Liknayan Podcast: Usapang Physics with Pinoy Physicists

Samahan kaming pag-usapan ang kalagayan ng kababaihan sa STEM ngayong International Women’s Day. Tatalakayin natin ang kahalagahan ng representasyon, ang mga hamon na kinakaharap ng kababaihan sa agham, at ang papel ng pamilya at komunidad sa kanilang paglalakbay.Samahan kaming himayin ang mga stereotype, gender roles, at mga istruktural na hadlang sa larangan ng agham, pati na rin ang mga kwento ng mga babaeng siyentipiko, mula sa kasaysayan hanggang sa kasalukuyan, at kung bakit mahalaga ang mas inklusibo at pantay na mundo sa STEM.

Samahan kaming pagusapan ang bagong paper ng ating host na si Philip. Ang kanyang papel ay pinamagatang "Enantiosensitive molecular compass". Ito ay tungkol sa spin-polarization ng mga na ionize na electrons sa mga chiral molecules gamit ang mga laser. Samahan kaming pagusapan kung ano ang ibig sabihin ng mga salitang ito at kung bakit importante ang chiral molecules.

Samahan kaming pagusapan ang bagong paper ng ating host na si Cherrie. Ang kanyang papel ay pinamagatang "Enhancing angular photonic spin Hall effect at surface plasmon resonance" at paguuspan natin kung ano ba ang spin Hall effect, ano ang plasmon resonance, at bakit niya ito pinag-aaralan.Ang papel na ito ay open access at pwede ninyong basahin sa link na ito: https://www.degruyterbrill.com/document/doi/10.1515/nanoph-2025-0206/html

Welcome sa bagong series ng Liknayan Podcast kung saan sasagutin natin ang tanong sa mga comments. Sa episode na ito ay sasagutin ni Philip ang tanong kung posible ba ang time travel gamit ang quantum mechanics!

Samahan kaming kausapin si Darwin Putungan, PhD, ang unang director ng Institute of Physics sa UPLB at president ng Samahang Pisika ng Pilipinas para pag-usapang ang kaslukuyang research groups at physics graduate school programs ng UPLB pati na rin ang parating na conference ng Samahang Pisika ng Pilipinas

Samahan sina Philip, Reggie, at Cherrie pagusapan kung saan nila gagamitin ang 1 bilyong piso para sa science sa Pilipinas

In this episode of #LiknayanPodcast, we are joined by Dr. Paul Flores, a Filipino geophysicist whose research focuses on active faults, slow earthquakes, and tectonic processes beneath the ocean floor.He completed his D.Sc. in Earth Science at Yokohama National University (Japan) as a MEXT Scholar, where he studied the mechanism of slow earthquakes in the Nankai Trough.Dr. Flores is currently a JSPS Postdoctoral Fellow at the Japan Agency for Marine-Earth Science and Technology (JAMSTEC). Prior to this, he worked at the University of the Philippines Diliman, conducting research on marine geophysics, fault mapping, and coastal hazards in the Philippines.Here, we discuss Dr. Flores' paper entitled "Shallow structures, interactions, and recurrent vertical motions of active faults in Lingayen Gulf, Philippines" (https://www.sciencedirect.com/science/article/pii/S2590056023000178).

In this episode of #LiknayanPodcast, we break down the 2025 Nobel Prize in Physics, awarded for the discovery of macroscopic quantum tunneling and energy quantization in an electric circuit. You’ll gain clear insight into:What is quantum tunneling?Quantized energy levels — how quantum systems absorb/emission in “steps”Why this matters in electrical circuitsThe relation to superconductivityMacroscopic quantum effects — quantum mechanics at visible scale

100 years old na ang quantum mechanics ngayong 2025. samahang niyo kami dito sa liknayan podcast para pagusapang ang history nito at ang exprience ni Philip nung nag-attend siya ng conference sa Gottingen in celebration din ng International Year of Quantum Science and Technology

Merry christmas!

In this episode of #LiknayanPodcast, we sit down with Dr. Allan Padama, an expert from the Institute of Physics at the University of the Philippines Los Baños, to dive into the fascinating world of Computational Materials Science.Dr. Padama discusses the significance of Density Functional Theory (DFT) in understanding materials at the atomic level and explores the challenges and opportunities for young researchers eager to enter this field. Discover how computational approaches are driving innovation and shaping the future of science and technology.Whether you’re a student, early-career researcher, or just curious about the intersection of computation and materials science, this episode is packed with insights and inspiration!

