Media Appearances

Breaking with decades of haloscope design, the ALPHA and MADMAX collaborations are pushing the search for dark matter into a promising new niche.

A new film documentary about faraway physics experiments includes the IceCube experiment in the South Pole and features Reina Maruyama.

The thesis work of Wright Lab graduate student Sophia Hollick in the Reina Maruyama group significantly contributed to this result.

The YouTube channel SciShow recently featured CUORE and CUPID in a video about how “An Ancient Roman Shipwreck May Explain the Universe”.

Reina Maruyama was interviewed by Sophia Chen for Heising-Simon’s 1400degrees.org. 

Engineers, physicists, computer scientists and more are needed for the second quantum revolution.

1400 Degrees highlights the extraordinary achievements and contributions of women and marginalized gender identities to the physics & astronomy fields

205L — led by associate physics and astronomy professor Reina Maruyama — the instructors will mail a data collection device called iOLab to students.

Maruyama was interviewed by David Zierler for the AIP Oral History interviews, which offer unique insights into the lives of modern scientists.

As technology improves, scientists discover new ways to search for theorized dark matter particles called axions.

Two experiments, COSINE-100 and ANAIS, employ the same detector material in an effort to replicate the DAMA/LIBRA signals claimed to be dark matter.

Maruyama has been chosen by Ingenium to be featured on a poster for their Women in STEM initiative. 

COSINE-100, run by a collaboration between the Korea Invisible Mass Search and Yale University, has now produced new output.

The COSINE-100 experiment finds no evidence of the evasive subatomic particles.

COSINE-100 has not yet seen DAMA’s famous—and so far unreproducible—signal

Neutrino astronomy is born as IceCube and other instruments find likely home of particle.

Maruyama’s search for dark matter with CUORE is featured in the article Waiting for a sign in Symmetry.

The SCL physics labs, for example, are a veritable hive of scientific activity.

The refrigerator that will become the coldest cubic meter in the universe is fully loaded and ready to go.

Despite nearly two decades of scrutiny, nobody has yet explained away—or confirmed—DAMA’s claim of detecting the elusive matter.

Multiple teams finally have the material they need to repeat an enigmatic experiment.

The mysterious particle could hold the key to why matter won out over antimatter in the early universe.

Scientists have proven the concept of the CUORE experiment, which will study neutrinos with the world’s coldest detector and ancient lead.

An article in Yale Scientific featuring Reina Maruyama and Michel Devoret.