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Article of the Month jIAPS

jIAPS September Article of the Month: The Good Scientist

Author: đŸ‡©đŸ‡Ž Enrique Casanova, Dominican Republic

Illustrated by: Juan Iribarren, Argentina

Why does it feel like being a scientist is so heavy? Why do science students get so stressed and exhausted? Why do students have a greater tendency to feel dissatisfied with studying, even when it is a subject that they really like?

We live in a world of supply and demand; this is the law to move markets from low prices to high prices and vice versa. Being a variable dependent on human need and whim, this “law” is applicable not only in the economy but also to humans themselves. It even applies to those peculiar and strange people with a little more curiosity, with a little more desire to discover, and with a little more ambition than the rest of the people.

Scientists (also including science students) have gone through different stages throughout history, allowing themselves to be directly or indirectly influenced by society and the human demand given in a certain period of time. From the need for inventions for the great kings to the creations of weapons for the greatest wars, all the demand for new knowledge was (and is) rooted in the main power (or powers, I’m not just talking about the state) – the same one that pays scientists with funds.

Today, there is much more freedom for the researcher. They can even choose research topics to suit their own preference in most cases.

Is this then a total victory for today’s scientist?

Well to put it short:

no
hopefully


We are facing a second problem, which is not directly related to humans; rather it is like the spoiled child who grows very fast and reaches us in height, believing in the long run that he can control us so that we buy him his favorite sweets. Frankly, there are times that it manages to manipulate us, taking away hours of sleep and motivating us to procrastinate, watching videos of kittens.

Technology is the most perfect human creation to satisfy needs: health, water services, electricity, telephones, and endless other things, all to please us. Of course, not all humans have the same facilities to acquire technology, this being the case, unfortunately, of people with few resources or by countries that have more control over the free market.

Believe it or not, technology has not always been in our days, and it is not essential for the survival of us as living beings; although it is totally true that we have placed ourselves at the top, being the dominant living being (on the surface at least) of the planet. We dominate thanks to this, but many times technology dominates us.

Really, in my opinion, that it “dominates” us sometimes is not the real problem in today’s society. Since depending on the habits of the person, they would not necessarily see technology as dominant or something dependent on their life, but as a tool. So the fundamental problem is the exponential advance which shapes our way of living. Simplifying, the individual may not be dominated by technology, but society and science are dependent on it. This is what I wanted to get to, then we are forced to learn to use it, since the value of the individual in society increases by the technologies that they know how to use, and in science the same thing happens.

The value of the scientist can then be subdivided into two categories:

  1. Specific and general knowledge of their area.
  2. Technological, say instrumental, knowing how to manipulate and create devices, or software such as programming languages.

The first is theoretical knowledge, whence its value is highest in theoretical sciences, as well as in pedagogy. This was the prevailing value for a long time. Everyone in their time was dying to see and listen to Richard Feynman giving a lecture on physics, or to read about the debate on Bohr’s quantum physics and Einstein’s relativity. The main characteristic of this class of scientists is creativity. Having knowledge without creativity is totally utilitarian.

While on the other hand, the alternative class of scientists is utilitarian, specializing in having knowledge and knowing how to maximize utility on scientific or technological tools whose main purpose is for development.

The two classes are totally necessary and essential when it comes to research in science. Some clear examples of this type of progress are the European countries: Germany, Switzerland, England, etc. and a clear counterexample is our country (the Dominican Republic). It has great theoretical minds but very few experimental minds due to lack of investment in laboratories and equipment.

The great demand for theoretical but more technological scientists, with a wide range of empirical knowledge and a wide range of experience, is useful for developing experiments and for organizing computational information, including skills such as several languages, good communication, as well as writing and so on.  I could fill this page with all the characteristics, skills, aptitudes, and attitudes that make up a good scientist today. This great change in the last 250 years in human development has generated and will continue to generate a constant and heavy stress on today’s students of science, especially, in my opinion, those of physics.

Physics is the science that mixes with all of them to a greater extent. For thousands of years it was only mixed with mathematics, but as things progressed over time, physics became the most interconnected science of all, being then the deepest, in the sense that it always seeks the great questions of existence and the primordial rules of the cosmic dance. Therefore, the physicist has to study not only physics and mathematics, but in general a bit of each of the basic sciences, since physics applies directly to the others. Of course, we are talking about the “good scientist”, that is, the most demanded physicist in the scientific market.

And so
?

The group of ideas raised previously, makes it clear to us the problem and the main reasons why the science student does not feel very comfortable with science. Even in the classes the teachers demand us as if we had all the free time to do their homework and practices, they falsely think that we do not make an effort to learn. Knowledge and technology advance faster than the human understanding of how it advances. It is heavy having to learn about something while at the same time moving forward. It even takes away the desire to continue learning about it, giving us bitter feelings for not being able to keep up with the progress.

Humanity has reached a point where it is not keeping up with the exponential growth process of science/technology, and only a few people can bear the weight of so much.

In order to cope with the rapid changes in the modern world, it is necessary to specialize in one of the many areas or, master’s degrees, specialties, doctorates… We must leave behind the idea of ​​being a scientist and focus on being a scientist with a last name. The problem with this is that many do not know what their specialty as a scientist would be and then discover over time what their most specific vocation would be. Thus, in this way, we avoid trying to fill our memories with unnecessary information and only study the parts of science that we are going to investigate or teach. It is good and I strongly advise you to take your time to analyze the question: what do I want to be at the end of the road? Having an unstable beginning with doubts is totally normal, so take the time to get to know yourself, just as the universe changes, the human changes twice. That’s why when you are making a decision, you shouldn’t feel bad or blame yourself for making another or changing it, that is, again, totally normal. The important thing is to stop and continue. Change is natural, just as the water that falls in my shower is not the same as yesterday, the man who is taking a bath is not the same as yesterday.

