, I will get the success; sometimes failure is also important. We should learn from mistakes and failures and, again, we have to try. We should give our best to achieve something, and we should not worry so much about the result.

Nerina: What inspires you?

Mahesh: Generally, I read the biography of scientists. And if you see, many great scientists came from very poor families, and then they contributed to society.

Nerina: And what is your background? What is your story?

Mahesh: I was born in a very small village, and I have struggled a lot for higher education, but thanks to our government there are many fellowships, and by getting those fellowships I came to this level. My father only passed until sixth grade, and my mother never went to school. And I did my double Master, and I did my PhD. My parents believed in me, and because of their grace, today I’m in this position.

Nerina: What would you tell your parents, or what would you tell your children? Like a message for your parents or a message for your children, or for both.

Mahesh: For my kids, I want to make them good human beings. And my parents, I want to thank them, they have believed in me. They don’t know what research I’m doing; they know I’m a professor, but they don’t know about my research. So, I would just like to thank them. They are not higher educated, but they believed in me, and they believe on my education. They gave me the highest education.

Nerina: Thank you so much for this conversation.

Mahesh: Thank you so much.

Nerina: And thank you for watching, thank you for listening, and thank you for sharing. Keep wondering, and see you soon again. Bye and ciao.

Biography:

Dr. Kumar has received M.Tech degree in Solid State Materials from IIT Delhi and Ph.D degree in Engineering from IISc Bangalore. He worked at Central Research Laboratory of Bharat Electronics Ltd. (CRL-BEL) Bangalore as Scientist from 2005 to 2013.

During his stint at CRL-BEL, he has worked on industry-academia collaboration that involved CRL-BEL and Materials Research Centre, IISc Bangalore. He was involved in the development of GaN based blue LEDs, Quantum-well infrared photodetectors, Solar cells and III-V quantum dots based detectors. He also worked at University of Paderborn, Germany as visiting scientist under Bilateral Exchange Programme of INSA. He has received INSA Medal for Young Scientists-2014,the MRSI Medal-2016 by Materials Research Society of India, Young Achiever Award-2016 by Department of Atomic Energy and ISSS Young Scientist Award 2017 by the Institute for Smart Structures and Systems.

He has been awarded among top-10 outstanding reviewers for CrystEngComm (RSC) in 2016. He is founding Member and Chair of Indian National Young Academy of Sciences (2015-2019), Member of Global Young Academy (2017-2022) and IEEE Senior Member from 2016. He has been selected for the prestigious Bhaskara Advanced Solar Energy Fellowship supported by the Department of Science and Technology, Govt. of India, and the Indo-U.S. Science and Technology Forum. He has published more than 80 research articles.

Maddalena Bertolla

Maddalena Bertolla
PHD student of physics

The reason I studied physics was to keep my curiosity bright. This same curiosity brought me to face the challenge of a PhD. But the most difficult part is to explain what I actually do, to convey the feeling of what research means. This is the reason why I decided to become a Traces.dreams ambassador, to help widespread the different research activities and hot topics studied by the people I’ve met in the past years.

My research field is quite diverse: from biophysics to physics applied to the textile industry. In my Master’s thesis, I researched the properties of artificial antibodies, called molecular imprinted polymers, to help the detection of biomarkers of diseases such as anemia. In my PhD I investigated a process called interlacing, in order to monitor it online during the industrial production.

What is important for me? To keep on discovering. I want to help connect people with the same desire to investigate the unknown. This way they can improve their job since research is the result of exchanging ideas among people working in different fields.

Amanda Fernandes

Amanda Fernandes
PHD student of clinical oncology

My research is focused on Immunophenotyping, Natural Killer cells characterization, and minimal residual disease evaluation on acute myeloid leukemia.

Being a Traces.dreams ambassador really caught my eye because I saw an opportunity to show the work of many brilliant researchers around the world whose studies really matter and could change lives and make a difference to the world. With this opportunity, I will be able to share stories not only about science, but also about people and their dreams and efforts to make that happen, which can inspire others to pursue and fight for a better world and show the beauty and importance of scientific discoveries to the population worldwide.

Orakanoke Phanraksa

Orakanoke Phanraksa
Intellectual Property Laws and Policy
Biography:

Dr. Phanraksa received Ph.D. degree in laws from the University of Washington, Seattle, in 2005. She is currently with the Technology Licensing Office, Technology Management Center at the National Science and Technology Development Agency, Pathumthani, Thailand, as a manager of the Intellectual Property Policy group.

She has involved a number of research projects, with a focus on intellectual property management and technology transfer such as the benefit sharing policy from intellectual property commercialization project; the interface between intellectual property and anti-trust laws project; and the access and benefit sharing for biodiversity in research and development institute in Thailand project.