In this episode of #LiknayanPodcast, we sit down with Dr. Mikaela Fudolig, a Research Assistant Professor at the University of Vermont, to explore the innovative field of Computational Social Science. With a unique background in physics, Dr. Fudolig applies scientific and computational principles to the study of society, examining how digital traces and cultural artifacts can offer insights into human behavior.Dr. Fudolig's academic journey is nothing short of extraordinary. At just 11 years old, she entered the University of the Philippines Diliman through an experimental Early College Placement Program. By 16, she had earned her Bachelor of Science in Physics, graduating summa cum laude and as valedictorian of her class. She continued her studies at UP Diliman, obtaining both her Master's and PhD in Physics, completing her doctoral degree at the age of 24.From understanding the big questions and objectives of the field to its practical applications in today's world, this episode offers a fascinating look at how computation is transforming social science research.

In this episode of #LiknayanPodcast, we sit down with Dr. Adrian Salces from the Philippine Space Agency (PhilSA) for an exciting conversation about space! Discover the story behind the Philippines’ space missions, including the creation of the country’s first nanosatellite, the Maya Satellite.We also explore PhilSA’s programs for advancing space technology, share updates on SpaceX developments, and dive into other innovations in the field of space exploration.Join the Liknayan Team on this special space adventure as we uncover how the Philippines is contributing to the global space community!

In this World Space Week episode of #LiknayanPodcast, we sit down with Keith Cabello, a Project Technical Specialist from the Philippine Space Agency (PhilSA), to explore the exciting world of space research and its growing relevance to the Philippines. 🇵🇭From enhancing disaster preparedness to advancing agriculture, climate monitoring, and national security, PhilSA’s work shows just how much space science impacts our everyday lives.In this episode, we talk about:The science objectives of PhilSAWhy space research is vital for developing countriesKey challenges in advancing space scienceHow we can align education and curriculum to prepare future space scientistsKeith’s favorite math/physics/engineering conceptsThe diverse skillsets PhilSA is looking for—from coding and engineering to biologyPractical advice for aspiring scientists who dream of working in space researchWhether you’re a space enthusiast, a student, or just curious about the future of Philippine space science, this episode is packed with insights and inspiration. 🌌

In this episode of #LiknayanPodcast, we unpack the groundbreaking news that the 2024 Nobel Prize in Physics was awarded to John J. Hopfield and Geoffrey Hinton, recognized “for foundational discoveries and inventions that enable machine learning with artificial neural networks”.We dive straight into how this year’s Nobel marks a pivotal moment—highlighting how AI, once a mere tool, has now become foundational enough to shape the future of physics itself. This opens up exciting questions: How does this recognition reflect AI’s growing role in science? What does it mean for future discoveries?In this episode, we tackle:How the recent Nobel Prize makes you feel—from a scientist’s perspectiveExciting ways machine learning is pushing the boundaries of physics and enabling new insightsThe role of machine learning in future scientific breakthroughs, from speeding up research to opening up entirely new ways of exploring the universe

In this episode, we take on a topic that resonates deeply with many in academia and research—impostor syndrome. From students to seasoned scientists, that nagging feeling of “not being good enough” is more common than we think, and it often shapes how we navigate our careers in physics and beyond.We share personal experiences with impostor syndrome, discuss how prevalent it is among physicists and researchers, and explore the ways institutional culture can either ease or worsen the struggle. Finally, we offer practical advice for students and early-career physicists who may be facing these same challenges, and how to remind themselves that they truly belong in the scientific community.If you’ve ever felt like you don’t measure up, this episode is for you.

Dr. Benjamin B. Dingel is the visionary behind AIC-ROSES (Ateneo Research on Optical Science, Engineering, and Systems), which he conceptualized and launched in 2017 as a publication-driven, education-by-research model for engaging undergraduate physics students at Ateneo de Manila University. Remarkably, he spearheaded the group remotely from New York, while serving as R&D Director of Nasfine Photonics.Under his leadership, AIC-ROSES quickly grew into a thriving research community. Officially recognized as a research group under the Ateneo Innovation Center in 2020, it now has around 20 student members and has produced dozens of publications. The group’s work spans both theoretical and experimental research, focusing on:Multilayer optics and photonics through scientific analogues and implementationsOptical engineering in microwave photonics and network sensingPhotonic integration and hybrid optic-electronic systemsApplications of mathematical physics methods in optical scienceThrough AIC-ROSES, Dr. Dingel has built one of the Philippines’ pioneering online-based physics research groups, equipping young scientists with the skills, mentorship, and global exposure needed to thrive in cutting-edge optics and photonics research.