“You do what you are; one becomes what one does.” Robert Musil

Categories
Interviews jIAPS

Interview with Marisol Castellanos and Anna Christoforidou

The jIAPS Editor-in-Chief is continuing to interview the 2022-23 EC – they have nearly reached the end, both in terms of the EC members to be interviewed and of their time as jIAPS Editor-in-Chief! This time, we have combined two interviews into one so you get two-for-the-price-of-one. Enjoy reading the interview.

What are you currently studying?
Anna (IAPS Outreach Officer): I’m currently in my last year of Bachelor studies at the Physics Department of the University of Athens. My special interests include (but are not limited to) Photonics, Plasmonics and Biophysics. My thesis on Computational Electromagnetics is titled: ‘A Comparative FDTD/Analytical Theory Study of EM Wave Propagation in Dielectric, ENZ and Plasmonic Media’.
Marisol (IAPS PR Manager): I finished my Bachelor degree of physics at the Physics Department of the University of San Carlos de Guatemala. My main interests are Complex systems, Biophysics and Computational Neuroscience.

What does your role involve?
Marisol: The PR manager is responsible for overseeing the outward look of the association, managing its public voice and promoting important information to the members. They actively manage social media and run advertising campaigns on different topics, while promoting inclusivity. Additionally, they handle the creation, design, and distribution of advertising materials such as flyers and brochures. They also manage the merchandise store. They work closely with jIAPS to publish the IAPS magazine annually and support the IT manager in website management.
Anna: Apart from organizing and supervising School Day and IDL activities/events as well as reviewing and approving the outreach grant proposals, the role of the outreach manager is being unfolded mostly behind the scenes. Having weekly meetings with various associations, organizations and outreach initiative projects, takes up most of my time as an outreach manager. The goal is to get to know people in the outreach fields, connect them with IAPS and brainstorm accordingly to create collaborative projects. So even if 20-30% of those meetings turn out to become a direct outreach project, all of them are a different learning experience.

What is your favorite part of your role?
Anna: The aforementioned meetings are definitely my favorite part of my role. More specifically, getting to know and interact with different personalities with a common passion for outreach. One of the most emotional experiences was getting to know the Pakistanee Professors Dr. Anisa Qamar and her colleagues, who are organizing the International Young Physicist Tournament (IYPT) 2023 for the first time in Pakistan. These women are real fighters in the science communication field against all obstacles, they truly inspired me. Another example that comes immediately to mind, is the opportunity to connect with Dr. Pranoti Kshirsagar and The Science Talk project. A YouTube channel owner, podcast creator, invited speaker to conferences and workshops, scientific blogger and of course an active researcher, she does most of her work voluntarily with the goal of helping fellow scientists communicate their work better. A humble and giving person to the core, Pranoti has become a mentor to me, we are having meetings regularly and the collaborative ideas are many to date.
Marisol: My favorite part was being able to express the message we wanted to convey in each post or activity through art and design. Art is a voice that doesn’t need to speak. I enjoyed including everyone, and that was reflected in the posts and campaigns we created, such as Women in Physics.

Can you give one top tip for applying to become part of the EC?
Anna: Give as much thought to your letter of candidacy as to your CV. A strong CV is nothing if not supported by an organized and realistic letter of candidacy.
Marisol: One top tip for applying to become part of the EC is to demonstrate your passion and commitment to the organization’s mission and goals. Being genuinely passionate about the organization and its mission will make you stand out as a dedicated and enthusiastic candidate. It will also show that you are genuinely interested in making a positive impact and contributing to the organization’s growth and success

Which part of IAPS do you enjoy the most?
Anna: Getting to travel and meet people with similar interests, all around the world.
Marisol: Sharing with different people and cultures which have similar interests but different perspectives. Besides, go to events and meet amazing people with whom you create networking.

What’s it like being on the EC?
Anna: Being part of the EC is first and foremost way more time consuming than I imagined. But I am really grateful that even though I became a member in the middle of the year, I was immediately welcomed by the other guys that helped me adjust to the workload and the EC routine procedures. I truly believe that the EC experience is directly dependent on and changes according to the people that constitute it.
Marisol: What I liked the most about being on the EC was the diversity of people and cultures I encountered. Each of them taught me valuable lessons that helped me grow both professionally and personally. Despite the challenges we faced, it taught me to work as a team and improved my skills.

What advice would you give to someone who was thinking of joining IAPS?
Anna: Do not even think about it. I am a firm believer that one should seize every opportunity that comes their way. Any physicist can find or create something around their interests in IAPS.
Marisol: Be honest and clear with your goals, and assess if you have the necessary time to perform the role adequately. Enjoy the constant learning.

How do you prefer spending your summer?
Anna: A kind of childish literature book at a nice, calm beach in Crete (the biggest island of Greece, where I am from).
Marisol: I enjoy climbing volcanoes or mountains. I love watching the sunset, listening to the ocean waves, and appreciating nature. I also meditate and go cycling.

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IAPS 2022-2023 jIAPS

jIAPS Creative Contest 2023 Runners Up

Michaelson Drawing Category

Supernova in the Sky by Anika Goel, University of Kansas

Indian-born artist and scientist, Anika Goel is a fourth year undergraduate senior at The University of Kansas, completing a double major in Visual Arts and Astronomy with a minor in Art History. Having a strong background in fine arts, Anika enjoys exploring the unseen colors of nature hidden behind the seen matter through a surrealist composition in their work. Being an astronomer, Anika also likes to portray their curiosity for the abstract essence of the universe in their multimedia works. 

My artworks are meant to be perceived by the subconscious. One of the ways I achieve this in my work is to highlight the colors found in nature and the universe. For a large majority of people, including myself, space is the ultimate escape, it is explored out of pure enjoyment and curiosity, and thus provides for an excellent all-encompassing medium to hold the weight of the complex human heart. It brings an element of surrealism to my artwork which ties it closer to being a dreamy complexity. 
Supernova in the Sky, 9in x 12 in, Collagraph on Paper is a piece of work that invites the viewers to learn and admire astronomical phenomena beyond the Earth. A supernova is a giant catastrophic explosion which destroys a star at the end of its massive life. An eruption so colossal that even a naked eye could spot one happening millions of miles away.  In the summer of 2022, I got the opportunity to intern for the Space telescope Science Institute and I worked on the spectroscopy of type 1bn supernova 2020nxt. This experience really brought out my admiration for these objects and since then I have been using them more often in my artworks.