She also serves as the working committee for the University-Business Incubation (UBI) Project and the Technology Licensing Office Promotion Project of the Higher Education Commission; and the Thai Patent Law Amendment of the Department of Intellectual Property, the Ministry of Commerce Thailand. Recently, she has engaged in a national research project with the National Science, Technology and Innovation Agency to develop a policy framework to promote the role of Small and Medium Enterprises (SMEs) in research and development in Thailand.

A change-maker with a passion for people

When great ideas come to pass, researchers always find that there is an entire path to take that goes beyond discovery, and that is where Orakanoke Phanraksa and her team of Intellectual Property experts come in. Working with the National Science and Technology Development Agency in Thailand, Orakanoke is a member of the Intellectual Property Policy group, overseeing the creation of patents and the development of this field.

IP procedures are a major part of the scientific process, often overlooked until the time to file a patent comes. As co-chair of the Global Young Academy, Orakanoke works tirelessly to introduce Intellectual Property education to new professionals in the scientific field, opening new opportunities for both business and academy.

As a strong representative of the Asian scientific community in the GYA, Orakanoke aims to inject the values of her culture to the realm of interdisciplinary projects and increase the presence and value of IP concepts and applications in both researchers and Thai citizens.

Watch the trailer:
Watch the video:
Listen to the Audiofile here:
Read the transcript of Orakanoke Phanraksa's Video here

Orakanoke Phanraksa: Good morning, Nerina.

Nerina: Thank you so much for joining me. Could you please introduce yourself?

My name is Orokanoke Phanraksa. I’m originally from Thailand. I work as an intellectual property lawyer at the National Science and Technology Development Agency; we call ourselves NSTDA. NSTDA is under the Ministry of Science and Technology in Thailand.

Nerina: What is your main work focus?

Orakanoke: Ok. So during the first, let’s say, five years, I’ve been providing intellectual property related advice to in-house researches, as well as to universities who received a funding from NSTDA. But later on, I had the chance to get involved with many national projects, including university test incubators, and university licensing office projects and that has allowed me to move further to work on IP related policy at a national level.

Nerina: Dealing with intellectual property, you move between research and business right?

Orakanoke: Look at it this way. At NSTDA, I’m working for the Technology Licensing Office; there, part of my job has been prosecuting the protection of research outcome at NSTDA, and later on, when we find potential customers or licensees, a contract will come back to my team to help review the contract in order to make sure that the research form the public sector could be properly licensed out to the private sector, and that’s how the research has been commercialized from NSTDA to the society.

Nerina: What are the challenges from a researchers’ perspective and from a business perspective?

Orakanoke: In the context of Thailand, this includes trade elements: the researchers, technology licensing officers and industry. Starting from the researchers themselves, it also involves the funding system, because in the beginning, if the funding doesn’t really focus on application, it’s really difficult for the middle person, like my office, to try to push the technology to the industry.

Also, oftentimes we’ve found out that the researchers are very proud of their babies; they believe that they could be used right up front, with the need sort of upscaling to make sure that it could be applicable at the industrial site. There’s a lot to do with the mindset and understanding from the researchers’ side.

As for the technology licensing officers, sometimes called licensing agents, in Thailand, it is kind of an emerging career. In other words, we don’t have many experts in Thailand, in particular when talking about intellectual property licensing, or international deals, as well, so the language could be a barrier, so that’s why at the moment, it’s being promoted as a career path and capacity for people in this field.

Moving to the third element, which is industry; because I work for the government, and therefore the government is trying to promote the transfer of technology to SME’s – small and medium enterprises -, not large scale, and therefore, there is a need in Thailand to catch up with what is ongoing.

They normally expect cheap or free technology from the government because they believe it is from the tax money, but nonetheless, we invest a lot in our research, and therefore, there’s a lot to do with educating our industry, and also the capability of the industry itself because, in order to use our research, it’s important for them to really learn, not just to buy out, like in the past, or get it for free without any charge. So that’s what I see happening.

Nerina: In your opinion, what are the steps or the changes that Thailand needs?

Orakanoke: At the moment, our current government is trying to promote the increasing numbers of patents filed by Thai nationals. There are three types of patents: patent invention, patent design, and petty patents. In Thailand, statistically, the design patent is the top one that many Thais have been flying, but in many developed countries, the file reports on the patent invention are more complicated, so when we look at the statistic of the Thai national filings, we find that we couldn’t really catch up with the foreigners who filed the patent inventions in Thailand. Because of that, our government is trying to explore better ways to motivate Thais, not just scientists, to find more protection on patent inventions.

