Good afternoon, today I'll be presenting MIT's research "A new technique could accelerate the development of RNA therapies." MIT chemical engineers built an automated system that produces lipid nanoparticles, the tiny fat bubbles that carry RNA medicines into the body, faster and with precise control over their size and shape. This could speed up the development of new vaccines and treatments.

Hi everyone, today I'm going to cover the Washington State University research "AI searched 100 million possibilities and found a cheaper way to 3D-print a NASA rocket alloy." The researchers used an AI model to find low-power, cheaper ways to 3D-print a heat-resistant NASA alloy, which could let ordinary commercial printers make rocket-grade parts.

Hello, today I will be talking about the research from UCLA and Ewha Womans University about "New process turns mixed plastic waste into hydrogen fuel without sorting." The researchers developed a chemical process that turns a mix of the three most common plastics into clean hydrogen fuel, without sorting them first and while trapping the carbon instead of releasing it into the air.

Welcome, today I'll be discussing the Karlsruhe Institute of Technology's research "Revolutionary Gas Turbine Generates Power Without Air Compression." The researchers built a gas turbine that creates pressure with detonation waves instead of a mechanical air compressor. They became the first team to generate electricity this way, and their turbine ran longer than NASA's version of the technology.

Greetings, everyone. Today we'll be looking at Northwestern University's research "Scientists Develop Low-Energy Method to Produce Ethylene from Waste Gas." The researchers built a new electrolyzer that uses electricity to turn syngas, a gas that can come from plastic waste, into ethylene. It uses much less energy and could greatly cut the carbon footprint of the chemical behind most of the world's plastics.

Hey everyone, I'm going to walk you through Columbia Engineering's research "A New Method to Unlock Vast Lithium Stores." The researchers developed a temperature-sensitive solvent that pulls lithium directly out of salty underground brines. It's a faster, cheaper, and cleaner option than the huge evaporation ponds used today.

What if the gas we burn for heat could be turned into medicine instead? Researchers at CiQUS at the University of Santiago de Compostela explored this in their study "Scientists turn methane into medicine in stunning breakthrough." They developed an iron-based catalyst powered by LED light that turns methane, the main part of natural gas, into chemical building blocks for medicines and other valuable products.

Hello, today I will be talking about the research from MIT about the, "New AI model could cut the costs of developing protein drugs". MIT researches developed an AI model that learns the genetic patterns of yeast to potentially make the cost cheaper, manufacturing faster, and more efficient.

Hi, Today I will be analyzing the MIT article "A new immunotherapy approach could work for many types of cancer." This article explains the development of a new immunotherapy that blocks sugar-based immune checkpoints on cancer cells. This is highly effective due to the immune system's enhanced ability to attack tumors.

Hi, today I analyzed this article from ScienceDaily, which illustrates that scientists have created a new ultra-thin lens for electronic devices like phones, drones and satellites. Multi-layered “meta lens” design using metamaterials that can focus multiple wavelengths of light allowed scientists to make a major breakthrough.

Hi, today I will be analyzing the TED Talk, "The case for engineering our food" by Pamela Ronald. This TED Talk discusses how genetic engineering can enhance crops, gives examples of successful GMOs, and explains how combining these tools with ecological farming supports global food security.

Hello, today I am sharing my thoughts on Anima Anadkumar's TED Talk, "AI that connects the digital and physical worlds". In which, discusses AI can simulate real world problems, the application of these systems in areas like weather forecasting and medical device design, and the potential of AI through bridging the digital and physical realm.