Giovanna Truong, Yale University

Sabato Writing Category

Ethan Kimelheim, University of Delaware

We Make Time = We Make Space
‘How is it that a person can run out of space
Space we know is an endless place
Minkowski proposed that space and time are the same
And this theory of space-time reflects our cosmic domain
If the saying “we make time” has any traction
We cannot ignore a transitive action
So if we can make time, we can also make space
And thus, we cannot run out of space in this case’

Bhavya Pardasani, University of Illinois

Peek-a-boo

this is the story of my play date, 

a millennium long date  

it was a starry void  

(only you know if it was day/night)  

when i heard the final call

“it. moon you’re the keplerfully 

play date of it. earth.”  

i wanted to whine, deliver  

a few centuries short rant  

about our universal  

ancestors playing cupid with 

a nanosecond-old but your greenish 

blues had captured me from  

first sight 

my world’s been revolving  

around you since my embryo  

days. anyway i swirl  

anyway i twirl, my craterous  

eyes only have you  

in my north-south 

east-west sight.  

your children use me 

to serenade their lovers,  

and here i revolve  

elliptically in and out  

of your hindsight  

i have seen you wax,  

seen you wane,  

sometimes gibbous,  

sometimes crescent.  

but when you are new  

your beauty astounds me.  

(you might have donned  

the invisibility cloak  

but your children  

meander around like  

fireflies that crave  

my whole attention)  

then why am i known  

as the white orb full  

of craters, and a thief  

that shines brightly  

on your crush’s  

borrowed light?

despite my existence  

you have been having  

play dates with it.sun 

(who is an eight-timing  

bastard with no shade).  

i have been your loyal  

revolver since millenniums,  

then why is it.sun  

the center of your universe?  

why do i feel like the third  

ball in this elliptical love  

triangle? am i even good  

enough to be a hindrance  

in your play dates  

with your crush?  

Maybe i am meant  

to be the pasty white  

weirdo with big dark  

zits (i’m in my teenage,  

what did you expect?)  

who comes out at night  

to pervertedly say  

Peek-a-boo.  

Huygens Photos Category

Zhiwei Huang, University of Surrey

The photograph captures the beauty of sunflower oil droplets stabilised by Tween 20 in water. The striking contrast between the yellow and grey droplets is particularly eye-catching. The yellow droplets, which are sunflower oil dyed with beta-carotene, stand out against the background and add a vibrant pop of colour to the image. In contrast, the grey droplets are undyed sunflower oil, adding depth and interest to the composition. Overall, this image perfectly captures the technical aspect of the process and the beauty of the final product.

Schrödinger Category

Sophie Gresty, University of Liverpool

Lego art. Image of ATLAS event with 4 pileup vertices in 7 TeV collision made out of Lego, for wall art (65cm by 104cm).

Lydia Dixon, University of Surrey

This image has an empty alt attribute; its file name is Misc.-Runner-up-Lydia-Dixon-University-of-Surrey-UK-ii-624x1024.jpg

Crochet blanket containing key words from Lydia’s placement year.

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IAPS 2022-2023 jIAPS

jIAPS Creative Contest 2023 Winners

Congratulations to the winners of this year’s jIAPS Creative Contest. We received so many fantastic entries that the judges had a difficult decision choosing the winners. Some of the prizes to the jIAPS Creative Contest this year were generously provided by Prof. Jim Al-Khalili. You can see the winning entries below.

Michaelson Drawing Category

Darina Öö, King’s College London

Read the whole comic strip here.

Sabato Writing Category

Mackenzie Tigwell, McMaster University

Read the whole book here.

Huygens Photos Category

Jan (Jack) Beda, University of Edinburgh

Photograph taken on a phone with a polariser in front of the camera. Shows a set of scotch tape layered on top of one another and placed in front of a computer displaying a white background. The computer acts as the first polariser, the second polariser is in front of the camera. Black dots visible in the middle and top right of the image are pieces of my black table that got caught up in the tape when I was putting it together.

Find a video of the polarised light here.

Schrödinger Category

Darina Öö and Priyanka Jorge, King’s College London

Find the winning music video here.

Categories
IAPS 2022-2023 jIAPS

jIAPS August Article of the Month – Searching for the Invisible: New Dark Matter Detector Unveiled

Author: Darina Öö, King’s College London, UK

With the capability to detect elusive dark matter particles, the newly developed detector, as tall as Big Ben, marks a potentially significant milestone in the search to understand the mysterious nature of the universe.


Dark matter is one of the biggest mysteries of the Universe. Astronomers have been trying to understand it for decades. They’ve figured out how many stars and how much gas there is by measuring the radiation they give off; but when they calculate the gravity of stars, galaxies, and galaxy clusters, the numbers just don’t add up. They’re too massive.


So, what’s wrong? Well, there are two ways to look at this. One is to say that there’s matter in the Universe that we can’t see with our telescopes (which is referred to as dark matter). The other is to change our understanding of gravity. Most experts choose the first option. And who can blame them?


Rewriting the laws of physics is no easy feat. Plus, every time scientists try to explain one observation with a new law of gravity, they end up contradicting another. So, the idea that there’s some invisible matter out there seems like the better choice.


Most astronomers assume the existence of dark matter. What does it consist of? Could it be objects common to the cosmos, too dim for our telescopes? Black holes, brown dwarfs, something like that
 Undoubtedly, they also contribute to the invisible matter of the Universe; except that there is five times as much dark matter as ordinary matter (1).