I would say that for my office, which is under the Ministry of Science and Technology, we are finding this as a challenge because authority believes that we should be able to be a focal point to help build awareness of intellectual property rights, but at the same time, we also see that the Ministry of Commerce would help, and we work closely together to help build awareness.

But most importantly, there’s a lot to do with the research system in Thailand, because to come up with the great inventions, you need to come up with a systematic continuity of the funding because you cannot produce something within a year without a value. It may happen, but to find a bridge to technology requires lots of investment in R&D.

Nerina: If you had the power to change something tomorrow, what would it be?

Orakanoke: Regarding what my team and I have been working on, we have been insisting on trade elements. This is even with the proposal of our government. We’ve talked about intellectual property in the context of developing countries; I believe that human capital is the most important element, because it takes years for a licensing agent or a patent agent to become a professional, and therefore we insist in investment on human capital in this field. We would like our government to help promote the career path and capacity building of intellectual property professions in Thailand, and I would say that not just in Thailand, because we grow together. Thailand is part of the ten ASEAN countries in Southeast Asia so this is what my team in NSTDA has been working together with other colleagues in ASEAN.

So there is the element of human capital, but researchers are also important. When we talk about researchers or scientists in Thailand, we also include those who work in the academic environment, and when you talk about the academy environment, the main pillars are to teach, and clearly societal engagement, but also to do research.

How could they have sufficient time to do research in addition to an overwhelming teaching load? So with that in mind, we also would like to propose to our government to revisit the current curriculum, because when we talk with our colleagues from developed countries, they teach for about an hour for one subject. Why teach three hours for one subject? With that kind of time requirements, you also need extra time for preparation for your class, it is quite a challenge for the academicians to have enough time to do good research. That covers the insufficiencies of time for our researchers.

Now I have covered human capital, professionals and researchers. Next is the research funding. I’m aware that funding issues are everywhere, not just in developing countries, but to have a clear direction, and also to promote continuity is very important. It’s not just about changing the policy every year; it’s important to have a good national research plan, and also sufficient patent funding for the researchers.

Eventually, we see that the ecosystem is important, so education for Thais is also important. It’s not just about turning students into professionals, but Thai citizens, including the industry, need to be educated as well.

Nerina: And how did you get into this field of studies?

Orakanoke: Well, it was not my plan to become a lawyer. I originally wanted to be an artist; I love arts and painting, but it’s about the University process in Thailand, where you are allowed to choose five departments that you would like to go through. I chose Arts at the beginning, but then because of my family – my dad and my grandfather -, they were judges, so I was interested in following their path. On the one hand, I had been seeing that career since I was young, so I wanted to find something different, but on the other, I also see that it is such a respectful career, to be a judge.

I tried to go somewhere in between, to choose a legal path, but not exactly that which my dad is. I tried to contribute one way or another to work in the public agency and help provide advice to researchers, rather than being a businessman or a judge like my dad.

Nerina: As a lover of art and a lawyer, how do you combine these two passions?

Orakanoke: Being a lawyer is not completely separate from being an artist, because being an artist you also need to observe people, and a bit like a scientist, I study people and their backgrounds to make sure they get the best advice, but I also study who they are. As someone who wanted to be an artist, whenever I work with other scientists I look at them as persons. This has somehow taught me to learn to get to know people better.

Nerina: A very interesting perspective. How did your culture and your background help you on your journey?

Orakanoke: I would say that growing up in the Asian culture environment helped a lot because we are bonded together and we often remain together. This is a case of other people, as well. I’m the middle child, and when we went to school when we were young, it was my dad who gave us a ride every day; the traffic in Bangkok was really bad, so it could take you up to two hours one way, so when we got stuck in traffic I would do my homework in the car and ask my dad for questions or tutorials in the car, and that’s how I grew up.

That’s how things were with my family, and you can see that we spend time together, we have dinner together; it’s not forever, but I saw my parents raise three children up and that is how our culture plays into our children, into the people in Thailand, and I’m sure you’ve seen many Asians traveling overseas, but at the end of the day, they would love to come back to their home country, and this is the case for many Thai people.

Nerina: Is there something special that the world could learn from Thai culture?

Orakanoke: I would say that being considerate is the first thing because these days the world is so small. You connect to people and to be more considerate, to think about others is the way to be, because can you imagine if people became more considerate towards each other?

Nerina: You are an alumna of the Global Young Academy and you were a co-chair. Can you tell us a little bit about this?

Orakanoke: I’m not the champion co-chair, because it was not my intention to run for this position, it’s just only that I want to contribute to the scientific community, since it’s such a great community, as you may have observed. I also have to thank the GYA, because it has allowed me to meet many great people, not just at the same pier, but also at the higher ranking authority and this has allowed me to speak in front of a public, and normally I’m a quiet person.