🎙️ In this episode of #LiknayanPodcast, we take a closer look at the crucial role of peer review in scientific publishing—why it’s considered the backbone of credible research, and how it shapes the way knowledge is built and shared.Whether you’re a researcher, academic, or simply curious about how science works behind the scenes, this episode unpacks the systems that help ensure quality, accuracy, and integrity in published studies.🔍 We discuss:What peer review is and why it’s essential in research.How peer-reviewed publications uphold the credibility of science.The challenges, controversies, and evolving practices in the peer review process.💡 If you’ve ever wondered how scientific work gets validated—or if you’re looking for practical insights on navigating the publishing process—this episode is for you!

In this episode of #LiknayanPodcast, we delve into a topic that resonates deeply within the academic community: burnout in academia. Join us as we explore the unique challenges faced by physicists and the toll that academic pressures can take on mental and physical health. We share our personal experiences and insights, shedding light on the causes, consequences, and solutions to burnout in the field of physics.🔥 Personal Experiences with Burnout in PhysicsWe open up about our personal journeys with burnout, sharing the emotional and physical impacts we faced during our careers in academia. Hear our stories of struggle and resilience, and discover how we navigated through the toughest times.📊 Factors Contributing to Burnout Among PhysicistsWhat are the primary causes of burnout in the field of physics? We discuss the pressures of publish-or-perish culture, grant funding challenges, and the often overwhelming workload. Learn about the systemic issues that exacerbate stress and what can be done to address them.🏫 Institutional Support and PreventionHow can academic and research institutions better support their staff and students to prevent burnout? We offer our suggestions on policies and practices that can create a healthier, more sustainable environment for researchers.💡 Advice for Overwhelmed PhysicistsFeeling overwhelmed by your workload? we share practical advice and coping strategies for those currently experiencing burnout. From time management tips to mental health resources, discover ways to regain control and find balance.

🎙️ Welcome Frankie Palabrica to the #LiknayanPodcast Team! 🌟In this episode, we’re excited to introduce Frankie Palabrica, our newest team member! Frankie brings with her a strong background in science communication and is currently pursuing her Master’s degree in Physics at Ateneo de Manila University. She’s also an active researcher with the Ateneo ROSES Laboratory, where she continues to explore her passion for physics and push forward innovative research.Frankie shares her journey in physics, her experiences in the field, and her vision for making science more accessible and engaging. Whether you’re a student, a physics enthusiast, or simply curious about the world of research, this episode has something for you.🧑‍🔬 About the Ateneo ROSES Laboratory The Ateneo Research on Optical Science, Engineering, and Systems (ROSES) Lab is one of the seven official research groups under Ateneo’s Department of Physics. Originally part of the Ateneo Innovation Center (AIC), the lab transitioned to the department in January 2020. Conceived in 2017 by Dr. Benjamin Dingel, the lab was built on a remote research model years before the pandemic, making it one of the first purely online physics research groups at Ateneo.

In this episode of #LiknayanPodcast, we sit down with Dr. Dreia Carrillo, a Filipina astrophysicist at Durham University whose work is reshaping our understanding of the Milky Way. 🌌Hailing from Baliuag, Bulacan, Dreia takes us through her journey from the Philippines to the international stage of astrophysics. Her research focuses on the chemodynamics of accreted halo stars, combining data from Gaia, APOGEE, and GALAH with simulations like FIRE and AURIGA to uncover the history of our Galaxy’s formation and evolution.Dreia completed her PhD at the University of Texas at Austin under the mentorship of Keith Hawkins, specializing in stellar populations and Galactic Archaeology. She also shares stories from her early research experiences at the University of Michigan, and how these shaped her scientific career.Beyond research, Dreia is passionate about teaching, mentoring, and outreach, inspiring the next generation of scientists while continuing to explore the mysteries of the cosmos.

In this episode of #LiknayanPodcast, we sit down with Marianne Palmero, a Project Technical Assistant at the University of the Philippines Los Baños. Marianne works at the exciting intersection of density functional theory, computational materials science, and machine learning, pushing forward research in materials design and innovation.She shares insights from her role in the DOST-PCIEERD and the East Asia Science and Innovation Area Joint Research Program, led by Dr. Allan Abraham B. Padama. We also talk about her recent paper, “The Tendency of V Segregation in Pd/V(110) and Pd/V(100) Surfaces Induced by H Adsorption,” which explores atom segregation in palladium/vanadium surfaces—an important step toward developing hydrogen-permeable materials for clean energy technologies.