We know something about the eras when the first atomic nuclei and atoms were formed; and based on this knowledge, there simply cannot be as many atomic nuclei in a cubic parsec today as the dark matter requires.
True, these calculations are not completely reliable. There are some rough edges there that you can grab if you want to. Astronomers do not dismiss the possibility that it is not dark matter that is fundamentally invisible, and that our telescopes are not sensitive enough.


But what if the preachers of cosmology are right, and dark matter does not consist of atoms or nuclei? Then we’d have to admit that it’s made up of some other particles.

Figure One: An artist’s illustration of different dark matter candidates (2).

Physicists have a number of candidates for this role, see Figure 1. In their attempts to go beyond the Standard Model, theorists have accumulated a whole zoo of particles that may exist, but they are not certain.


Imagine that space is literally swarming with invisible particles. They pass through our bodies in an endless, huge stream.
Why don’t we notice this? Because these particles almost never collide with atomic nuclei or electrons. And only very sensitive detectors, specially designed for this purpose, can register them.
Well, it might be that they are no longer science fiction



The AION (The Atom Interferometric Observatory and Network) detector, see Figure 2, is designed to detect such dark matter candidates – ultra-light bosons with a sub-eV mass such as dilatons, moduli, relaxions, as well as axions (3-4).

Figure Two: Official logo of the AION project (5).



AION’s proposed solution is a next-generation atom interferometer that employs the superposition and interference of ultra-cold strontium atoms, the same used in state-of-the-art atomic clocks (4).
However, such particles interact weakly and for them to enter into such interaction with an atom, it must literally crash head-on into the atomic nucleus. This is an extremely unlikely event, but these are the very rare cases that AION is designed to catch.


According to the New York Times: “The best way to shift the odds, as well as seek out a wider range of potential particles, is to make the equipment bigger.” And AION takes this to a whole new level (6).
The first stage of the project is to build and commission a 10m detector and develop the technology for a 100m detector located in a mine shaft (4). Just imagine a detector the size of Big Ben underground! The ultimate objectives would be a full-scale terrestrial kilo-meter detector and a satellite-based detector (3).

1. Cooke, M. (no date) Doe explains
dark matter, Energy.gov. Department of Energy’s Office of Science . Available at: https://www.energy.gov/science/doe-explainsdark-matter (Accessed: April 17, 2023).

2. Sandbox Studio, Chicago with Ana Kova. Four things you might not know about dark matter [Internet]. symmetry magazine. [cited 2023Mar7]. Available from: https://www.symmetrymagazine.org/article/december-2013/four-things-you-might-not-know-about-dark-matter

3. An Atom Interferometer Observatory and Network (AION) [Internet]. Aion @ imperial: Home. [cited 2023Mar7]. Available from: https://www.hep.ph.ic.ac.uk/AION-Project/


4. Badurina L, Bentine E, Blas D, Bongs K, Bortoletto D, Bowcock T, et al. IOPscience [Internet]. Journal of Cosmology and Astroparticle Physics. IOP Publishing; 2020 [cited 2023Mar7]. Available from: https://iopscience.iop.org/article/10.1088/1475-7516/2020/05/011
cernblind. CERN accelerating science [Internet].

5. The AION Logo | Drush Site-Install. 2022 [cited 2023Mar7]. Available from: https://aion-project.web.cern.ch/news/aion-logo

6. Whipple T. Scientists seek enlightenment in the deepest, Darkest mine [Internet]. The Times & The Sunday Times: breaking news & today’s latest headlines. The Times; 2022 [cited 2023Mar7]. Available from: https://www.thetimes.co.uk/article/scientists-seek-enlightenment-in-the-deepest-darkest-mine-9d9bz9bxt

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IAPS 2022-2023 Interviews jIAPS

An Interview with Mario Gaimann, the IAPS Treasurer

For the latest in the series of jIAPS Interviews, the jIAPS Editor-in-Chief interviewed the IAPS Treasurer. Mario is studying for a PhD at the University of Stuttgart and the International Max Planck Research School for Intelligent Systems (IMPRS-IS).

Interspersed with IAPS tales and discussions about the jIAPS Photo Competitions, Mario answered the following questions: 

Why did you decide to do a doctorate?

I chose to do a PhD because I wanted to dive deeply into an interdisciplinary scientific topic. My project is on physics-inspired machine learning; the method is called reservoir computing. It can be used to perform time-series prediction tasks, even for cases where a prediction is very difficult to make – for example for chaotic systems, like the Lorenz attractor. For an introduction, I recommend this article in Quanta Magazine. The core of my work is replacing a neural network reservoir with simulations of physical systems. This way, we can understand the learning system in physical terms, tune it, connect its physical characteristics with its learning behavior, and potentially construct novel devices for unconventional computing in the future.

I started by studying for a Bachelor’s degree in Materials Physics at Friedrich Alexander University of Erlangen-Nuremberg, Germany. Then I studied for a Masters’s degree in Physics (with a focus on biophysics) at the Ludwig-Maximilian University of Munich, Germany. So I started by studying dead matter, then went on to studying living matter, and now I’m studying what makes matter “intelligent.”

What’s your favourite thing about IAPS?

Meeting people from different countries and cultures; going abroad and talking to new people
 My IAPS addiction began in 2016, when I attended Lights of Tuscany and visited Pisa and Florence. I met physics students from Italy and other countries. I enjoyed being part of the community. That’s what I like about IAPS.

What are some of your IAPS memories?

When I was studying in the UK, I went to iaps4fusion, which was really cool. We visited the Culham Centre for Fusion and saw the tokamak. Then I attended ICPS in Turin, Italy – ICPS is cool and crazy! [Please ask Mario for his ICPS anecdotes, we’re not recording them here! – Editor] And bringing so many physics students to Munich, Germany through contributing to PLANCKS 2022 was truly amazing.

Why did you decide to apply to become IAPS Treasurer?

