Writer

Kim Krieger

Kim Krieger has covered politics from Capitol Hill and energy commodities from the floor of the New York Mercantile Exchange. Her stories have exposed fraud in the California power markets and mathematical malfeasance in physics. And she knows what really goes on in the National Radio Quiet Zone. These days, Kim tells clear, compelling stories of the research at UConn. Her work connects Connecticut citizens and the press with the vast resources of their flagship public university. When not at UConn, she can be found kayaking among the beautiful Norwalk islands, digging in her garden, or occasionally enjoying the silence in the National Radio Quiet Zone.


Author Archive

A view of the Convocation ceremony held on the Student Union Mall on Aug. 22, 2014. (Peter Morenus/UConn Photo)

Stepping Up: UConn’s Class of 2018

In the four years since the candlelight Convocation of fall 2014, the Class of 2018 have experienced monumental changes in the world, at the University, and in their own lives.

A girl listens to music via headphones. (Pixabay Photo)

Overcoming Bias About Music Takes Work

A new study has found that simply being told a performer is a professional or a student changes the way the brain responds to music, and it takes a deliberate effort to overcome this bias.

Deborah Chyun, dean of the School of Nursing

New Nursing Dean to Focus on Teaching, Research, and Community Collaboration

The school has a strong clinical faculty dedicated to teaching the next generation of nurses, and the admission statistics to prove it: this year the School of Nursing received more than 1,900 application for 100 slots.

Skeleton of Harry Eastlack (1933-1973), who had a rare disorder called fibrodysplasia ossificans progressiva caused by a genetic mutation that transforms connective tissue, such as muscle, ligaments, and tendons, into bone, resulting in progressive fusion of all the joints in the skeletal system. (Memento Mütter Museum, under a Creative Commons License)

Bones in All the Wrong Places

UConn researchers have shown how a mutation causes certain cells in muscle tissue to develop into cartilage and bone at injury sites.

A brain-shaped printed circuit board. (Alfred Pasieka,/Science Photo Library via Getty Images)

Brain Awareness: Toward Growing an Artificial Mind

UConn Health/JAX researcher Min Tang-Schomer is experimenting with nerve cells and electrical signals in a dish to recreate the way neurons 'talk' to each other in the brain.

Tiffany Johnson of Bloomfield holds her son, Quincey, who was born at 25 weeks, weighing one pound 14 ounces. (Peter Morenus/UConn File Photo)

Brain Awareness: Can Caffeine Save the Tiniest Babies’ Brains?

Two UConn researchers are exploring ways to mitigate the effects of extended development outside the mother's womb on the brains of pre-term babies.

As part of an investigation into why humans move as they do in crowds, UConn researchers compare the flocking behavior of soccer players with that of inanimate particles. (MLADEN ANTONOV/AFP/Getty Images)

Brain Awareness: Soccer Players May Offer Clues to Collective Movement

Flocking as a behavior is found among inanimate objects as well as living beings. Does that mean the brain doesn't have to think about it?

Very Special Snowflakes

If you have a theorem in mind you believe holds true for all possible curves, you may want to test it against a snowflake, according to UConn mathematician Vyron Vellis.

Nathan Chen of the United States trains during figure skating practice ahead of the Pyeongchang 2018 Winter Olympic Games in South Korea. (Jamie Squire/Getty Images)

Figure Skating by the Book

As Olympic figure skating events begin in Pyeongchang, UConn professor Jaci VanHeest discusses the science behind the artistry of today’s elite figure skaters.

Bone-forming cells inside a living bone from a newborn mouse. The cells were engineered to contain a fluorescent green protein that senses cyclic GMP, a molecule that stimulates bone growth. In a recently published study in eLife, Leia Shuhaibar and others at UConn Health showed that these cells produce less cyclic GMP under conditions that resemble those in people with achondroplasia (dwarfism). Understanding how cyclic GMP production is regulated could contribute to improved therapies for achondroplasia.

Fertility Study Offers Unexpected Lead on Dwarfism

In the most common type of dwarfism, the fibroblast growth factor receptor is always 'on' so bones don’t grow enough. UConn Health researchers found a way to block that function in the lab.