"Blogging science" is a project that aims to provide a platform for young scientists to develop their science communication skills through writing. Are you a scientist who likes writing? Have you always dreamt about making your science voice heard online but something has been always holding you back? Or perhaps you have plenty of essays piled up but nobody has ever read them except you and course assistants? No worries, we got you!
“Blogging science” aims to increase the amount of scientists who communicate their research and passion for science online. No experience is needed, just enthusiasm! We will be happy to host your blog free of charge and stress! Want to become a contributor for The Science Basement’s Blogging Science? Drop us a line using the form!
Two roads diverged in a yellow wood, And a cell could not travel both.
Machine learning technology with less human supervision had been pushed to the spotlight after Google's AlphaGo Zero outplayed both top human players and other AI programs in the board game Go. This year IBM surprised us with another smart machine.
Monday, June 18th 2018, IBM unveiled its Project Debater - the first AI system that can debate humans on complex topics. The technique used in developing Project Debater includes numerous cutting-edge machine learning and data mining algorithms. Let’s follow Thisis to have a look at some of the basics about machine learning and Project Debater.
Clustered Regularly Interspaced Short Palindromic Repeats (CRISPR) technology has been used
in genome editing for more than a decade. New applications are discovered all the time. In THIS
NO.3 Thisis is going to talk you through how CRISPR can make treatments for the widest
possible range of human diseases through cheaper and more precise gene editing possible.
Science communication is a broad term, which historically has been used mostly for researchers, who are active in outreach. Over the past years it has expanded to include not only traditional scientists, but also communication experts with a background in science. I am one of those and you can read my story and my view on #scicomm on TSB's science blog.
One of the most influential physicists of the twentieth century, Prof. Stephen Hawking, has passed away peacefully at his home in Cambridge home in March 14th, 2018. He is a theoretical physicist, cosmologist, author, and director of research at the Centre for Theoretical Cosmology at the University of Cambridge as well as a great science communicator. He is the author of the international bestseller popular science book The Brief History of Time and has appeared in many movies and TV series, including The Big Bang Theory. In THIS NO.2 we invite you to review three of Prof. Hawking's great contributions to science: The property of the black hole, The quantum origin of the universe and Time traveling with Thisis. Enjoy!
In today's blog, I briefly touch on two papers discussing mitochondria and the influence their shape has on biochemistry. And briefly touch on my super-simplified understanding of the mito.
Do you sometimes wonder why scientists bother to study the development of fruit flies? Or why they care about how the cave fish has lost its eyes? Unfortunately, the relevance of research is not always apparent from the beginning. Sometimes it needs years, or even decades to understand the significance of certain findings! Here I want to tell the story of heat shock proteins - one out of many examples of how a study initially dismissed as irrelevant turned out to be a groundbreaking finding.
The idea of 'The Hot Important Science (THIS)' comic strips was born in March 2018, Helsinki, Finland during an intensive brain storming session between a researcher and a designing student. THIS's mission is to bring you topically scientific stories, discoveries etc. every month in an easy-to-read format. We do not want to tell you that we spent a whole month on creating the first post because we want you to be objective about THIS. But we do hope you enjoy reading them! Thank you and see you the next month!
An unusual encounter in an intercity train in Russia turned into an adventure of exploring the topic of artistic research. How do artists do research? Explained by a physicist.