I have an interest in financing student events. It started with PLANCKS 2022 in Munich – Monique Honsa asked if I’d be interested in joining the organising team. I didn’t have much experience in finances then, though I’d co-organised some events, e.g. the DPG-SchĂŒlertagung (a national conference organized by physics students for high school students) in Germany in 2020. Through volunteering, I gained lots of experience: designing the budget, contacting sponsors, working in an international team, and learning about legal and fiscal details of association law in Germany and France.  

And when did I meet Cyrus [the current IAPS President – Editor] and how does that come into this story? Well, like me he was part of the committee which organised PLANCKS 2022. He was thinking of running for IAPS President and asked me if I’d consider joining the EC. Initially I wasn’t sure
 I mean, it’s lots of work. In the end, I decided: let’s do it! 

For me, IAPS is not just some hobby. It’s about being professional and absolutely reliable, representing international physics students and always acting in the interest of our members. 

What can IAPS members request funding for, and how do they do this?

There are currently two grants available. First, you can apply for a grant to run an international event for IAPS members. At least 40% of the participants should be from a different country than the host country. IAPS can award grants of up to €1000, with the grant funding no more than half of the total budget. The international event can be anything from a summer school, to excursions, workshops or an iaps4x event: iaps4materials, iaps4fusion
 You just have to present your budget, draft your programme and plan how many students you want to attend your event. 

You can find more details about how to apply here.

The other grant is for Outreach activities. For example, the School Day annual event, where you can receive funding to go into high schools and tell school children about physics, and do experiments; or the school children can visit your university. There’s also the International Day of Light, or you can come up with your own idea and receive funding for currently up to €300. 

I also encourage members to apply together with IAPS for an International Activity grant with the Council of Europe’s European Youth Foundation (EYF), please contact me (or future IAPS treasurers) if you are interested.

What’s the strangest thing someone has requested money for?

As surprising as it may be, we’ve only received requests for solid, sensible things this year
 All I can think of is that at PLANCKS 2023, someone came up to me and said that they’d heard that IAPS has the funds to pay for their private travel after PLANCKS had finished. I don’t know where they got the idea from, but I thought they seemed serious, though it sounded like a joke. Our budget is limited in IAPS and will only be spent in the interest of our members! I had to decline their request of course. 

[Editor – I also overheard conversations at PLANCKS with people asking IAPS Treasurer whether he could fund their dinner and drinks and other things, but let’s not go into that
 ] 

What advice would you give to someone who was thinking of joining IAPS?

Just do it! 

All you need to create IAPS events in your area are some physics friends, then you can form a local committee. You could organise small talks. In my local groups in NC Germany, we had events where you had a quiz-show style ‘answer questions against your professors’.

Be active, go to IAPS events! If there are no events, create events!

To get started you don’t need much; you just need motivated, engaged students, ideally with an international perspective. And of course you can also join IAPS as an individual.

What skills do you need to be the IAPS Treasurer?

Being IAPS Treasurer
 What is takes a sense of responsibility. You have to be professional and have a true commitment to the role. It has happened in the past that a Treasurer has not been reliable and it has horrible consequences for the whole organisation; so I would say: if you do it, do it properly. 

It is quite some work, but there are so many benefits to being Treasurer of IAPS – you get to contact lots of people. You have some influence in shaping the spending of IAPS (within what has been approved at the AGM and in the end, the whole EC has to vote
 but your opinion matters. If you say ‘no, we don’t have the budget’, people will listen to you). 

You get to go to some cool meetings – for example, I recently attended the Mid-Term Meeting 2023 of the International Science Council in Paris and got to meet representatives of so many international associations. You get to represent IAPS and have a lot of fun. I focused on potential partners who could support IAPS and on connecting with organizations in the Asia-Pacific region to make the ICPS 2023 in the Philippines more known. But I also met people from international associations I had never heard of: the International Union For Quaternary Research, which is about studying the ice age, the International Union of Speleology, an international body for caving… People you’d never meet, you can meet through IAPS. 

Any last words?

IAPS has a great network – you have friends in the whole world. If you need help applying for an internship or a placement, you can ask on the IAPS Discord and people answer you and provide support. The benefits are infinite! 

For only €10 a year, you can become a full member – join IAPS now! [You can check whether your country has a national or local committee on the IAPS website, and you can  join the IAPS Discord for free – Editor] 

Categories
Uncategorized

Interview with Alexia Beale (jIAPS Editor-in-Chief)

The current jIAPS Editor-in-Chief has been interviewing IAPS EC members. Now it is the time for two Editor-in-Chiefs to interview each other. After the interview with Zlatan Vasović, last year’s  jIAPS Editor-in-Chief, the tables have turned. Today Zlatan is interviewing  Alexia Beale, our current Editor-in-Chief.

 jIAPS is currently looking for next year’s Editor-in-Chief. Could it be you? Email us at jiaps@iaps.info for more information on how to apply.

As a PhD student, what makes you interested in IAPS?

There are two answers – official and unofficial.

Official: IAPS is amazing and you get the chance to meet other physics students from all over the world. 

Unofficial: I should have joined IAPS as an undergrad, but I didn’t until final year. For a while, I was part of the IAPS Discord server without knowing anyone. You need to message people and get actively involved to get the most out of IAPS. 

What is your field of research?

I’m studying Soft Matter Physics. My research project is on Colloidal Gelation Inside Porous Structures – this is a similar process to how they manufacture rubber gloves. One of the aims of my research is trying to coat the inside of channels with a gel layer without plugging the channel.

My work overlaps with chemistry and biology, and you get to meet people from a variety of academic backgrounds. For those of you who don’t know, Soft Matter includes anything from ice cream and jelly, to polymers. My research is experimental, as I image samples using fluorescent microscopy, perform X-ray CT scans and use coagulant dipping to create gels. I’m really enjoying being part of a research group at the University of Surrey and learning more about colloidal gels. 

You’ve been quite active as the Editor-in-Chief. How do you manage your time between IAPS, studies, and other activities?

I probably don’t manage it completely, but I try to schedule my time properly. I just plan a part of each day for what I need to do, for different activities.

