Under the Sea: The Invisible Changes to Ocean Life
At a long-term monitoring site at Tatoosh Island in northern Washington, researchers noticed an unexpected trend in their pH data. “We thought maybe it was a mistake,” recalls Dr. Cathy Pfister, an ecology and conservation scientist. “But after lots of checking and double-checking…it became really clear. Ocean pH was declining at our long-term study site.”
Synthetic Biology as a Tool to Advance Human Health: An Interview with an Expert
I remember sitting down a few years ago to write what was the most important essay of my life – my personal statement for college. With just 500 words, I recounted how my life experiences had led to my interest in biomedical engineering, particularly how engineering solutions have the potential to address barriers to quality healthcare for marginalized communities. However, throughout my time in college, I stumbled upon the fact that many treatments never reach the people who could benefit the most from it, and this is something many engineers do not expect or account for. That is why it stood out to me when I heard Dr. Joshua Leonard speak about access to treatment at Northwestern University this past summer. I decided to interview Dr. Leonard to dig deeper. Read more…
Vaccines: No Risk, No Reward
Vaccines are tools of modern medicine used in keeping us safe and healthy from the spread of disease. The science of vaccination has come a long way in the last 200 years since the first vaccine, the smallpox vaccine, was developed in 1796. As science has developed, so too has the role of the public in deciding whether or not to get vaccinated against preventable diseases. This includes you, too! The amount of information available to us in making these decisions can be overwhelming, especially if we don’t understand the science.
We’ve all heard of cause and effect, but what if our universe doesn’t actually follow this principle? That’s the question behind a recent physics study conducted by Dr. Julia Mossbridge at the Mossbridge Institute, who spent a year recording how tiny particles of light (photons) behave inside a dark, sealed box. Her goal was to test something that could be the plot of a science fiction movie: could information about the future somehow show up in experiments done in the present? The phenomenon she studied is called the “causally ambiguous duration sorting effect” or CADS for short. In simpler terms, it’s a hint that the world around us may sometimes blur the line between “before” and “after.”
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Alan Schriesheim & Kay Torshen
John A. Cable Foundation
Arch Investors Ltd
Alan Schriesheim & Kay Torshen
John A. Cable Foundation
Arch Investors Ltd
