Tag archives: women in physics
By Hamish Johnston
Who hasn’t wanted to float high above the Earth and gaze down on our planet as sunlight and clouds dapple across its surface. Thanks to the “Glittering Blue” animation, such views are not just for a privileged few astronauts. This stunning animation of one day’s observations from the Japanese weather satellite Himawari-8 has been put together by satellite-imagery analyst Charlie Lloyd. He has also included a nice FAQ page that explains some of the amazing phenomena captured by the satellite, including a huge tropical storm and the daily cloud cycles of a rainforest.
You can read more about Lloyd and the images in The Atlantic article “A New and Stunning Way to See the Whole Earth”. If you want to know what Himawari-8 is seeing right now, it has its own live webcam.
Female astronomers through the ages, science-inspired phone cases and the return of the incandescent light bulb
By Hamish Johnston
The first documented female astronomer in Britain was Margaret Flamsteed (1670–1739), who worked with her husband John at the Royal Observatory in Greenwich. That’s according to astronomer Mandy Bailey of the UK’s Royal Astronomical Society, who has written an article entitled “Women and the RAS: 100 years of Fellowship”. As the title suggests, this year is the centenary of the first women becoming fellows of the RAS.
To celebrate the centenary, the RAS commissioned Maria Platt-Evans to photograph 21 leading female fellows. The portraits appear above and are also presented in the slide show “Women of the Royal Astronomical Society”, which includes short biographies.
By Michael Banks and Tushna Commissariat
It’s that time of the year again when the Royal Observatory Greenwich announces the winners of its Astronomy Photographer of the Year award and releases some of the most wonderful and awe-inspiring celestial images. Pictured above is this year’s overall winning image – titled “Eclipse Totality over Sassendalen” and taken by French photographer Luc Jamet, this stunning skyscape was taken from Svalbard during the total solar eclipse that took place earlier this year. “It is one of those heart-stoppingly beautiful shots for which you feel grateful to the photographer for sharing such an exceptional moment,” says Melanie Vandenbrouck, who was one of the judges. If you are in London, then you can drop in to the observatory to see the full exhibition , which opens today, and you can see all the winning images online.
While you’re admiring pictures, do take a look at the latest images of Pluto – backlit by the Sun and showing off its many rugged mountains and icy planes – taken by the New Horizons probe. The pictures are eerily similar to something you would see at the poles of our very own planet, while still maintaining its alien air.
By Hamish Johnston
Fancy a wee dram while you are orbiting the Earth? With the growing interest in space tourism, travellers could soon be enjoying a sip or two of whisky in space. To make such tipples as enjoyable as possible, the Scotch whisky maker Ballantine’s has developed a special “space glass” that works in the free-fall conditions of Earth orbit. The firm is also developing a special blend of whisky to be enjoyed in space.
Created by Ballantine’s master whisky blender Sandy Hyslop and James Parr from the Open Space Agency, the new glass was filled with Scotch and tested in free-fall at the ZARM drop tower in Bremen, Germany. You can find out more about how one’s palate changes in space and the challenges facing the glass designers in the above video. And if you want to know if the glass passed the free-fall test, there is a second video called “Space Glass Project: the microgravity test”.
By Matin Durrani
Our eyes were drawn this week to the results of the first national US survey of the experiences of lesbian, gay, bisexual, transgender, queer or asexual (LGBTQA) people working in science, technology, engineering and medicine (STEM) subjects. Entitled Queer in STEM, the study was carried out by Jeremy Yoder, a plant-biology postdoc at the University of Minnesota, and Alison Mattheis who’s on the faculty at the College of Education at California State University Los Angeles.
Quantum mechanics in a cup of coffee, hamming it up to the space station, the laws of political physics and more
By Hamish Johnston and Michael Banks
Physicists tend to drink lots of coffee so I wasn’t the least bit surprised to see the above video of Philip Moriarty explaining quantum mechanics using a vibrating cup of coffee. Moriarty, who is at the University of Nottingham, uses the coffee to explain the physics underlying his favourite image in physics. You will have to watch the video to find out which image that is, and there is more about the physics discussed in the video on Moriarty’s blog Symptoms of the Universe.
By Matin Durrani
Mention the two words “science policy” and most physicists’ eyes will probably glaze over. Most of us dream of discovering a new planet or finding the Higgs boson – not poring over budget spreadsheets, championing science to politicians or commenting on legislation.
But science policy is vital in today’s world, which depends hugely on scientific research and in the cover feature of the August issue of Physics World, which is now out, Len Fisher and John Tesh offer 12 practical tips for scientists who want their ideas incorporated into science policy. You’ll be intrigued by what the two authors have to say.
Elsewhere in the issue, as my colleague Tushna Commissariat explains in the video above, there’s a great feature based on an interview with the French physicist Hélène Langevin-Joliot – the granddaughter of Marie Curie. In the article, Langevin-Joliot explains what’s known as the “Curie complex” and gives her own tips for scientific success. Langevin-Joliot didn’t suffer from the complex herself, but she acknowledges that it is a big problem for others and, these days, spends her time actively promoting careers for women in science
By Margaret Harris
Giving out science careers advice is tricky. On the one hand, you want to be encouraging – not least because if you aren’t, there is a chance that your advisee will go on to win a Nobel prize, and you will then look extremely silly. But on the other hand, you also want to prepare the person, mentally, for the possibility of failure. Otherwise, when they do fall short, they may not know how to recover and try again.
The need for balance between encouraging big dreams and preparing for failure was one of the central insights to come out of Sunday’s panel on “Feminism, sexism and bringing up girls” at the Cheltenham Science Festival. After one of the panel members, psychologist Tanya Byron, noted that in clinical practice she sees many bright, successful girls whose fear of failure is “absolutely destroying them”, her fellow panellist Gabriel Weston put her finger on the heart of the problem. How, Weston asked, do we celebrate young women’s achievements and encourage their dreams without also pushing them to be “perfect little glass statues” who shatter under pressure?
Pioneering women of physics, why you should become a particle physicist and a BICEP2 scientist on all that dust
By Hamish Johnston
Over on the Quantum Diaries blog, Aidan Randle-Conde has put together a lovely photo-essay called “30 reasons why you shouldn’t be a particle physicist”. It is reverse psychology, of course, and the 30 images highlight the benefits of devoting your life to studying sub-atomic particles. As someone who chose to do condensed-matter physics, do I now think that I made a huge mistake? No, but I have shared the thrill and excitement of being at CERN when the Higg’s was discovered and seen the Large Hadron Collider and its detectors up close, so I know where he is coming from.
By Tushna Commissariat
This Sunday, as the world celebrates International Women’s Day, I’ll be thinking of some amazing women who had a huge impact on the world of physics, helping shape the field as we know it today. Indeed, yesterday I was at the Institute of Physics in London, attending a day-long conference on “The lives and times of pioneering women in physics” hosted by the Institute’s Women in Physics group along with its History of Physics group. While there were a host of interesting speakers at the event, undoubtedly the star of the day was French nuclear physicist Hélène Langevin-Joliot, granddaughter of one of the 20th-century’s most famous female physicists – Marie Curie.