Of all the things you’ve done in IAPS, what is the most special to you?

Starting the monthly Photo Contest on Discord. It’s really nice to see people posting photos every month and getting prizes.

Who have been your inspirations in your IAPS work?

Jim Grozier has provided a main source of  inspiration [he is the former IAPS Archivist and author of “Made in Hungary”, a seminal work on the first 25 years of IAPS]. I actually got to meet him in person last November at the IOP Fuse event which was held in conjunction with IAPS4Materials in London. His enthusiasm and his writing have definitely inspired me.

Another inspiration is James Kneller. I’m doing what he used to be doing in the UK – going around to the events and telling people how great IAPS is.

What does it take to become an “Editor-in-Chief”?

You have to write a CV and a cover letter, and send them to the IAPS EC email (ec@iaps.info)
 and if you’re lucky, win at the annual general meeting (AGM).

Suppose I am a curious student who wants to join the jIAPS Staff. How can I do that?

There are many ways to join. Either email us at jiaps@iaps.info or message anyone in jIAPS on the IAPS Discord or any other social media (you will notice us, we are posting a lot). We’re quite open to new people, so we’re waiting for you to join us!

Why should anyone get involved in IAPS? What would be your advice to them?

IAPS is a fantastic community. Joining IAPS is an amazing opportunity – there is so much to get involved with, from attending IAPS events in person, to chatting to people on the IAPS Discord. I recommend joining in the conversation on Discord and maybe even messaging random people on there – you can make friends really easily. 

You’ve also been digging through the history of IAPS. What is the most interesting thing you’ve found?

I was very fortunate to receive some old copies of jIAPS from Jim Grozier. I have been enjoying reading through them and learning more about past IAPS ECs and the events they organised. One category title I came across in an old jIAPS was ‘Minerva’s Miscellany’ – I’d like to use it somewhere for jIAPS but haven’t found a use for it yet.

If you want to learn more about the History of IAPS, “Made in Hungary” is a great place to start – you may even find out what Serbians get up to in the early mornings when they organise ICPS.

When you don’t do your work, what do you like to do the most?

Playing the piano and viola – I play in several different orchestras.

Overall, have you enjoyed leading the journal of IAPS in the past year?

Yes. (There is no other allowed answer, is there?)  It is a great experience and very different from the day-to-day PhD research. There are lots of different tasks to be involved with – organising the Article and Creative Contests, receiving articles for jIAPS, creating social media posts


Is your editorial for the jIAPS 2023 edition ready? (And why not?)

In fact, I wrote it right after I was elected (on August 8, 2022). Reading it now, a lot of predictions turned out not to be true
 But it seems the editorial will be really finished at the end of creating the journal, as is the tradition.

Alexia has left the meeting in hopes of finishing her editorial on time. We wish her the best of luck!

Categories
IAPS 2022-2023 Interviews jIAPS

Interview with Zlatan Vasović (IAPS Fundraising Manager and Archivist)

The current jIAPS Editor-in-Chief has been interviewing IAPS EC members. Now it is the time for two Editor-in-Chiefs to interview each other. Zlatan Vasović was the jIAPS Editor-in-Chief last year in 2021–22, as well as the IAPS IT Manager. He is now the IAPS Fundraising Manager and the Archivist (and spoiler alert, he is hoping to apply for a position to continue in IAPS next year).

 jIAPS is currently looking for next year’s Editor-in-Chief. Could it be you? Email us at jiaps@iaps.info for more information on how to apply. 

What do you consider to be the most important aspects of IAPS?

What makes IAPS unique is that it is truly international. Through IAPS events, like ICPS and PLANCKS, you can meet people from the whole world. One aspect is less known and harder to access: becoming an IAPS volunteer, by joining a working group, the EC (Executive Committee) or jIAPS [Especially jIAPS; that of course is the most important aspect to IAPS – Editor].

What is the most challenging thing about being the past Editor-in-Chief?

Answering the questions from the current Editor-in-Chief, especially when she messages me every day and when I don’t know what to expect from the questions. I take it as a challenge and I love to see how jIAPS is developing.

I know you are always on the IAPS Discord, messaging people. How many IAPS members have you messaged in the last 24 hours?

About 20
 but that includes people from NC Serbia and the EC. It was a busy day though. 

What do all past jIAPS Editor-in-Chiefs have in common?

One common trait is that they have a lot of interests – they are quite curious, versatile and multi-skilled. They can do a lot of things and be successful in all of them.

 What has jIAPS done this year that you would have done differently?

Everything!

Actually, I’m not dissatisfied with anything in jIAPS. There are two main things I would have done differently: I would have pushed for a separate jIAPS website, like a real news site [For context, the plans for this have been ongoing for  while and haven’t reached completion yet, and it doesn’t look like it will be happening anytime soon – the IT Working Group has lots to do]. 

The second would be more online meetings. I am just addicted to online meetings, so I would’ve run them more often, like every two weeks. [What’s the record we are on now? Is it a grand total of three meetings since last August? – Editor]

What is your advice for anyone who is interested in applying to join the EC?

Go through the website, read the information about the roles there. Read the reports from people who have previously held the position [These are on the IAPS Cloud. If you don’t know where to find this, just email jiaps@iaps.info – Editor]. Reach out to the current EC members – the most recent source of information is the person who is currently in that position. And don’t forget the internet – just google around and find more information about what that role is supposed to do in general.

[What a technical answer
 definitely an answer from an Archivist – Editor.]

You recently attended the finals of PLANCKS in Milan. What was your most memorable moment from this IAPS event?

The culinary exercises while everyone else was doing theoretical exercises – as the observers at PLANCKS, we had to prepare lunch for the competitors. It was a nice way to bond and connect with the other observers. We were split into teams preparing different kinds of food. I enjoyed organizing my team in the most efficient way possible, to finish our task first. It was a fun experience – food connects people.

What non-IAPS and non-physics activities do you do in your free time?