In this episode of #LiknayanPodcast, we sit down with Dr. Sarah Oliva, a geophysicist whose career has taken her from the Philippines to her current role as a faculty member at the Department of Geophysics, Universidad de Chile.Dr. Oliva earned her PhD in Earth and Environmental Sciences from Tulane University (USA) and now focuses her research on seismicity in the Haida Gwaii region of Western Canada. Her fascination with earthquakes, volcanoes, and natural hazards began in the Philippines, where living on the Pacific Ring of Fire sparked her interest in earth sciences. From there, she pursued physics and materials science locally, a postgraduate diploma in Earth System Physics in Italy, and ultimately advanced her doctoral studies in the US.Beyond research, Dr. Oliva is passionate about teaching, science communication, and STEM outreach, while also enjoying language learning, yoga, and travel.

In this episode of #LiknayanPodcast, we sit down with Dr. Dina Banguilan, a postdoctoral researcher at the Toyota Technological Institute in Japan.Dr. Banguilan’s research spans the cutting edge of optics and photonics, from exploring the orbital angular momentum of light to developing novel methods using digital micromirror devices (DMDs) for vortex beam detection and topological charge measurements. She has also worked on advancing femtosecond pulse amplification with specialized doped fibers, contributing to technologies that push the boundaries of light manipulation.Her academic journey began at the University of Northern Philippines, where she earned her bachelor’s degree in Physics, followed by a master’s and PhD in Physics from the University of the Philippines Diliman. Today, her work continues to shed light—literally—on the fascinating ways we can harness and control the properties of light for science and technology.

In this episode of #LiknayanPodcast, we sit down with Dr. John Manalo, a leading expert in atmospheric science and ozone research. Dr. Manalo’s groundbreaking work explores the urgent issue of ozone layer depletion, focusing on the links between greenhouse gas concentrations, tropospheric warming, and the formation of polar stratospheric clouds (PSCs). His research shows how these clouds drive chemical reactions that release active chlorine—posing a serious threat to ozone molecules.With a strong emphasis on ozone measurements and monitoring, Dr. Manalo highlights why keeping track of ozone levels remains vital, even decades after the Montreal Protocol. His collaboration with the Philippine Atmospheric, Geophysical, and Astronomical Services Administration (PAGASA) has also contributed to the Global Atmospheric Watch (GAW) Program of the World Meteorological Organization (WMO), using advanced tools such as the Dobson Spectrophotometer.Join us as we break down the complexities of atmospheric science with Dr. Manalo and uncover insights that matter for both science and society.Topics discussed:Overview of weather forecastingFundamental principles of atmospheric scienceHow climate and ozone data are collectedAdvice for students and aspiring climate scientists

In this episode of #LiknayanPodcast, we chat with Isabella Huckabee, a rising star in astrophysics and astronomy education. Currently at NASA’s Jet Propulsion Laboratory, Isabella works on the Exoplanet Watch project, analyzing transit timing variations with data collected by both citizen scientists and professional astronomers.Her journey doesn’t stop there—starting fall 2023, she’ll spend a gap year in the Philippines with Ateneo de Manila University, leading innovative astronomy education initiatives. From developing astrophysics courses to designing new learning tools and hosting talks for Filipino students, Isabella is helping shape the future of science education.In fall 2024, she heads to Cornell University to begin her PhD in Astronomy and Space Sciences, focusing on the atmospheres of substellar objects. With a background in astrophysics, physics, and cross-sector leadership from Arizona State University, Isabella brings both expertise and passion to her work.Join us as Isabella shares her story, her insights on exoplanets and science education, and her vision for the future of astronomy.

In this episode of #LiknayanPodcast, we sit down with Armielyn Obinguar, a trailblazer in AI and tech! A finalist for Women in AI 2023 for Humanitarian Action in the Asia-Pacific Region, Armielyn has been at the forefront of using AI for social good. She currently serves as a Fractional Engineering Lead at Kippap, builds communities as part of Google Developers and AWS Community Builders, and has previously worked as a CTO and Senior Machine Learning Engineer.We talk about her work in open-source LLM projects, neuroscience, and healthcare AI, as well as her vision for making AI more accessible to everyone.Topics discussed include her recent AI projects, how AI advances industries and science, its role in driving innovation and problem-solving, the challenges and ethical concerns surrounding AI, and her advice for aspiring AI professionals.

