Category Archives: science communication

SCWIST + Canadian Space Society (CSS) present Experiences of women in space and tech & Quantum Leaps (both online on August 24, 2023)

The Society for Canadian Women in Science and Technology (SCWIST) is co-hosting and hosting two events in one day. By the way, both events are free.

SCWIST x Canadian Space Society (CSS)

From the August 14, 2023 SCWIST newsletter (received via email),

SCWIST x CSS: Experiences of Women in Space and Technology

August 24 | 5:30-6:30pm | Online

Join us for a conversation on technology, innovation and legacy! We’ll explore thought-provoking topics such as our role within the vast expanse of time, the idea of living a legacy rather than just leaving one and navigating stimulating careers in the fascinating industries of space and technology. Register.

I have a bit more information from the event page on the SCWIST website,

Women in STEM [science, technology, engineering, and mathematics,] sharing their journeys, challenges and triumphs in the space and tech industries.

Since 1981, SCWIST has made great strides in promoting and empowering women in STEM. When you register, please consider adding a small donation to support our programs so all interested women and girls can see where a future in STEM can take them.

The Society for Canadian Women in Science and Technology (SCWIST) and the Canadian Space Society (CSS) have joined to bring you a captivating panel event, Exploring Frontiers – Women in Space and Technology.

We will be shining a spotlight on four extraordinary women who have charted their own paths in the space and technology sectors and delve into their remarkable journeys, challenges, and triumphs.

This event will be an excellent opportunity to explore the current state of women’s representation in STEM, gain insights into the diverse career options within space and technology industries, get valuable advice on seeking mentors and being one yourself and learn about their journeys from academia to industry.

SPEAKERS

Natalie Cook

Intermediate Geospatial Technician/Remote Sensing Operator, MDA [Mcdonald, Detweiler, and Associates]

Samantha Yueh

A versatile tech enthusiast with a solid grounding in emerging technologies (VR/AR/MR, AI, BCI) [virtual reality/augmented reality/mixed reality, artificial intelligence, and brain-computer interface]. Samantha has a proven track record in digital transformation, project management, and product development in cross-disciplinary teams. She is passionate about leveraging cutting-edge tech to innovate, inspire, and create impactful user experiences.

Other panellists to be announced.

MODERATOR

Mahima Kapoor

Mahima is a polymath and thrives at the intersection of science, business, and technology! Guiding organizations through disruptive technological changes and deeply understanding and solving for end user needs excites her. Her spare time is filled with a multitude of passion projects, producing a space podcast to highlight underrepresented narratives of those working in Canada’s budding space sector, working at a professional Bollywood dance company, and mentoring university women in STEM.

PRESENTED BY

The Society for Canadian Women in Science and Technology (SCWIST) is a not-for-profit organization dedicated to empowering and supporting women in the fields of science, technology, engineering, and mathematics (STEM) in Canada. With a focus on promoting gender equality and diversity, SCWIST offers mentorship, professional development, and networking opportunities to foster a thriving community of women professionals. Through their advocacy and transformative programs, SCWIST aims to break down barriers, inspire future leaders, and create a more inclusive and equitable landscape in the world of STEM. scwist.ca

The Canadian Space Society (CSS) is a leading organization at the forefront of space exploration and technology in Canada. Established to promote and advance the development of space activities, CSS serves as a platform for space enthusiasts, professionals, and researchers to collaborate and share knowledge. With a strong commitment to education, outreach, and advocacy, CSS strives to inspire and engage the next generation of space enthusiasts while contributing to Canada’s significant role in the global space community. css.ca

[Register.]

Do check out the event page for frequently asked questions and information about photo and video consent.

Quantum Leaps Career Conference – Cell Biology and Photochemistry

From the August 14, 2023 SCWIST newsletter (received via email),

Quantum Leaps: Cell Biology and Photochemistry
August 24 | 5-6pm PDT | Online

Quantum Leaps are our virtual career conferences that give grade 8-12 girls a glimpse into what people in all fields of STEM do in their careers. This Quantum Leaps will focus on women professionals working in careers related to cell biology, photochemistry and science communication. Register.

Here’s more from the event page,

This is a career conference event for high school girls to interact with women professionals in STEM and learn about science careers.

Since 1981, SCWIST has made great strides in promoting and empowering women in STEM. When you register, please consider adding a small donation to support our programs so all interested women and girls can see where a future in STEM can take them.

SCWIST Quantum Leaps is a virtual career conference uniquely designed for girls from grade 8-12 interested in or curious to explore careers in science, technology, engineering, and math (STEM). This conference gives girls a glimpse into what women in STEM fields do in their careers.

