NSF Director on 1st cosmic event seen in gravitational waves and in light

The video discusses the collision of two neutron stars, located 130 million light years away, and the groundbreaking discovery of both gravitational and electromagnetic waves from this event. It highlights the role of the NSF in funding high-risk, high-reward research that leads to transformative discoveries. The announcement serves as an inspiration to push the boundaries of knowledge and explore answers to significant questions.

What are neutron stars known for?

• Being the hottest stars

• Being the largest stars in the universe

• Being the smallest and densest stars

• Being the oldest stars

How far from Earth did the neutron star collision occur?

• 130 million kilometers

• 130 million miles

• 130 million light years

• 130 million parsecs

What makes the recent cosmic discovery unique?

• It was the first time a black hole was observed

• It was the first time a cosmic event was seen through multiple messengers

• It was the first time a supernova was detected

• It was the first time a galaxy was discovered

What does NSF focus on in its research investments?

• Medium-risk, medium-reward research

• No-risk, no-reward research

• High-risk, high-reward research

• Low-risk, low-reward research

What is the ultimate goal of NSF's research initiatives?

• To maintain current knowledge levels

• To advance the frontiers of knowledge

• To reduce scientific exploration

• To focus solely on technology development