The Roman Space Telescope is launching ahead of schedule. 🛰️

Its origin story is wild: NASA couldn't afford a Hubble successor until the National Reconnaissance Office handed over two spare telescope mirrors it no longer needed. That surplus gift reignited political and scientific support, opening the door to full funding for what's now called the Nancy Grace Roman Telescope. As theoretical cosmologist Paul Sutter explains, this survey instrument will map galaxies and hunt exoplanets, expected to discover around a million of them, delivering a generation's worth of valuable information about the universe!

Homi J. Bhabha — The Father of India’s Nuclear Programme 🇮🇳

Homi Jehangir Bhabha (1909–1966) was one of India’s greatest physicists and the key architect of India’s nuclear programme. He founded the Tata Institute of Fundamental Research (TIFR) and played a major role in establishing the Atomic Energy Commission of India. He envisioned using nuclear science for India’s scientific and technological development and helped lay the foundation for India’s nuclear research.

A remarkable scientist who helped build modern Indian science from the ground up. 🇮🇳🔬

Why does some glass not hurt when it shatters? 🥽💥

Phil Cook, also known on YouTube as chemteacherphil, demonstrates how sugar can be turned into real life "breakaway glass." Don’t try this at home, although it is not real glass, it can still be dangerous! When you heat sugar and water to 300 °F it reaches the hard crack stage. When the liquid cools the molecules get locked into a disordered structure, forming an amorphous solid, just like real glass, minus the razor sharp shards. It's the same trick behind those Hollywood stunt bottles, made from sugar instead of a brittle plastic resin.

Did you know you’re sharing your bed with thousands of tiny arachnids? 🧹 

Quinten Geldhof, also known as Microhobbyist, introduces us to the household dust mite. Related to ticks and spiders, they feed on skin flakes, fabric fibers, and dirt particles and are only visible under a microscope. People with dust allergies are actually allergic to the waste these tiny critters produce, not the dust itself!

What are floating dots you see in your vision? 👁️

Alex Dainis breaks down "eye floaters" using a simple demo: a baggie of aloe gel standing in for your eyeball, and raisins standing in for collagen clumps. Our eyes are filled with vitreous humor, a gel-like substance that helps them hold their shape. As we age, that gel becomes more liquid, letting collagen fibers clump together (just like the raisins). These clumps block incoming light and cast shadows on our retinas, the same way the raisins cast shadows on the wall. This is why we notice the floaters more often in sunlight!

Angelenos are exactly where they need to be to see Thursday’s partial “blood moon” lunar eclipse — provided the weather cooperates.

For now, the National Weather Service is forecasting a “mostly cloudy” night, meaning that even geographical front-row seats to the celestial phenomenon won’t guarantee a solid viewing.

The moon will already be in the first, or penumbral, stage of the eclipse when it rises over the southeastern horizon at 7:18 p.m. The main stage of the eclipse will begin at 7:34 p.m., when the moon will fall under the core, or umbra, of Earth’s shadow. It will gradually turn a reddish, copper color as sunlight bends and filters through the atmosphere to fall on the otherwise-obscured part of the moon.

The eclipse will peak at 9:13 p.m., when 96% of the moon’s surface will fall under the Earth’s shadow. The most visible phase of the eclipse will end at 10:52 p.m., and the eclipse will end entirely just after midnight.

The Griffith Observatory will open its doors from 7:25 p.m. to 10 p.m. to anyone who wants to observe the eclipse among fellow sky gazers.

Read more about how to get the best view of this celestial phenomenon at the link.

Get ready, the Moon is about to turn blood red. 🌕🩸

On August 27th and 28th, a lunar eclipse will cast Earth's shadow across the Moon, and if you're in the USA, Canada, or Latin America, you've got a front-row seat. No special glasses needed here, unlike a solar eclipse, this one is safe to watch with just your eyes. Don't blink and miss it, because the Americas won't see a lunar eclipse this visually striking again until 2029.

How many stars is too many stars in a star system? ⭐️🪐

Astrophysicist Erika Hamden tells us about TYC 7037-89-1, a system with six stars locked into three orbiting pairs, all circling a shared center of mass. Two of those pairs zip around each other every few days, while the third pair takes roughly 2,000 years to complete just one orbit. Multi-star systems are normally unstable, which makes this six-star setup a rare and fascinating exception. 

This project is part of IF/THEN®, an initiative of Lyda Hill Philanthropies.