During these events, girls can meet professionals who have been successful in their STEM fields and meet other like-minded girls who have similar aspirations and interests. This event will help them know more about the STEM fields they are interested in and discover new STEM fields. Quantum Leaps also aims to aid students in the transition between high school and higher education.

This particular Quantum Leaps event will focus on women professionals working in careers related to cell biology and photochemistry. They also have expertise in science communication and facilitating learning. Did they have a fixed plan for what they would like to do five years after high school? How do they ease into changing their career focus? Did they know that they wanted to pursue these careers when they were in university? Girls will get the opportunity to interact with these women to get the answers they need at the event.

AGENDA

5:00-5:25: Speaker 1 and Q&A session
5:25-5:55: Speaker 2 and Q&A session
5:55-6:00 Conclusion

SPEAKERS

Vaishnavi Sridhar completed a PhD in Cell and Developmental Biology from the University of British Columbia, Canada. She studied proteins required for parts of a cell to contact each other and the relevance of these contacts for cellular function and disease for her PhD. She completed an Integrated BS-MS, majoring in Biology from the Indian Institute of Science Education and Research, Mohali prior to her PhD.

As a scientist, she believes that science should be accessible to all and that it is important to communicate science to diverse audiences in engaging ways. In this regard, she has communicated her research and science in general via presentations, poems, articles, videos, and hands-on science activities. She enjoys writing and has adapted life science research articles for diverse audiences. She has mentored high school, undergraduate and graduate students, discussing careers in science, how to apply to graduate school, how to tailor statements of purpose and work-life balance.

Dr. Sree Gayathri Talluri (she/her) is a photo-chemist by training with expertise in self-assembled systems. She is currently a Scientist working towards developing advanced nucleic acid therapeutics at Cytiva. Sree graduated with a Ph.D. in chemistry from the University of Victoria in 2022. Her research focused on developing fluorescence methods to study the mobility of small molecules in drug delivery systems.

Sree is passionate about science communication and outreach. She served as the national and regional organizer of ComSciCon CAN, a workshop designed to provide science communication training to graduate students across Canada. In her previous role as the interview coordinator for UVic Women in Science, Sree worked towards amplifying the voices and highlighting the experiences of women in the scientific community across Vancouver Island. She served as a STEM specialist at BC girl guides, where she worked on designing and developing STEM experiments for girls. She is the acting director of mentorship at the Student Biotechnology Network in Canada.

[Register.]

This time there’s no mention of photo or video releases on the event page.

The Meaning of Spacetime: Juan Maldacena public lecture webcast (Free tickets to attend in person at Perimeter Institute [Waterloo, Canada] available Monday, July 17 at 9 am ET)

Thank you Perimeter Institute for Theoretical Physics (PI) for getting your notice to me so I have time to post it before tickets are made available. Not that I imagine a huge following in Waterloo (Canada) but it feels better to get the information out early.

The lecture is on July 27, 2023; the tickets are being given away on July 17, 2023.

Here’s more from a July 14, 2023 PI notice (received via email),

The Meaning of Spacetime: Black Holes, wormholes and quantum entanglement
THURSDAY, JULY 27 [2023] at 7:00 pm ET

Juan Maldacena, Institute for Advanced Study

What is spacetime, exactly? And how does it impact our understanding of important phenomena in our universe?

According to Einstein’s theory of gravity, spacetime is both curved and dynamical. The theory had two surprising predictions: black holes and the expansion of the universe. In both cases, there are regions of spacetime that are outside the reach of the classical theory, the so-called “singularities.” To address them, we need a quantum mechanical description of spacetime

Juan Maldacena studies black holes, string theory, and quantum field theory. In his July 27 [2023] Perimeter Public Lecture webcast, he will describe some ideas that arose from the study of quantum aspects of black holes. They involve an interesting connection between the basic description of quantum mechanics and the geometry of spacetime. He will also delve into how wormholes are related to quantum entanglement.

Don’t miss out! Free tickets to attend this event in person will become available on Monday, July 17 [2023] at 9 am ET [emphases mine]

Reserve Your Seat

If you didn’t get tickets for the lecture, not to worry – you can always catch the livestream on our website or watch it on YouTube after the fact

Watch Online

I found a bit more information about Maldacena on the event page,

Maldacena began his studies in his native Argentina, before completing a PhD at Princeton University in 1996. He has been a professor at the Institute for Advanced Study in Princeton since 2001. He is a member of the American Physical Society, the American Academy of Arts and Sciences, and The World Academy of Sciences, among many other honours. Maldacena was also one of the inaugural laureates of the prestigious Breakthrough Prize in Fundamental Physics in 2012.

