Great Minds: Conny Aerts, the Starquake Professor

Connie Eertz, a leading figure in astroseismology, made significant contributions to understanding star interiors through her study of star quakes and gravity-based waves. Her journey from a working-class background in Belgium to becoming a renowned astrophysicist highlights her dedication and passion. Eertz's work, particularly with the Kepler mission, has advanced the field of astroseismology, allowing for the study of hundreds of stars. Her research has led to improvements in models of stellar evolution, and she has played a key role in European Space Agency missions, mentoring many future scientists.

What was the significant discovery made by Professor Eertz during her Christmas break?

• The existence of black holes in the Milky Way

• A new type of galaxy formation

• A new planet orbiting a distant star

• A regular pattern of light dimming and brightening from a star

What is the primary focus of astroseismology?

• Measuring the distance of stars from Earth

• Understanding the internal structure of stars through waves and oscillations

• Analyzing the chemical composition of star atmospheres

• Studying the surface temperature of stars

How do star quakes help scientists in their research?

• By determining the age of a star

• By predicting solar flares

• By revealing the internal composition and dynamics of stars

• By measuring the gravitational pull of stars

What was one of Professor Eertz's major contributions to astroseismology?

• Discovering a new planet in the solar system

• Developing a new telescope for space observation

• Creating a new theory of black hole formation

• Identifying gravity-based waves in massive stars

What is one of the current focuses of Professor Eertz's research?

• The search for extraterrestrial life

• The study of dark matter

• The evolution of stars over their lifetimes

• The formation of new galaxies