It’s also allowed me to really learn and hear advice from our advance report members, who are so recognized at an international level. It’s given a great connection to key people in different continents, because for someone in Thailand, how could you reach out to people in Latin America, in Africa, in particular, if you talk about collaborations between Asia and Latin America? They’re so far away from each other, and the GYA allows me to reach out to friends in other continents, and in return, I’m not here to just gain. It’s important to me, and I believe I would advise other scientists or GYA members, to learn to return or give back to the GYA.

Whenever I travel, I try to see what else I could bring back to my desk here in Thailand, and also Asia, and that’s how I reach out to other connections and make sure that things work. That things that never existed before, I try to make them happen, just because I see that certain groups are out there, so why not make it happen in my own region?

Nerina: What is the most important lesson you have learnt?

Orakanoke: I enjoy seeing that it’s such a beautiful thing being with the GYA to learn, to be with different cultures, backgrounds, and disciplines, but the fact that to believe that you know people enough? It has never been enough. Because the rest might be aware that in working with Asians, Asians don’t speak out. We are quite shy, but as a matter of fact, it comes to the individual basis: people are different. Language-wise, even though you understand English, it comes to each individual person; you really learn to work with people.

Of course, working with a big community means there could be many disagreements, and you need to learn to work with people, so I have learned to be very diplomatic in order to make things work. That is how the leader or the co-chair needs to work things out because otherwise, you can’t really move things forward. So, I would say it has, by measure, taught me to learn to really be diplomatic, to really work with people from different disciplines and cultures.

Nerina: How do you see the role of researchers in driving change?

Orakanoke: To make a change, there are many levels. You don’t have to go big right at the beginning, because, for example, I see myself as a working ant, and you need to have a great group of working ants to make things happen. Also, priority and progress are important; you may want to solve many problems in the world, but it’s important to learn what is your first priority, what are you capable of because otherwise, you are achieving nothing.

Having worked with the GYA, I learned to share my experience with other junior GYA members, so I often ask them ‘what are you passionate about?’, because whenever you work from your heart, it tells you the direction to the next step. I always found myself wanting to do many things, but at one point, you find that you need to choose, and that is what tells you that you can make change bit by bit, but just pick the right project, and if you don’t find the right one, you have the right to change as well.

Nerina: How about you? What is next for you? What is your passion?

Orakanoke: My passion is still with human capital, because having worked with the GYA, I get involved with a group of young scientists, so I’ve been working with ASEAN’s Science Leadership Program in Asia; that is a scientific community, and when we talk about ASEAN it includes only ten countries, but now I’m trying to move to include East Asia and even Australia, New Zealand and India.

That’s what I’m working on at the moment for a group of scientists, but at the same time it has been my dream to inject the element of intellectual property rights to this group of young scientists, because apart from what I’m doing with the GYA, or young scientists or national young academics, I’m also directing another project, where NSTDA has been working with world intellectual property organizations.

We call this project the IP Environment; this is a project in Southeast Asia, so we are trying to work together with IP professionals in Thailand, and trying to connect them with other countries in ASEAN.

Whenever we at NSTDA, or other organizations, are hosting on this theme, we can invite some people from other communities to be our guests, but the big challenge for me is that many members from the National Young Academy or Global Young Academy are academicians, so IP may not be their interest at the moment. But sooner or later, it will be the key element in their lives, so I try to find a proper timing to inject this element into their daily lives.

Nerina: What do you like doing when you are not working?

Orakanoke: Work has become my life, and I don’t really have much of a personal life. Even now, being on vacation, I’m looking to work some more, because I see that there’s a lot to do, and it’s the right timing when you’re capable of making a change, so I say that whatever big part I can do, I’ll carry on with work.

Nerina: What is a personal dream?

Orakanoke: Having been traveling a lot over the past few years, I would prefer to stay home and spend time with my family, with my dad, my brother, my sister, and my dog. I often joke with my friends that my dog, a beagle, is one of the success factors in my life.

Nerina: Who is Orakanoke in three sentences?

Orakanoke: For those who don’t know me, I’m someone who works very hard, for whom work is her life, but people often come to her as a solution provider, despite her expertise as an intellectual property lawyer or as a friend, who will try every bit to help and solve the problems for you.

Nerina: Thank you so much, Orakanoke, for this conversation.

Orakanoke: Thank you a lot, Nerina. I had a great time talking to you this morning, so I hope you find some inspiring information from my story. Thank you.