In this episode of #LiknayanPodcast, we sit down with Dr. Marvin Flores, Assistant Professor at the National Institute of Physics (NIP), UP Diliman, and a key figure in the CERN-ATLAS Collaboration. From graduating summa cum laude at Silliman University to earning his PhD with distinction and receiving prestigious awards such as Most Outstanding PhD Graduate and the NAST Talent Search for Young Scientists, Dr. Flores’s journey is one of excellence and inspiration.We talk about his research in particle physics and high-energy phenomenology, his contributions to pushing the boundaries of the Standard Model, and his search for new physics that could redefine our understanding of the universe. He also shares insights on intriguing recent findings and offers advice for aspiring particle physicists navigating the field.

For our final guest this Women’s Month, we feature a true trailblazer in physics! 🌟 From her early days as a college student to her current groundbreaking research, Dr. Niña Zambale-Simon has made significant contributions to the field. In this episode, we explore her inspiring journey and dive into her pioneering work on Structured Light and its wide range of innovative applications 🔦📡.Topics discussed include her background and what led her to pursue a career in physics, an overview of the concepts and principles defining her area of research, memorable and exciting research projects, the latest discoveries in the field, and her advice for aspiring physicists and science enthusiasts.

Discover the inspiring journey of Dr. Angelie Alagao and her innovative research in astronomical instrumentation, shaping how we explore and understand the universe 🌌💫🔭 This episode celebrates women in science who continue to blaze trails of knowledge and success 👩‍🔬💪 In this conversation, we discuss her recent work in astronomical instrumentation and related findings, some intriguing discoveries in the field, how these instruments contribute to our broader understanding of the necessary conditions for life, and her advice for casual enthusiasts and aspiring researchers.

In this episode of #LiknayanPodcast, we sit down with Dr. Alvie Astronomo, a leading nuclear physicist from the Philippine Nuclear Research Institute (PNRI).Dr. Astronomo is the project leader and lead core designer of the newly commissioned Philippine Research Reactor 1 (PRR-1), as well as the lead designer of the Multi-shell Neutron Spectrometry System (MuNS), a system deployed in medical accelerator facilities to improve neutron field assessment and radiation protection measures. Beyond research, she is also deeply involved in nuclear manpower development, spearheading efforts in training, education, and public awareness on nuclear science in the Philippines.Follow the official page of DOST-PNRI to learn more about ongoing nuclear physics initiatives in the country.Topics discussed include:Key research activities and their relevance for understanding nuclear reactionsHow nuclear reactions occur and their diverse applicationsChallenges and hurdles in nuclear physics researchThe importance of interdisciplinary collaboration in advancing the fieldThoughts on the movie OppenheimerAdvice for students, aspiring researchers, and curious listeners

In this episode of #LiknayanPodcast, we sit down with Dr. Reina Reyes — astrophysicist, science communicator, and one of the most influential voices in Philippine science (the OG, indeed!).Dr. Reina is an Associate Professor at the National Institute of Physics, UP Diliman, where she leads the Data and Computation (D&C) Research Group under the GANAP Laboratory. Her team explores curiosity-driven research in data-driven astrophysics and computational physics, making use of open data and open-source AI/ML tools for everything from gravitational-wave astronomy and cosmology to data for social good.Beyond academia, Dr. Reina is also the co-founder of Pinoy Scientists and the host and resident scientist of Science Says, a science education TV series produced by the Knowledge Channel.Topics discussed include:How data is transforming industries, decision-making, and innovationHow data-driven approaches advance our understanding of fundamental physicsChallenges of working with data in both industry and researchEmerging technologies shaping the future of data-driven innovationAdvice for students and science enthusiasts

In this episode of #LiknayanPodcast, we sit down with Engr. Elah Palaganas, a pioneering Science Research Specialist at the Laboratory of Electrochemical Engineering (LEE) under the Advanced Batteries Center Program at UP Diliman. Currently pursuing her Master’s degree in Chemical Engineering, Elah is at the forefront of developing next-generation cathode materials for sodium-ion batteries using Prussian Blue Analogues (PBAs).She shares her insights on tackling the critical challenges surrounding the supply of lithium-ion battery raw materials, as well as her efforts to promote energy storage awareness through seminars and symposiums. Adding a personal touch, Elah is also a former student of both Philip and Reggie, making this episode a full-circle moment for the hosts.Topics discussed include:Overview of her current research and its significance in the fieldInspiration to pursue this line of research and its expected impactMethodologies employed in her workFinal thoughts and advice for aspiring researchers