None. I don’t have any free time
 okay, alright. My true hobby is socializing with people. Sometimes it’s mixed with work, but I just enjoy meeting new people.

I am a big fan of movies: not the mass produced ones, but high quality ones. Besides that, I like searching for random things on the internet and learning new things every day. [Other hobbies Zlatan has includes annoying Editor-in-Chiefs on a daily basis and lurking on the IAPS Discord waiting for new messages to be posted – Editor.]

Which movies do you most enjoy watching?

A lot of them, actually. Some of them are classic films, like Casablanca and the Godfather; then others are less well known, but still high quality, like some Serbian and Yugoslav movies. Then there are some films which are in many ways bad but still have something interesting or unique about them. Need movie recommendations? Message me on Discord!

Was there anything during your time as jIAPS Editor-in-Chief which didn’t work?

There were things we started doing and never finished, or planned to do and never did. It shows that throughout the year, you have to reassess your priorities. 

For example, we were slow to set up the online edition of jIAPS, only publishing one or two articles on the website
 but that works well this year. We also thought about sponsors. To be financially sustainable, jIAPS could have advertisements. But that didn’t work out, not yet.

What is your favourite part of your role as IAPS Archivist? 

No one sees me. I can just hide in the archives, and it’s a refreshing change from the other roles I’ve had in IAPS. The most interesting part is that you get access to all the records of IAPS and can find out what happened in every year since IAPS started. It’s a great power and you have to use it carefully.

How do you overcome challenges in IAPS?

It’s not much different from the other challenges in life. I learn about the challenge, get more knowledge and skills, and then I can overcome it. Just like in your studies, you can learn more advanced topics from the current year, which in the previous year would have been a challenge. Now you can overcome that challenge.

 By this stage, Zlatan was starving and wanted to go and have dinner, by don’t worry, all is not over – this article only includes half of the interview. The other half, with Zlatan as the interviewer, is yet to come.

Categories
IAPS 2022-2023 Interviews jIAPS

An Interview with Dimitris Gkavakos (IAPS IT Manager and DPO Officer)

The jIAPS Editor-in-Chief is enjoying interviewing the EC members so much that we already have another interview for you. This time, the  jIAPS Editor-in-Chief interviewed Dimitris, IAPS IT manager, who is currently studying at the National Kapodistrian University of Athens, Greece. 

The interview opened with a sneak preview of the most recent developments in the world of IAPS IT and a discussion of possible future plans for jIAPS.

Then, the actual interview started. The jIAPS Editor-in-Chief began with the usual opening question


What are you currently studying?

I’m studying Medical Physics. To be more exact, I’m doing a small piece of research on a Gamma Camera, but thinking of shifting my focus towards neural networks and image reconstruction techniques, especially with all the fuzz on AI. 

What is your favorite part of your role as IAPS IT Manager?

When I first took over as IT Manager, I had a completely blank canvas. There was room to create stuff and provide space to build things. It was the most amazing experience!

What does your role involve?

I can divide the tasks into two categories: first, developing new resources; making them from scratch; the creative tasks; like designing elements of the website  and creating new resources. Then there’s the ‘boring’ stuff, like maintenance and debugging, and doing the sysadmin stuff.

What are your tips for overcoming challenges as IT Manager of IAPS?

You need to think outside the box and always assess possible risks. So, focus on maintaining things and keeping them running, rather than fixing them when they break down. Work smart, not hard.

What have you enjoyed the most about being part of the EC?

Being a part of the EC was more of a self-actualization thing for me; I really love to provide and care for people. Especially now that we provide for physics students across the world, you might think that we differ a lot, but in reality the phrase is “Different continents
same problems”. 

Also by joining the EC you get the chance to meet some truly amazing people and some very interesting characters – the knowledge and cultural exchange is on another level.

What skills is it important to have to be part of the EC?

Time management is really important. You have to be able to keep to a strict schedule or you’ll be a goner. Being a team player and balancing tasks and supporting each other is necessary
 it can be stressful at times; keeping that family vibe is very important. IAPS is just like a big family. What else? Do I need to think of another one? Communicating and being able to express yourself – that’s a big one. If you lose communication, it causes a lot of problems; a lot of problems. Communication is critical. 

What is it like being part of the EC?


what’s it really like? 50% of the time is spent dealing with bureaucracy and the other 50% is spent listening to the Treasurer’s obsession with fund-raising. 

What has been your biggest success this year?

Being elected as IAPS Data Protection Officer (DPO); nah I’m messing with you. For me, overcoming the biggest challenge of IAPS IT infrastructure. Basically we managed to migrate to a different hosting provider, containerized everything and we have backups on top of backups. Before that, if something crashed, you had to pray that it would start again.

What is the role of the DPO?

Basically, it involves looking through the GDPR legislation. Every organization has one to ensure that the organization follows the legislation. In addition to that, the DPO acts as a legal in house advisor, assisting in creating Data Processing Agreements.

What advice would you give to someone who was considering the role of IT Manager?

Go for it! Just be sure to know the basics of sysadmin, PHP and network security. Without those you are a goner.

How can people get involved with the IT Working Group?

It is very simple: hit me up on Discord or throw me an email at dimitris.gkavakos@iaps.info

What advice would you give to someone who was considering joining IAPS?

When I first joined IAPS, I joined as the President of an already made NC (Greece). I started my journey through physics associations from EPS Young Minds and the American Physical Society, then I landed on IAPS.

If you ask me, why should you join IAPS


IAPS has one of the most heart warming communities in the student association world, not just in Physics. You have the opportunity to meet new people, learn new skills and support your activities on a local level.

Aside from the aforementioned, IAPS is also a great opportunity to learn how to run an NC or an LC, join a Working Group and transfer the knowledge back to your country. The knowledge that we have has been battle tested from the late 1990s.