Nerina: Thank you so much, and thank you for watching, thank you for listening, and thank you for sharing. Keep wondering and see you next time again. Goodbye and ciao.

Biography:

Dr. Phanraksa received Ph.D. degree in laws from the University of Washington, Seattle, in 2005. She is currently with the Technology Licensing Office, Technology Management Center at the National Science and Technology Development Agency, Pathumthani, Thailand, as a manager of the Intellectual Property Policy group.

She has involved a number of research projects, with a focus on intellectual property management and technology transfer such as the benefit sharing policy from intellectual property commercialization project; the interface between intellectual property and anti-trust laws project; and the access and benefit sharing for biodiversity in research and development institute in Thailand project.

She also serves as the working committee for the University-Business Incubation (UBI) Project and the Technology Licensing Office Promotion Project of the Higher Education Commission; and the Thai Patent Law Amendment of the Department of Intellectual Property, the Ministry of Commerce Thailand. Recently, she has engaged in a national research project with the National Science, Technology and Innovation Agency to develop a policy framework to promote the role of Small and Medium Enterprises (SMEs) in research and development in Thailand.

#follow-up with Thomas Arnold | AI, Robots and Humans

#follow-up with Thomas Arnold | AI, Robots and Humans

Thomas is Research Associate in the Human-Robot Interaction Laboratory, at Tufts University in USA and tells us about the last ideas and trends from his lab. Have a watch!

Watch the trailer:
Watch the video:

#PHDstory | Andrea Marchesi

Andrea Marchesi
PhD Student in Chemistry
University of Manchester

 

What do you do your PhD in and what is your main research topic?

My PhD is in Chemistry. I am part of a project funded by the European Union called GLYCOVAX (http://www.glycovax.eu/), and I am trying to synthetize short chains of sugars, called oligosaccharides, using enzymes. Enzymes are protein evolved through time to enable chemical reactions in living organisms, acting like a biological catalyzer. The topic is about synthesizing carbohydrates present in pathogens with the aim of producing new vaccines against them. These vaccines would be directed against bacterial infections that at the moment can cause serious illness in newborn children.

How did you get interested in this particular topic?

I have always been keen on science since I was a kid. I studied Pharmaceutical biotechnology, where I started to love organic chemistry. I started to be interested in carbohydrate chemistry during my Master degree lab work, where I started working with sugars. It is a very challenging field of chemistry, and really, either you love it or hate it. In my case has been the former. I developed a small expertise in the field after one year of internship, so I choose to continue with it. Furthermore, I have always been keen on pharmaceuticals and how to solve medical conditions using chemistry and molecular biology, so in this project I fit both my area of interest and my expertise.

Tell me more about it.

Carbohydrates play a wide range of biological functions; from the structural one (all plant cells walls are made of cellulose, a polymer of glucose), to the probably most famous one: supplying energy to our cells. They are an essential class of biomolecules without which life as we know it would not be possible.

They are involved in immunological processes as well: exposed on the surface of the cells as small “flags”, they enable our cells to recognize each other. In the same way, when a cell turns into a cancer cell or a bacterium enters our organism, they show their own carbohydrate “flags”, often developed to escape the immune system or to migrate into specific parts of our body. The aim of our project is to synthesize the carbohydrates flags showed by some of those bad guys (pathogenic bacteria) and use them to develop new vaccines against them. Our immune system should be trained to recognize them and stop the infection immediately .

Is yours going to be a new approach?

My approach is relatively new. In fact, if carbohydrate chemistry started over 100 years ago (if you studied chemistry at school you may have heard of Fischer, one of the fathers of this field), the enzymatic approach to it is quite recent, due to the development in molecular biology technique of the last 30 years. The application of enzymatic synthesis to this branch of chemistry (as in many others) is a great opportunity. Enzymes usually work in more environment-friendly conditions, (i.e. buffers and water instead of toxic solvents) and, as they are the result of hundreds of millions, if not billions, of years of evolution, they are very selective for specific reactions, giving high yields and avoiding the formation of byproducts.

Carbohydrate chemistry can be quite tricky, and applying enzyme to it can speed up the synthesis of molecules of medical interest. A critical point is to discover these enzymes and have them available and active, so I think that for the moment, the chemical and the enzymatic approach should work together.

How is your research going to impact the world?

My highest hope is that my research would lead to a direct impact by delivering a functioning vaccine. Otherwise, I think I will be able to provide new enzymatic tools to make the synthesis of oligosaccharide easier for whoever wants to work on it, so indirectly contributing to a development of other drugs or bioactive molecules containing sugars.

Do you also collaborate with other research groups?