In this episode of #LiknayanPodcast, we sit down with Marielle Eduardo, a PhD student at the University of Victoria, Canada. Under the supervision of Dr. Wesley Fraser, Marielle’s research explores the formation of the Solar System by using advanced Convolutional Neural Networks (CNNs) to detect and study Kuiper Belt Objects (KBOs) from JWST images.Her work pushes the limits of astronomical observation, aiming to identify and characterize KBOs as faint as magnitude 29 and as small as 10 km, opening new windows into the mysteries of the outer Solar System.Topics discussed include:The concepts and principles behind her research on Solar System formation and Kuiper Belt ObjectsMemorable projects and exciting research findingsRecent discoveries shaping our understanding of the outer Solar SystemAdvice for aspiring astrophysicists and curious learners

In this episode of #LiknayanPodcast, we sit down with Dr. Hauser Villegas, Associate Professor at the National Institute of Physics, UP Diliman. Dr. Villegas is a theoretical condensed matter physicist whose research explores the fascinating interplay between geometry and quantum mechanics, particularly in systems like topological insulators and conductors.We talk about the foundations of condensed matter physics, recent advances in the field, and how theoretical insights can lead to real-world applications. Dr. Villegas also shares his thoughts on the future of the field and advice for both curious listeners and aspiring researchers.Topics discussed include:Foundational principles of condensed matter physicsRecent advancements in theoretical condensed matter researchHow theory translates into practical applicationsAdvice for casual learners and aspiring physicists

In this episode of #LiknayanPodcast, we sit down with Richelle Tuquero, an instructor and graduate student at the National Institute of Physics, UP Diliman. Richelle is part of the Theory of Quantum Fluids group, where she researches self-organized phase and time crystals in atom-cavity systems. We dive into the fascinating world of quantum fluids and time crystals, exploring what they are, how they deepen our understanding of nature, and their potential impact on future technologies. Richelle also shares her personal journey into physics, her research projects, and valuable advice for aspiring scientists and curious learners.Topics discussed include:What are time crystals?How time crystals help us understand nature through physicsThe atom-cavity system as an experimental setup for time crystal researchPotential breakthroughs and applicationsAdvice for aspiring researchers and curious listeners

In this episode of #LiknayanPodcast, we chat with Dr. Tram Acuña, an Astroparticle Physicist whose journey from the Philippines to a postdoctoral researcher at National Tsinghua University, Taiwan is truly inspiring. A graduate of the Astroparticle Physics program at SISSA, Italy, Dr. Acuña specializes in deriving cosmological insights and direct detection constraints on dark matter models.Join us as we explore the mysteries of the universe through his groundbreaking research, personal stories, and unique perspective on high-energy astrophysics.Topics discussed include:Dr. Acuña’s work in high-energy astrophysics and key insightsA fascinating celestial object and what it tells us about the universeUse of advanced instruments and technology in astrophysics researchOpen questions and mysteries in high-energy astrophysicsAdvice for aspiring researchers

Today’s guest is Marco De Leon, a postdoctoral researcher currently at Academia Sinica, Taiwan, who will soon be joining the University of California, San Francisco.Marco’s research focuses on biological mechanisms at the cellular level, specifically the propagation and evolution of cell density waves. His work sheds light on key processes like wound healing and limb regeneration, helping us better understand how cells organize and recover after injury.In this episode, we discuss:Zebrafish tailfin limb regeneration resultsMechanical cell density waves and their role in cellular behaviorChallenges faced during the research processThe importance of interdisciplinary collaboration in scientific discoveryAdvice for aspiring biophysicistsTune in for an inspiring conversation about cutting-edge biophysics research and the journey of a postdoctoral researcher making waves in the field.Link to paper: Mechanical waves identify the amputation position during wound healing in the amputated zebrafish tailfin (https://www.nature.com/articles/s41567-023-02103-6)

