Stereo Chemistry

Inflection Point: The mind-bending innovations that built quantum computing

C&EN Uncovered: Will Emerging Technology Lead Us Into A New Antibiotic Golden Age?

Bonus Episode: 'Inflection Point' traces the serendipitous origins of PFAS

C&EN Uncovered: Can altering ocean chemistry fight climate change?

C&EN Uncovered: Turning tides for endotoxin testing

Bonus episode: Introducing Inflection Point

C&EN Uncovered: Indoor air monitoring goes to school

Stereo Chemistry: How the Nobel Prize in Chemistry was won

C&EN Uncovered: PhD to CEO, how chemistry entrepreneurs are making the jump

C&EN Uncovered: Solvent Waste Levels, EPA Regulations, and Disposal

C&EN Uncovered: Ongoing tragedies in Flint and East Palestine

C&EN Uncovered: Can ‘forever chemicals’ be destroyed?

C&EN Uncovered: The small-molecule drug renaissance

C&EN Uncovered: The ocean floor is littered with valuable minerals. Should we go get them?

C&EN Uncovered: The race to report on the Nobel Prizes

C&EN Uncovered: Looking back on 100 years of chemistry

Jennifer DiStefano and Jared Mondschein on the transition from the bench to the policy office

C&EN Uncovered: Making hydrogen is easy; making it green is a challenge

Mining metals and minerals from seawater

C&EN Uncovered: Can tires turn green?

Here’s what happens when wastewater treatment facilities fail

Bonus: Executive producer Kerri Jansen hands over the mic

C&EN Uncovered: The battle for Lake Maurepas

C&EN Uncovered: Lithium iron phosphate comes to North America

Microplastics pollute our drinking water: What are the risks?

C&EN Uncovered: What exascale computing could mean for chemistry

Bonus: Carolyn Bertozzi and Barry Sharpless reflect on winning the 2022 Nobel Prize in Chemistry

BONUS: Click and bioorthogonal chemistry win Nobel Prize in Chemistry

Lithium mining’s water use sparks bitter conflicts and novel chemistry

Bonus: For John Goodenough’s 100th birthday, we revisit a fan-favorite interview with the renowned scientist

Bonus: Jess Wade on Wikipedia and work-life balance

Bonus: The sticky science of why we eat so much sugar

Bonus: There’s more to James Harris’s story

Bonus: The helium shortage that wasn’t supposed to be

Sarah Reisman and Melanie Sanford on how organic chemistry is changing and how they’ve learned to choose priorities

Jose-Luis Jimenez and Kimberly Prather on the intersection of aerosol science and the COVID-19 pandemic

Jessica Ray and William Tarpeh on clean water, turning trash into treasure, and life as assistant professors

David Liu and Stuart Schreiber on the science that motivates, fascinates, and tells us who we are

Preview: New season coming on Nov. 23

BONUS: Molecule-building tool wins Nobel Prize in Chemistry

BONUS: Astronaut Leland Melvin’s journey from chemistry to the cosmos

BONUS: How body farms can help solve cases

BONUS: Rare earths’ magic comes at a cost (Part 2)

BONUS: Rare earths’ magic comes at a cost (Part 1)

BONUS: Celebrating LGBTQ+ excellence with My Fave Queer Chemist

Ep. 41: Searching for Mars’s missing water

Ep. 40: Reducing toxic metals in food

Ep. 39: How research on aging could keep us healthier longer

Ep. 38: Nobel laureates Frances Arnold and Jennifer Doudna on prizes, pandemics, and Jimmy Page

Ep. 37: Historians pursue centuries-old chemical secrets—Green reading glass, Bologna stones, and Greek fire