Yes, I do. As I mentioned earlier, I am part of a project funded by the European Union, GLYCOVAX (http://www.glycovax.eu). A key point of the project is to enhance the relationships between future scientists all over Europe by sharing a common project for their PhD project.

I am a PhD student at the University of Manchester, but I am now writing from Milan, where I am working for the next 6 months exchanging expertise and learning different techniques. I personally believe that collaboration is an essential requirement in science nowadays; competences are so specific that you simply just can’t know how to do everything at a top level by yourself. If you want to produce a high impact with your research, you need to collaborate. In our consortium, there are members working on the biological aspect of developing a vaccine and chemists focusing on the synthesis of the target molecule. This way, we can develop special skills in our field and at the same time share knowledge and have the potential to hopefully get to a useful final product

What makes you get out of bed in the morning? What inspires you?

The first thing is probably to solve the day by day challenge I have in the lab, finding solutions and striving for the success of my ideas. Of course, the main aim of the project is very useful, and I would be very happy and proud to achieve it, but sometimes it looks too big or far away, so I find my motivation mostly in solving the small problems I had the day before, knowing that little by little I am building something.

Sometimes, the hopeless experiment is the one that gives you more satisfaction and energy to push your work. Also, learning is something that gives me energy; I know that I am going to be a little bit more skilled than I was yesterday.

Where do you see yourself in 5 years?

My general plan is to go back to Italy and bring with me what I learnt. I feel that I have a strong bond with my country and I want to do something to make it better, even if sometimes it looks very difficult. Therefore, I think I would see myself also working for a private company instead of a university, just to enhance the possibilities of a return, and also to face a different environment.

What makes life meaningful?

My personal idea is that life is meaningful when you are, generally speaking, happy. Very often you can be happy by developing your natural skills and passions, essentially by being who you are. When you love something, (I can think about me and how I loved science since I was a kid), you should really fight for it and never give up. Everything else will come by itself, because when you are satisfied with yourself, everything else is easier.

What does the world need the most right now, in your opinion?

I think the world needs to change deeply. We, as human beings, are still anchored to an old concept of nations, building borders or walls, putting up a rivalry between ourselves, losing a lot of resources or even worse, lives. I am not saying we should lose our cultural roots, (as I said, I am strongly bound to them). I just think that our society should evolve.

Seeing where we are right now, being divided and enemies to one another is no longer a good option. We are a different parts of the same body. We are different from each other; each of us is special for something and we could work together and be a great and powerful athlete, and instead we are standing in a corner slapping ourselves. We can be different and be one at the same time, just humans. Sadly, we can see an opposite trend nowadays.

What is your dream society?

My dream society is one where humankind is united and based on pursuing wellness through science… I don’t know if you have ever watched Star Trek, but more or less that’s the idea.

What does science need the most right now, in your opinion?

I think science needs to be more appealing and less mystified. There is a general lack of trust in the scientific world, generated by the distance between the science itself and the rest of the population. A situation like this was maybe tolerable 100 years ago, but nowadays, the impact of science in our society is exponential. The scientist should become a more common job, the scientific culture should be known at every level of society. Probably better communication and better education for new generations are good points to start with.

Conversation by:
Marianna Loizzi

“Today I have learnt about another application of enzymology: vaccines. I have worked in a similar field of Andrea’s research topic, but the final application of my study was very different. With Andrea I have learnt that one scientific approach can have more than one useful application for the human kind.”

Learn more about Andrea's work:
linkedin.com/andrea-marchesi

 

Conversation by:
Marianna Loizzi

“Today I have learnt about another application of enzymology: vaccines. I have worked in a similar field of Andrea’s research topic, but the final application of my study was very different. With Andrea I have learnt that one scientific approach can have more than one useful application for the human kind.”

#PHDstory | Birgit Zonsics

Birgit Zonsics
PhD of Pharmaceutical Sciences

 

What is your main research topic?

I am a Marie Skłodowska Curie early stage researcher at the School of Pharmacy and Pharmaceutical Sciences at Cardiff University, and my area of research is antiviral drug design. In my PhD project I aim to find new molecules that are active against the Chikungunya virus. I use computational molecular design techniques to select a set of compounds to test in a first antiviral assay. If some of the compounds are active, I will design a set of analogues and synthesize (produce) them so they can be subsequently tested in cell-based and biochemical assays. This is an iterative cycle that leads to improved compounds and maybe a preclinical candidate that can be further developed into a medication against Chikungunya virus one day.

How can I imagine the computational methods that you use?

