Selfies. Definitely notorious in the digital world. Who hasn’t wrinkled up their nose in disgust at a friend’s shameless self-promotion or puckered up a duck face for the camera?
Or maybe selfies power your voyage of exploration for personal acceptance, understanding and confidence.
Universally reviled, or defended as an act of self-expression. A moment of attention-grabbing vanity or an opportunity for reflection—what exactly is the deal?
The earliest selfie was recorded in days when point-and-click was more like click-run-stand very still. Today, due to digital cameras in general and the omnipresent smartphone in particular, more than one million self-portraits are taken and uploaded to social media every day.
Analysts suggest that selfie-taking is narcissistic, that men posting selfies display signs of psychopathy and that all it really shows is that we haven’t moved on from self-obsessed toddlerhood.
Described as a marker of the YOLO generation, selfies provoke outrage and despair. It’s catchy to point the finger at
It’s not just zombies that rise from the dead—science news stories can also come back to haunt the reader.
Take “Death of the stethoscope,” which surfaced in my RSS feed in the middle of 2015. As a former stethoscope user, the clickbait headline immediately intrigued me.
No stethoscope? How would clinicians survive?
First off: a little history. According to his Wikipedia summary, a French doctor called René Laennec invented a hollow hearing tube in 1816 to assist doctors in listening to a patient’s heart and lungs. Around 1852, the single tube morphed into the standard model that you see plugged into physicians’ ears from Grey’s Anatomy to House to ER. Apart from making them look hot professional, a stethoscope also helps with auscultation, the examination procedure whereby a doctor eavesdrops on your internal whooshes, pings and lub-dups. Noises from heart rhythms, gut movements
Summer 2016 marked the 85th anniversary of novelist Aldous Huxley completing his manuscript for Brave New World. The widely read novel, a dystopia of happiness-led oppression (in contrast to the fear-controlled populace in Orwell’s 1984), anticipates global adoption of advances in science and technology such as subliminal learning and reproductive medicine. Published in 1932, the book is still a popular read, ranking fifth in Modern Library’s list of the 100 best English-language novels of the 20th century. Unsurprisingly its title, along with Orwell’s, has also become a stock phrase in headlines, used to signal a new direction for advances in science and technology.
“Test-Tube Babies: The ‘Brave New World’ of Human Pregnancy Is Coming!” The Evening Independent, July 22, 1978 Designer babies, grow a baby in a bottle and more.
“Brave New World: Will gene editing rewrite the future of medicine?” Genome, n.d. Engineering disease (and other things) out of humans with CRISPR.
“The Brave New World of Three-Parent I.V.F.” The New
This one’s for you if you have a high school student around the house who is thinking that med school could be a good option for post-secondary.
A group of enterprising Grade 11 and 12 students is putting on a one-day pre-medical conference for high school peers. Run as an annual event, Operation Med School exposes attendees to many aspects of working in health care by giving them a chance to meet medics, biomedical researchers and other professionals in the field of medicine. The Vancouver event takes place on Saturday, February 18, at the Robert H. Lee Alumni Centre of the University of British Columbia. (The team also runs similar events in Toronto and Calgary.) Admission includes a lunch card as well as networking opportunities with people who can help guide a future medical career.
Dear reader, I’m sure if you cast your mind waaay back (or even waaaay-er back for some), to those intense days of career planning for high school graduation, you will no doubt remember the heady mix of giddy excitement at the prospect of adulthood mixed with a good dose of
What’s the helium situation? …and other updates on stories we covered last year.
Although we’re still not comfortable with the frivolous use of helium gas in party balloons, a recent discovery certainly gives MRI fans, astronauts and the boffins at CERN, the European Organization for Nuclear Research, reason to celebrate.
At the end of June this year, scientists from the University of Oxford and Durham University announced success in a helium hunt collaboration with Norwegian exploration firm Helium One. By combining traditional prospecting with seismic imaging and helium geochemistry, the team located the gas bubbling out of the ground in the Tanzanian East African Rift Valley. They estimate that this reserve might be as large as 1.5 billion cubic metres, or enough to fill around 1.2 million medical MRI scanners.
It may not look much, but it helped find enough helium for 1.2 million medical MRI scanners: https://t.co/WVkIGS8n1f pic.twitter.com/RCRb0oOMLA
— Oxford University (@UniofOxford) June 28, 2016