Learn what a postdoc is and why it’s crucial for advancing research in the Philippines. In this episode, our hosts—Philip Flores, Reggie Bernardo, and Cherrie Olaya, who are all postdoctoral researchers, and Jane, an incoming postdoc—explore the role of postdocs, how postdoctoral positions shape a scientist’s career, and how they help expand international collaborations while bringing fresh perspectives to physics research in the country.Topics discussed:What a postdoc is and why it mattersThe goals of a postdoc and its impact on a researcher’s career developmentHow postdocs support international collaborations and provide new perspectivesContributions of postdocs to addressing gaps in Philippine physics researchThe potential benefits and opportunities postdocs bring to local research

Celebrate the season with a science twist! 🎄✨ In this episode, we explore the physics behind Christmas in the Philippines—from the glowing parols to the traditions of Simbang Gabi. Join us as we uncover how quantum mechanics, orbital motion, and even a bit of holiday magic shape the season. 🇵🇭🔍In this episode, we cover:The orbital “dance” behind ChristmasHow quantum mechanics relates to Christmas lightsThe physics behind the legend of Santa

In this episode, host Dr. Cherrie Olaya takes us into her world of experimental physics, where light and matter meet in fascinating ways. She shares her journey into physics, the principles behind her research, and the exciting discoveries that keep pushing the field forward.About our host: Dr. Cherrie Olaya is a postdoctoral researcher at RIKEN (Institute of Physical and Chemical Research), Japan. She earned her Bachelor’s, Master’s, and PhD in Physics from UP Diliman, where she also taught at the National Institute of Physics. Her doctoral work focused on developing an optical setup to measure reflectivity and the Goos-Hanchen (GH) shift, enhancing it by exploiting beam propagation and tightly focusing the incident beam. At RIKEN, she continues to explore beam displacements as a way to detect subtle changes in material refractive indices.In this episode, we cover:Cherrie’s research focus in experimental physics and what inspired her to pursue itKey concepts and principles that define her area of workRecent discoveries and developments in her fieldPractical recommendations for how the public can stay updated on the latest in physics research

Join us as we explore how physics shows up in everyday life—from the technology we use to simple routines like brewing coffee. 🌍 We’ll talk about how physics shapes our daily experiences, fuels innovation, and even helps us think more critically and make better decisions.In this episode, we cover:How physics influences our day-to-day livesExamples of physics in sports, the sky, and even your refrigeratorThe role of physics in driving technology and innovationHow understanding physics can help us make smarter choices

In this episode, host Jane shares her journey into physics and the fascinating research she’s working on today. Jane is a PhD candidate at Johns Hopkins University, USA, where she studies the self-organization of topological defects in liquid crystal phase transitions. She previously earned her Bachelor’s and Master’s degrees in Physics from UP Diliman, where she also taught as an Instructor, and later joined the International Centre of Theoretical Physics (ICTP) in Italy as a research student. Her Master’s work focused on modeling steady-state wealth distribution in a kinetic model of gambling.In this episode, we cover:Jane’s specialized area of physics and what inspired her to pursue this pathAn overview of the concepts and principles behind her researchRecent discoveries and exciting developments in her fieldRecommendations on how the general public can keep up with the latest in physics research

In this episode, we introduce two of our hosts, Dr. Cherrie Olaya and Jane, and learn about their journeys into the world of physics. From early inspirations to the projects they’re working on today, they share stories, insights, and advice for anyone curious about science.About our hosts:🔹 Dr. Cherrie Olaya is a postdoctoral researcher at RIKEN (Institute of Physical and Chemical Research), Japan. She earned her Bachelor’s, Master’s, and PhD in Physics from UP Diliman, where she also taught at the National Institute of Physics. Her PhD work focused on developing an optical setup to measure reflectivity and the Goos-Hanchen (GH) shift, enhancing it through beam propagation and tight focusing. At RIKEN, she continues to explore beam displacements as a tool for detecting changes in material refractive indices.🔹 Jane is a PhD candidate at Johns Hopkins University, USA. She earned her Bachelor’s and Master’s degrees in Physics from UP Diliman, where she also taught as an Instructor. Her Master’s research focused on modeling steady-state wealth distribution in gambling systems. After her time as a research student at the International Centre of Theoretical Physics in Italy, she moved to Johns Hopkins, where she now studies the self-organization of topological defects in liquid crystal phase transitions.In this episode, we cover:Their backgrounds and what inspired them to pursue physicsDefining moments that solidified their decision to become physicistsWhat they find most fascinating and intriguing about the world of physicsMemorable research findings and projects they’ve worked onTheir advice for students and aspiring scientists considering a career in physics