There are software packages available that contain many functions to play around with chemical molecules and macromolecules, such as protein structures. In my project, I use the crystal structure of a protein, which can be displayed as a sort of 3D image within the program, and I can investigate the surface of the protein itself. Then, there are tools that “dock” compounds (from a virtual compound collection or a commercially available catalogue of molecules) into these cavities and evaluate which molecules fit best. These molecules are the ones we eventually select and synthesize or buy to see if they possess an effect on the virus as we have predicted with the info from biological tests and our computational tools.

How did you get interested in this particular topic?

While studying pharmacy at University of Vienna, I developed a strong interest for computational molecular design. I aimed to do the research project for my diploma thesis abroad and found a supporter in Prof. Gerhard Ecker, who was willing to create a collaborative research project with Prof. Gisbert Schneider at ETH in Zurich. The project was centered around HIV protease and was using a computational de-novo design software developed in Prof. Schneider’s research group. I used this software to generate new potential HIV protease inhibitors, synthesized them and tested the resulting molecules for activity.

This was the beginning of my fascination for antiviral research and the use of computational techniques to facilitate drug discovery for medicinal chemists.

After my graduation from University of Vienna as Magistra der Pharmazie, I worked for one year under training and supervision in a pharmacy to obtain the approval as an independent pharmacist. During this time, I encountered many HIV patients due to the close proximity of a specialized GP. Talking to patients, my desire to make an impact on these people’s lives strengthened and led me to actively look for positions in this field.

I am very grateful for having encountered Prof. Thierry Langer, who was willing to take me as a PhD student in his lab, but was also involved in a European Training Network with the goal of developing new antivirals. Given my experience during my diploma thesis, he encouraged me to apply for a position within the Antivirals network. Eventually I was accepted by Prof. Andrea Brancale at Cardiff University where I started my PhD project in October 2015.

Tell me more about the Antivirals Training Network

It is a project funded under the Horizon 2020 grant agreements of the European Union, and aims at forming a strong network of early stage researchers and developing them into the future leaders in the antivirals field. All students were hired either by a university research group or a company. We are 15 students with very different backgrounds, from computational and medicinal chemists to biologists and virologists. Every one of us has their own PhD project, but we have many possibilities to interact and to collaborate with each other. During the 3 years of the project we also met every 6 months together with our professors and supervisors to receive training and mentoring in various fields related to antiviral drug discovery. Furthermore, we had several activities and trainings related to our personal (career) development.

So, you all collaborate with each other?

Yes! One of the big advantages within the Antivirals training network is the collaborative nature of the project. Although every PhD student in every institution is working on their own independent project, there are a lot of overlaps and synergies that can be turned into fruitful collaborations. All the cell-based assays are performed by colleagues from KU Leuven, and there is also time and funding to develop new and complementary skills. I did a secondment for two weeks in Marseille at the AFMB as well. The group there was working in structural biology to get crystallographic data as well as develop functional assays that can enhance drug discovery in a substantial way.

My favorite collaboration is the one where one of our fellow PhD students (a virologist) came with a freshly published paper of a crystal structure asking me and my colleague if we could do some work on it. Together we designed a stand-alone project that ran very successfully up to now, and parts of it will be published soon.

What motivated you to enter this field of study?

The impact that it makes for the patient. Furthermore, I really like challenges (the reason why I went into medicinal chemistry in the first place) and new innovative methods (that’s how I chose the computational part).

What makes you get out of bed in the morning? What inspires you?

The alarm? No, I am joking, but I prefer to tell you what makes me want to return from holidays: the itching feeling that there is something I haven’t looked at before. I get very excited and curious about new results or about a new idea I would like to investigate.

What really inspires me is listening and talking to charismatic, open-minded people. I am fascinated by the ways science can be communicated to various different audiences, and to see that already these interactions can change people’s lives (in the broadest sense you can imagine here: professors inspiring students, patient stories to scientists and back, children with a dream of groundbreaking new innovations, links between disciplines that did not relate at all, etc…). I am interested in many different fields, not only medicinal chemistry. If I had a couple more lives I would probably study various different subjects like Physics, History, Languages, maybe even something related to Art or Music.

Where do you see yourself in 15 years?

This is a difficult question to answer: There are two faces to that coin: The dream-version and the realistic one. I truly believe that the right opportunities arrive at the right moment, and if we are ready for them, we will be able to take the right decision. But in order to appreciate these opportunities there must be a goal. At the moment my goal is to find my path in the world of academic research and teaching, maybe with a little detour to industry and a little break to start my own family. So if all my dreams work out, I see myself in the auditorium N. 8 at the pharmaceutical institute in Vienna giving a lecture about antiviral drug discovery. I will have several students to supervise and a little research group with a strong common goal: fighting viral infections by all possible means. After work I will pick up my children from school and maybe I will find time for dance lessons with my husband. From time to time I will see my international friends and colleagues at international conferences and visits, and I am striving to tighten and maintain the collaborations with my former colleagues from the industry.