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Article of the Month IAPS 2022-2023 jIAPS

jIAPS July Article of the Month: How Low Can We Go? – A Brief History of Nano-Scale Printing

Zofia Dziekan, University of Warsaw, Poland

The ability to create physical objects using 3D printers has taken the manufacturing industry by storm and opened up new ways for innovation in a variety of fields (1). But as impressive as it is to print a functional bicycle or a complex medical implant, some researchers have been pushing the limits of this technology in a different direction: down to a nanoscale. With nanoscale printing, we can create structures that are smaller than the width of a human hair, with intricate details and unique properties. In this article, we will explore the history of nanoscale printing, the underlying physics of this process, and the exciting possibilities it offers for the future.

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Fig. 1 Size comparison between (A) regular (2) and (B) nano-scale 3D printed object (3).

The Physics of Light-Matter Interactions

In 1930, a young mathematician – Maria Göppert-Mayer attended a Max Born seminar at the University of Göttingen (4). Mesmerized by quantum mechanics, she dedicated herself to the pursuit of theoretical physics, eventually becoming one of four women awarded the Nobel prize in Physics. While today she is best known for her work in the Manhattan Project and her postulation of the nuclear shell model, it is her earlier work that is of interest to our story. Göppert-Mayer’s groundbreaking research into molecular excitation, explored in her doctoral dissertation, demonstrated that molecules can be excited by the simultaneous absorption of two photons with energies smaller than the difference between the excited and ground state (Fig. 2A). Despite the lack of high-intensity light sources to test her theory at the time, Göppert-Mayer’s work laid the foundation for future discoveries. Three decades later, the invention of the laser finally provided the tools necessary to observe two-photon excited fluorescence for the first time in CaF2 crystal doped with europium atoms (5).

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Fig. 2 (A) Energy levels involved in one-photon and two-photon absorption (6). 

(B) One-photon and two-photon absorption of fluorescent die (7).

The Pulsed Lasers

The two-photon absorption process involves two photons instead of one, making the probability of absorption proportional to the intensity squared (5). As a result, increasing laser power has been crucial in the development of application for two-photon absorption. Pulsed lasers have been a game-changer in this regard, with their ability to release high-intensity bursts of energy that can be precisely controlled in terms of duration and frequency. Unlike their continuous-wave counterparts, pulsed lasers can vaporize materials without causing thermal damage, making them an indispensable tool for surgery and laser material removal (8). 

3D Printing Through Direct Laser Writing

In the late 1980s, researchers started investigating the potential of using pulsed laser technology to create nano-scale 3D printers (5). One promising technique that emerged in this process was direct laser writing (DLW), a form of 3D printing in which a focused laser beam scans over the sample in three dimensions until it solidifies the polymer solution into the desired shape. To fabricate structures below the diffraction limit, the intensity, duration and frequency of the laser pulses must be precisely controlled to achieve two-photon absorption that would initiate polymerization. The material is polymerized only in the focal spot of the beam where its intensity is the highest as stated previously, and the probability of the process grows with intensity squared (Fig. 2B). This small volume in the focal spot of the beam is known as a voxel and it serves as a building block of any 3D print in DLW (7). 

By moving the laser beam, it is possible to polymerize photosensitive material point-by-point, creating complex structures that are just several microns in size. Just imagine tree-lined avenues, dozens of miniature buildings and little polymer people comfortably sitting on a single strand of hair! It is truly incredible that there is no other method that allows printing on this scale. The resolution of the process is limited mainly by basic properties of an optical setup and material properties. Since its inception, nano-scale printing has come a long way and has found numerous applications in various fields, from micro-robots to drug delivery systems (9 – 10) (Fig. 3). While the technology still faces challenges, including a limited range of building materials and slow printing speed, continued research and development promise more exciting applications in the future. The history of nano-scale printing is a testament to human ingenuity and the power of scientific discovery – and who knows what incredible breakthroughs we’ll see in the years to come!

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Fig. 3  SEM images of objects fabricated using DLW. (A) Medical imagining system build by inserting into a needle an optical fiber with 3D printed lenses (9). (B) Light-fueled robot that can walk and jump, placed on a human hair for scale (10). (C) Microfluidic chip designed for the fabrication of drug carrier nanoparticles (11).

References

1. S. Mohr and O. Khan. “3D printing and its disruptive impacts on supply chains of the future.” Technology Innovation Management Review 5.11 (2015): 20

2. [Internet] Available from: 

www.3dbenchy.com/3dbenchy-a-small-giant-in-the-world-of-3d-printing. 

3. Doherty RP, Varkevisser T, Teunisse M, Hoecht J, Ketzetzi S, Ouhajji S, et al. Catalytically propelled 3D printed colloidal microswimmers. Soft Matter. 2020 Dec 14; 16(46):10463–9. 

4. Sachs R.G. Maria Goeppert Mayer – A biographical memoir. 1978. 

5. Liao C, Wuethrich A, Trau M. A material odyssey for 3D nano/microstructures: two photon polymerization based nanolithography in bioapplications. Vol. 19, Applied Materials Today. Elsevier Ltd; 2020. 

6. Lavocat J.C. Active Photonic Devices Based on Liquid Crystal Elastomers. Dec 2013.

7. [Internet] Available from: www.l3dw.com/an-introduction-to-direct-laser-writing-dlw.

8. Shirk MD, Molian PA. A review of ultrashort pulsed laser ablation of materials. 1998. 

9. Gissibl T, Thiele S, Herkommer A, Giessen H. Two-photon direct laser writing of ultracompact multi-lens objectives. Nat Photonics. 2016 Aug 1; 10(8):554–60. 

10.    Zeng H, Wasylczyk P, Parmeggiani C, Martella D, Burresi M, Wiersma DS. Light-Fueled Microscopic Walkers. Advanced Materials. 2015 Jul 1;27(26):3883–7. 

11. Erfle P, Riewe J, Bunjes H, Dietzel A. Goodbye fouling: a unique coaxial lamination mixer (CLM) enabled by two-photon polymerization for the stable production of monodisperse drug carrier nanoparticles. Lab Chip. 2021 Jun 7; 21(11):2178–93.