The tickets go quickly. Not Beyoncé concert- or BTS concert-level quick but don’t dawdle.

Insilico Medicine (clinical stage end-to-end AI drug discovery company) has a documentary/hackathon competition: Docuthon: submit by August 31, 2023

This July 11, 2023 Insilico Medicine news release on EurekAlert announces a judge for their Docuthon contest along with some contest details,

Taryn Southern, a storyteller, filmmaker and speaker covering emerging technology who created an award-winning virtual reality (VR) series, as well as AI music and a sci-fi documentary, has joined the judging panel of Insilico Medicine’s Docuthon competition. 

Southern has been a sharp observer of the influence and rise of technology. She first gained public notice at age 17 as a semi-finalist on American Idol and later became a YouTube sensation, garnering more than 1 billion views. Soon after, she began actively pursuing her creative interests in emerging technologies and the possibilities of artificial intelligence (AI) and VR to improve human life and potential. 

Clinical stage end-to-end AI drug discovery company Insilico Medicine (“Insilico”) launched the Docuthon (documentary hackathon) competition to invite participants from around the world to tell the story of AI drug discovery, using footage captured over the Company’s nearly decade-long journey. The competition provides a way for participants to share the achievements of generative AI in advancing new medicines through the story of Insilico’s lead drug for the rare lung disease idiopathic pulmonary fibrosis, which was discovered and designed by generative AI and has now entered Phase II clinical trials with patients. 

Southern says that as a young breast cancer survivor she is personally motivated to support AI drug discovery. 

“I can speak as someone with experience who has been diagnosed with a life-threatening disease, in my case stage 3 cancer,” Southern says. “When you’re in that situation you are looking for any possibility of hope. As we are just now beginning to see, AI-enabled drug discovery will rapidly shift the realm of possibility for these patients.” 

Since her breakout YouTube success in 2007, Southern has gone on to produce digital content and advise companies such as AirBNB, Conde Naste, Marriott, and Ford. She also released the world’s first pop album composed with AI, created an award-winning animated VR series for Google, made a video clone of herself, and directed and produced a documentary about the future of brain-computer interfaces called I AM HUMAN which premiered at the Tribeca Film Festival in 2019.

Southern is also a three-time Streamy Award nominee, an AT&T Film Award Winner, one of the Top 20 Women in VR (VRScout), and was featured as part of Ford’s national “She’s Got Drive” campaign. She sits on the board of the National Academy of Medicine’s Longevity Challenge, which aims to award breakthroughs in longevity science, and invests in emerging tech companies like Cue, Oura, Vessel, Aspiration, and others.

Docuthon categories include best feature, best short, best curated, and most creative with prize amounts ranging from $4,000 to $8,000. Interested participants are invited to register. Submissions are due Aug. 31, 2023. [emphasis mine]

Southern says she’ll be looking for Docuthon submissions that connect on a human level. 

“With storytelling about technology, it’s important to not forget the human piece,” she says,“really focusing on the impact this will have on humanity and the people who are creating the technology and their personal stories.” 

“We’re thrilled to have Taryn join us as a Docuthon judge,” says Alex Zhavoronkov, PhD, founder and CEO of Insilico Medicine. “She brings creative vision to all of her projects and really understands how to tell compelling stories around emerging technologies.”

About Insilico Medicine

Insilico Medicine, a clinical stage end-to-end artificial intelligence (AI)-driven drug discovery [AIDD] company, is connecting biology, chemistry, and clinical trials analysis using next-generation AI systems. The company has developed AI platforms that utilize deep generative models, reinforcement learning, transformers, and other modern machine learning techniques for novel target discovery and the generation of novel molecular structures with desired properties. Insilico Medicine is developing breakthrough solutions to discover and develop innovative drugs for cancer, fibrosis, immunity, central nervous system diseases, infectious diseases, autoimmune diseases, and aging-related diseases. www.insilico.com 

There’s a bit more information on Docuthon’s Eventbrite registration page, Note: A link has been removed,

With an extraordinary design and tremendous calculation speed, artificial intelligence has become an inevitable trend in many areas of drug discovery. It helps identify biological targets, design small molecules for potential cure, and save a ton of research time.

AIDD is good news to the entire human society, but the society has not learnt much about this new technology. When did AI enable the first pipeline? What happened when it failed? How did scientists persist along the way?

Inspired by the movie AlphaGo, we believe the AIDD world deserves its own seminal film. Through the DOCUTHON, we seek to bring together documentary filmmakers and enthusiasts with those who believe in the potential of AI and care about human wellbeing.

