In this exciting Lego experiment series, watch the smart crafts and high-tech builds! From generating electricity to testing a gravity light, each step showcases the incredible potential of Lego ...

In his notes, he'd begun decoding the strange correlation between gravity and acceleration -- similar to what enamored Einstein about 400 years later. Da Vinci's ideas about gravity preceded even ...

Antimatter is the mirror version of every particle in the universe. For the last 100 years, physicists have been wondering if it falls down or up with gravity.

The Science Museum of Virginia is offering the next-best experience to engage in an exciting cosmic journey in an immersive way with the touring exhibition “Space: An Out-of-Gravity Experience.” ...

In this work, a research group from the U.K., Netherlands, and Italy designed an experiment so sensitive that it can measure a gravitational force equal to one-quintillionth of a Newton (on the ...

A Swiss experiment using vibrations and vacuum chambers could help firm up the gravitational constant. By Eva Botkin-Kowacki Published Jul 18, 2022 7:45 AM EDT ...

Using an experimental protocol involving dense liquids, vibrating plates, and toy sailboats, these scientists demonstrated a kind of "anti-gravity" allowing boats to sail upside down with ease.

Home; Science; speed read Antimatter isn't immune to gravity, landmark experiment confirms. Antimatter is the mysterious evil twin of matter, but new research proves they do have something ...

A team of researchers has proposed an experiment to finally catch a glimpse of the elusive "graviton", if it does actually exist. We can see the effects of gravity pretty easily, just by looking ...

Now, though, a new theory could finally give us the means to “see” gravity for the first time. The latest theory is based heavily on an old concept first explained by Albert Einstein back in 1905.

Scientists propose a relatively simple yet still complicated tabletop experiment to test the quantumness of gravity, aiming to reconcile general relativity and quantum mechanics.