In this episode, host Dr. Cherrie Olaya takes us into the world of experimental physics and its crucial role in driving scientific discovery and innovation. We’ll explore how experimental work validates theory, sparks technological breakthroughs, and fosters collaboration across disciplines.About our host: Dr. Cherrie Olaya is a postdoctoral researcher at RIKEN (Institute of Physical and Chemical Research), Japan. She earned her Bachelor’s, Master’s, and PhD in Physics from the University of the Philippines Diliman, where she also taught at the National Institute of Physics. Her doctoral research focused on developing an optical setup to simultaneously measure reflectivity and the Goos-Hanchen (GH) shift, enhancing the angular GH shift by exploiting beam propagation and tightly focused beams. At RIKEN, she continues to work on beam displacements for detecting changes in material refractive indices.In this episode, we cover:Cherrie’s journey into experimental physics, lasers, chiral molecules, and moreThe role of experimental physics in validating scientific theoriesHow experimental work drives technological advancementsThe impact of experimental physics on interdisciplinary collaboration and innovation

Enjoy memes and physics in https://www.sphericalcowblog.com/post/physics-memes :p #LiknayanMemes

In this episode, host Dr. Reggie Bernardo revisits the exciting recent discovery of the gravitational wave background—a stochastic superposition of nanohertz gravitational waves that connects the present universe to its earliest moments, just seconds after the Big Bang.About our host: Dr. Reggie Bernardo is a cosmologist who earned his BS, MS, and PhD in physics at UP Diliman. He is recognized as the first homegrown Filipino gravitational physicist and is currently a postdoctoral researcher at the Max Planck Institute for Gravitational Physics. His work explores some of the biggest questions in cosmology, from gravitational waves to the physics of the early universe.In this episode, we cover:What inspired Reggie’s journey into theoretical cosmologyA high-level overview of the fundamental principles behind gravitational wavesThe discovery of the nanohertz gravitational wave background and its impact on our understanding of the universeRecommendations on how to stay informed about the latest in gravitational wave science, with useful learning resources and more

In this episode, host Dr. Philip Flores takes us into the world of quantum tunneling—what it is, why it matters, and how it shapes our understanding of the universe. Drawing from his own research, Philip unpacks the mysteries behind this phenomenon and its significance in theoretical physics.About our host: Dr. Philip Flores is a quantum physicist who earned his BS (2017), MS (2019), and PhD (2023) in physics at UP Diliman under the guidance of Dr. Eric A. Galapon. His research focuses on quantum time of arrival, the weak equivalence principle, and the tunneling time problem. He is currently a postdoctoral researcher at the Max Born Institute in Berlin, where he works with Prof. Olga Smirnova on geometric concepts in the photoionization of chiral molecules.In this episode, we cover:What inspired Philip’s journey into theoretical physicsA high-level overview of the key concepts and principles in his fieldInsights from his research on quantum tunnelingExciting recent discoveries and their impact on our understanding of the universePractical ways for the public to stay updated on the latest in theoretical physics

Join us as we talk about the importance of space research in the Philippines and why it matters. From expanding our understanding of the universe to creating economic opportunities, boosting national security, and strengthening disaster risk management, space research plays a much bigger role than most people realize. It also opens doors for international collaboration and diplomacy, putting the Philippines on the global stage.In this episode, we discuss:How space research advances scientific knowledge and our understanding of the universeWays the space industry can create economic opportunities in the PhilippinesThe role of space-based technologies in national security and disaster managementHow space research fosters international collaborations and partnerships

Join us as we talk about the significance of the Nobel Prize in Physics—what it means for scientists around the world and how it has shaped both the scientific community and society.In this episode, we focus on the 2023 Nobel Prize in Physics, awarded to Pierre Agostini, Ferenc Krausz, and Anne L’Huillier for their groundbreaking experimental methods that generate attosecond pulses of light to study electron dynamics in matter. We also dive into the history of the prize, past laureates whose work inspired our love for physics, and the discoveries and theories that have reshaped our understanding of the universe. Plus, we explore today’s biggest open questions in physics—problems that, if solved, could almost guarantee a Nobel Prize.Topics discussed in this episode include:What the Nobel Prize means for scientistsPast Nobel Prize winners in Physics that inspired usDiscoveries and theories that shaped modern physicsThe 2023 Nobel Prize in Physics and its groundbreaking workThe biggest open problems in physics that could be Nobel-worthy