Insilico Medicine will share a massive collection of footage showing every step of AI-powered drug discovery, participants are also welcome to use original contents including graphics and animations. A group of judges from both the science and film industries will decide the best edited films based on accuracy, creativity, etc.

This is an excellent opportunity to build your scientific storytelling portfolio AND win a big prize. And all the documentaries might be aired on our official websites and national video platforms. For more details, please visit insilico.com/docuthon or email us at event@insilico.ai

Insilico’s ‘splash’ page features four categories (scroll down about 40% of the way), the judging criteria and more details about submission requirements,

Best Feature

🎬 Best long-form entry
⏱ 16-60 min
💵 $6K award

Best Short

🎬 Best short-form entry
⏱ 3-15 min
💵 $4K award

Best CURATED

🎬 Best edited storyline among all entries
💵 $5K award

Most Creative

🎬 Most creative format or plot among all entries
💵 $5K award

JUDGING CRITERIA

Comprehensive narration of AIDD [artificial intelligence (AI)-driven drug discovery] and development of Insilico Medicine
Accurate referral and explanation of scientific facts
Creative and interesting approach that holds public attention

You may want to take a look at the Docuthon Competition Agreement (PDF). Not a lawyer—but it looks like you’re signing away almost all of your rights.

There isn’t a list of past winners although Insilico seems to have run the contest at least once before, from the YouTube page featuring the company’s introductory Docuthon video (https://www.youtube.com/watch?v=5LmmXEVyqh4), Note: A link has been removed,

704 views Dec 13, 2022

Artificial intelligence-powered drug discovery company Insilico Medicine announces a first-of-its-kind documentary film hackathon called Docuthon to encourage creative scientific exploration. Participants from around the world are invited to use footage provided by the Company to tell the story of Insilico Medicine and of advances in AI-powered drug discovery, an industry now at a tipping point. Films can be submitted as a documentary short or a documentary feature and cash prizes of up to $8,000 USD will be awarded for Best Feature, Best Short, Best Curated, and Most Creative. Submissions will be judged based on their success at telling the story of AI drug development and of Insilico Medicine, on their scientific accuracy, and on the level of creativity and ability to hold the viewer’s interest. Registration for the Docuthon is open through March 1, 2023. Submissions are due in April 2023, and winners will be announced in May 2023. Additional details can be found at: https://insilico.com/docuthon.

I’m not sure if you have to register for this latest version of the contest as the Eventbrite registration indicates a submission date only so you may want to contact the organizers.

Good luck and don’t forget the August 31, 2023 deadline!

The physics of biology: “Nano comes to Life” by Sonia Contera

Louis Minion provides an overview of a newly published book, “Nano Comes to Life: How Nanotechnology is Transforming Medicine and the Future of Biology” by Sonia Contera, in a December 5, 2022 article for Physics World and notes this in his final paragraph,

Nano Comes to Life is aimed at both the general reader as well as scientists [emphasis mine], emphasizing and encouraging the democratization of science and its relationship to human culture. Ending on an inspiring note, Contera encourages us to throw off our fear of technology and use science to make a fairer and more prosperous future.

Minion notes elsewhere in his article (Note: Links have been removed),

Part showcase, part manifesto, Sonia Contera’s Nano Comes to Life makes the ambitious attempt to convey the wonder of recent advances in biology and nanoscience while at the same time also arguing for a new approach to biological and medical research.

Contera – a biological physicist at the University of Oxford – covers huge ground, describing with clarity a range of pioneering experiments, including building nanoscale robots and engines from self-assembled DNA strands, and the incremental but fascinating work towards artificially grown organs.

But throughout this interesting survey of nanoscience in biology, Contera weaves a complex argument for the future of biology and medicine. For me, it is here the book truly excels. In arguing for the importance of physics and engineering in biology, the author critiques the way in which the biomedical industry has typically carried out research, instead arguing that we need an approach to biology that respects its properties at all scales, not just the molecular.

This book was published in hard cover in 2019 and in paperback in 2021 (according to Sonia Contera’s University of Oxford Department of Physics profile page), so, I’m not sure why there’s an article about it in December 2022 but I’m glad to learn of the book’s existence.

Princeton University Press, which published Contera’s book, features a November 1, 2019 interview (from the Sonia Contera on Nano Comes to Life webpage),

What is the significance of the title of the book? What is the relationship between biology and nanotechnology?

