Meeting with Dr. Lamiya Mowla
Astrophotography using Google Pixel 6 near Jashore,Bangladesh
Testify Google pixel's Astrophotography mood
Google Pixel's Astrophotography mode is a game-changer for capturing stunning shots of the night sky. This advanced feature allows you to take clear and vibrant images of celestial objects, such as stars and the moon, even in low-light settings. It uses a combination of long exposure and machine learning technology to capture detailed and mesmerizing images of the cosmos.
With Astrophotography mode, you no longer need expensive equipment or expert knowledge to capture beautiful shots of the night sky. Simply point your Google Pixel camera towards the stars and let it do the rest. You can even adjust the exposure time to ensure that every shot is perfect.
By using this feature, the camera uses advanced algorithms to capture more light and detail, resulting in photos that showcase the beauty of stars, planets, and galaxies. The feature works by extending the exposure time, allowing the camera to capture sufficient light and detail in the dark, which is often challenging for mobile phones. Moreover, this feature works best when the camera is steady, so you need to use a tripod or prop your phone against a surface to avoid any movement that could blur your photos. Once the photo is taken, users can view stunning images with sharper stars, clearer nightscapes, and richer colors than ever before.
Whether you're an amateur astronomer or just love taking pictures of the night sky, Google Pixel's Astrophotography mode is the perfect tool to help you capture stunning images of our awe-inspiring universe.
A project with Bangladeshi Astrophysicist Dr. Lamiya Mowla ( Dunlap Post-doctoral fellow of University of Toronto) where we tried testify whether Google pixel 6 could be alternative of telescope for amature astro-photographer as the device resides in the sophisticated AI-powered software that process 7 layer of images.
NB: Dr. Lamiya Mowla worked with Canadian Space Agency in James Webb Space Telescope project.
Giving talk on Astronomy
Outreach project: Astronomy in mother tongue
Astronomy is one of humanity's oldest sciences. Its basic activity is to study the sky and learn about what we see in the universe. Observational astronomy is an activity that amateur observers enjoy as a hobby and pastime and was the first type of astronomy humans did. There are millions of people in the world who stargaze regularly from their backyards or personal observatories. Most aren't necessarily trained in the science, but simply love to watch the stars. Others are trained but do not make their living at doing the science of astronomy. That idea actually underlies the history of astronomy: a long road of figuring out what objects in the sky are and what laws of nature govern them. To reach an understanding of cosmic objects, people had to do a lot of observing. The project "Astronomy in Mother Tongue in Bangladesh" aims to make the fascinating field of astronomy more accessible to the people of Bangladesh by offering educational resources in their native language. The project recognizes that access to scientific knowledge is often limited by language barriers, as academic texts and resources are commonly available only in international languages. By providing educational materials in Bangla, the project aims to bridge this gap and increase scientific literacy and understanding of astronomical concepts among Bangladeshi people. The project will translate popular astronomy books, create educational videos, and hold workshops in local communities to promote interest in the study of the universe.
Moreover, the project seeks to encourage more Bangladeshi students to pursue careers in astronomy and related fields by breaking down language barriers that may limit access to higher education. In this way, the Astronomy in Mother Tongue project aims to inspire the next generation of scientists and researchers in Bangladesh. We are doing seminar on different campuses (school and college) to teach general students how to proceed to fulfill their dream in Astronomy gathering basic information.
The presentation what we used to discuss about basic Astronomy can be found here.
Overall, the aim of the project is to create a more scientifically literate and curious society by making the wonders of the universe accessible in their native language. The project hopes to contribute to the advancement of scientific knowledge in Bangladesh and inspire future generations to pursue careers in astronomy and space exploration.
The "Learn Robotics in Bangladesh" project is a comprehensive initiative aimed at promoting the use of robotics technology in Bangladesh. The project aims to educate and train individuals, especially school children and young adults, on the concept, design, and programming of robots.
Through various workshops, seminars, and training sessions, participants will learn how to build and program robots using a range of tools, including sensors, actuators, and controllers. The project also seeks to develop an ecosystem of support for robotics enthusiasts, including access to mentors, resources and networking events. The project is designed to create awareness of the potential of robotics technology in Bangladesh and inspire interest in the field of robotics. It aims to equip individuals with the necessary skills and knowledge to become robotics engineers, roboticists, and technology entrepreneurs.
Ultimately, the vision of the "Learn Robotics in Bangladesh" project is to create a roadmap for the successful integration of robotics technology and innovation into Bangladesh's diverse industry, including agriculture, education, and manufacturing, among others.
Recently, Team Atlas from Bangladesh reached the finals and ranked 4th at the World Robotics Championship 2022, one of the largest robotics competitions in the world, with more than 300 teams participating worldwide which keeps our hope alive to move forward to make an great impact in near future.
One of the presentations what we used to discuss about basic Robotics can be found here.
Online meeting with Professor Garry E. Hunt
Lecturing on effect of climate change by Professor Kartik Chandra
Outreach project: Climate Change in Bangladesh
Project Climate Change in Bangladesh is a collaborative initiative aimed at addressing the alarming consequences of climate change in the country. Bangladesh, being one of the most vulnerable countries to climate change, has been experiencing extreme weather conditions, including floods, cyclones, and droughts. These extreme weather events have severely impacted the socio-economic conditions of the country, affecting millions of people's livelihoods.
The project focuses on several key areas such as disaster risk reduction, adaptation, and mitigation. Disaster risk reduction involves improving early warning systems, strengthening infrastructure, and promoting disaster-resistant housing. Adaptation involves building resilience among communities and protecting assets that are most vulnerable to climate change.
The project's primary objective is to develop and implement adaptation strategies to mitigate the harmful effects of climate change and to build resilience in communities that are most vulnerable to these impacts. The project encompasses various sectors, including agriculture, water management, disaster management, energy, and transportation.
The project involves the participation of national and international organizations, policymakers, and local communities in Bangladesh. The project's approach is participatory, where communities, especially those most affected by climate change, are involved in developing and implementing adaptation strategies.
The project's activities include the development of climate-resilient agriculture practices, the installation of weather monitoring systems, the construction of flood shelters, and the provision of climate-resilient infrastructure. The project also provides capacity building and training to communities, policymakers, and professionals to enhance their understanding of the impacts of climate change and to implement effective adaptation strategies.
Ultimately, the project aims to reduce the adverse effects of climate change in Bangladesh, thereby improving the resilience and well-being of its people. By addressing climate change, the project will contribute to a more sustainable future for Bangladesh and the world.
A project with NASA Scientist Dr. Garry E. Hunt (4 times NASA award winner) where we tried mitigation efforts involve reducing greenhouse gas emissions and promoting renewable energy sources to reduce the carbon footprint of the country. The project also aims to strengthen the capacity of local communities, government institutions, and civil society organizations to better respond to the challenges of climate change.