And if the dream part does not perfectly work out, I at least know that I have acquired valuable competences to be employable and that I have set the first stone to a happy life. I will start walking in the direction that seems right, and if I don’t like the path anymore, I will look for another option. It’s all about the willingness to explore and to accept changes when they happen.

What makes life meaningful?

Passing on knowledge to a new generation. Inspiring others to do better than they thought they would. And contributing to make the world a better, fairer, safer and healthier place to be.

If you could, what would you tell your future self?

Never get too comfortable and secure in your setup if you want the magic to happen! And be brave, the only barriers that exist are in your own mind. Keep a critical and curious mind, and never stop trying to become a better scientist and a better human being.

Conversation by:
Marianna Loizzi

“I have always heard about the Horizon 2020 grant agreement of the EU, but I had never really met a student funded by it until I have interviewed Birgit. She was able to collaborate with one other student in virology and design a brand-new research project. It is nice to see as these kinds of grants actually promote PhD projects and collaboration from all over the Europe.”

Learn more about Birgit's work:
linkedin.com/birgit-zonsics

 

Conversation by:
Marianna Loizzi

“I have always heard about the Horizon 2020 grant agreement of the EU, but I had never really met a student funded by it until I have interviewed Birgit. She was able to collaborate with one other student in virology and design a brand-new research project. It is nice to see as these kinds of grants actually promote PhD projects and collaboration from all over the Europe.”

#PHDstory | Federica Diofano

Federica Diofano
PhD Student of Medicine

 

What do you do your PhD in and what is your main research topic?

I’m Federica and I’m a PhD student in the Molecular Cardiology Lab (Prof. Steffen Just) at the Universitätklinikum Ulm. The main topic of our group is to describe, by in vitro and in vivo approaches, the events leading to the development of the heart and to use this information for the development of novel therapeutic options for heart diseases.

How did you get interested in this particular topic?

The heart is an extraordinary organ that can be considered the motor of the human body and for this reason, I think, it’s very important to try to know as much it’s possible about it. Especially because, in the world, cardiovascular disease is one of the major causes of death. Also, I started to be fascinated by the heart and its physiology during the study for my master degree. After my graduation, before I started to look for a position in the cardiology field, I worked for one year in a cancer biology lab and immunology lab. This experience helped me to not only acquire experiences in other fields, but also to understand what I really want to do in my life.

Tell me more about it.

My PhD project focuses its attention on the myofibrillogenesis, which is the process leading to the formation of adult muscular system. Disruption in this process can lead to skeletal and cardiac muscle diseases like the dilated cardiomyopathy (DCM). Since, up to now, the process of myofibrillogenesis is not completely understood and the function of some involved components needs still to be analyzed, in my project I‘m focusing the attention on some components to better understand the interaction pathway.

Is yours going to be a new approach?

No, it is not a new approach. It’s a “classical approach”; I’m using zebrafish as model organisms and I’m doing in vitro (cell culture) experiments.

Do you also collaborate with other research groups? If so, tell me about it.

At the moment I’m not collaborating with other groups.

What makes you get out of bed in the morning? What inspires you?

Every morning I wake up so grateful to the universe because I have the opportunity to do what I really love. For me, it would be very hard get out of bed to do a job I do not like.

A few years ago, during a meeting, a professor said “You can’t stop a biological process”, so this sentence inspires me every day because it means that we still have a lot to learn.

Where do you see yourself in 5 years?

Sincerely, I don’t like to do long term planning. I like to think that the world is so big and there are a lot of chances to take and experiences to live. Up to now, the only plans that I have are to get my PhD and be a good researcher. Where? I don’t know. Let’s keep in touch and I will let you know!

What makes life meaningful?

Knowing that every day there is something to learn and I will never finish learning.

What does the world need the most right now, in your opinion?

Right now people need to become aware of the fragility of the Earth. We should take care of our planet and preserve it for the next generations.

What does science need the most right now, in your opinion?

I think that today, science needs good communicators. Right now, scientists are not able to communicate with the “not scientists” in a clear and simple language, and for this reason people often misunderstand the “scientific messages”. Maybe it is time for scientists to learn how to communicate with the non-scientific community.

Conversation by:
Marianna Loizzi

“I was impressed by Federica’s research project as she is the first scientist I have personally met who is studying the heart. You can see her passion for this magnificent organ coming through her words.”

 

Conversation by:
Marianna Loizzi

“I was impressed by Federica’s research project as she is the first scientist I have personally met who is studying the heart. You can see her passion for this magnificent organ coming through her words.”

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