SC: Nanotechnology—the capacity to visualize, manipulate, and interact with matter at the nanometer scale—has been engaged with and inspired by biology from its inception in the 1980s. This is primarily because the molecular players in biology, and the main drug and treatment targets in medicine—proteins and DNA—are nanosize. Since the early days of the field, a main mission of nanotechnologists has been to create tools that allow us to interact with key biological molecules one at a time, directly in their natural medium. They strive to understand and even mimic in their artificial nanostructures the mechanisms that underpin the function of biological nanomachines (proteins). In the last thirty years nanomicroscopies (primarily, the atomic force microscope) have unveiled the complex dynamic nature of proteins and the vast numbers of tasks that they perform. Far from being the static shapes featured in traditional biochemistry books, proteins rotate to work as nanomotors; they  literally perform walks to transport cargo around the cell. This enables an understanding of molecular biology that departs quite radically from traditional biochemical methods developed in the last fifty years. Since the main tools of nanotechnology were born in physics labs, the scientists who use them to study biomolecules interrogate those molecules within the framework of physics. Everyone should have the experience of viewing atomic force microscopy movies of proteins in action. It really changes the way we think about ourselves, as I try to convey in my book.

And how does physics change the study of biology at the nanoscale?

SC: In its widest sense the physics of life seeks to understand how the rules that govern the whole universe  led to the emergence of life on Earth and underlie biological behaviour. Central to this study are the molecules (proteins, DNA, etc.  that underpin biological processes. Nanotechnology enables the investigation of the most basic mechanisms of their functions, their engineering principles, and ultimately mathematical models that describe them. Life on Earth probably evolved from nanosize molecules that became complex enough to enable replication, and evolution on Earth over billions of years has created the incredibly sophisticated nanomachines  whose complex interactions constitute the fabric of the actions, perceptions, and senses of all living creatures. Combining the tools of nanotech with physics to study the mechanisms of biology is also inspiring the development of new materials, electronic devices, and applications in engineering and medicine.

What consequences will this have for the future of biology?

SC: The incorporation of biology (including intelligence) into the realm of physics facilitates a profound and potentially groundbreaking cultural shift, because it places the study of life within the widest possible context: the study of the rules that govern the cosmos. Nano Comes to Life seeks to reveal this new context for studying life and the potential for human advancement that it enables. The most powerful message of this book is that in the twenty-first century life can no longer be considered just the biochemical product of an algorithm written in genes (one that can potentially be modified at someone’s convenience); it must be understood as a complex and magnificent (and meaningful) realization of the laws that created the universe itself. The biochemical/genetic paradigm that dominated most of the twentieth century has been useful for understanding many biological processes, but it is insufficient to explain life in all its complexity, and to unblock existing medical bottlenecks. More broadly, as physics, engineering, computer science, and materials science merge with biology, they are actually helping to reconnect science and technology with the deep questions that humans have asked themselves from the beginning of civilization: What is life? What does it mean to be human when we can manipulate and even exploit our own biology? We have reached a point in history where these questions naturally arise from the practice of science, and this necessarily changes the sciences’ relationship with society.

We are entering a historic period of scientific convergence, feeling an urge to turn our heads to the past even as we walk toward the future, seeking to find, in the origin of the ideas that brought us here, the inspiration that will allow us to move forward. Nano Comes to Life focuses on the science but attempts to call attention to the potential for a new intellectual framework to emerge at the convergence of the sciences, one that scientists, engineers, artists, and thinkers should tap to create narratives and visions of the future that midwife our coming of age as a technological species. This might be the most important role of the physics of life that emerges from our labs: to contribute to the collective construction of a path to the preservation of human life on Earth.

You can find out more about Contera’s work and writing on her University of Oxford Department of Physics profile page, which she seems to have written herself. I found this section particularly striking,

I am also interested in the relation of physics with power, imperialism/nationalism, politics and social identities in the XIX, XX and XXI centuries, and I am starting to write about it, like in this piece for Nature Review Materials : “Communication is central to the mission of science”  which explores science comms in the context of the pandemic and global warming. In a recent talk at Fundacion Telefonica, I explored the relation of national, “East-West”, and gender identity and physics, from colonialism to the Manhattan Project and the tech companies of the Silicon Valley of today, can be watched in Spanish and English (from min 17). Here I explore the future of Spanish science and world politics at Fundacion Rafael del Pino (Spanish).

The woman has some big ideas! Good, we need them.

BTW, I’ve posted a few items that might be of interest with regard to some of her ideas.

  1. Perimeter Institute (PI) presents: The Jazz of Physics with Stephon Alexander,” this April 5, 2023 posting features physicist Stephon Alexander’s upcoming April 14, 2023 presentation (you can get on the waiting list or find a link to the livestream) and mentions his 2021 book “Fear of a Black Universe; An Outsider’s Guide to the Future of Physics.”
  2. There’s also “Scientists gain from communication with public” posted on April 6, 2023.