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Tool to scrutinize research papers identifies mistakes in gene sequences.
The Atlas humanoid robot from Boston Dynamics can now do backflips. That's one hell of a feat for a bipedal machine.
Information manipulation is not new, yet everything is different. How do governments, preprints, algorithms, and our own responsibilities intersect? Where does peer review come in now?
If you’re a researcher writing software, this guide will show you how to make the work you share on GitHub citable.
Everybody talks about Blockchain these days, but why should we consider this technology when thinking about Open Scholarship?
AI is only loosely modeled on the brain. So what if you wanted to do it right? You’d need to do what has been impossible until now: map what actually happens in neurons and nerve fibers.
Increasing portability, scaling, reproducibility, and convenience of R users and developers.
Save time and protect critical code with 'continuous integration' services.
The world's first open-source, standards-based annotation capability in an EPUB viewer.
An open-source browser extension for linking, curating and sharing scientific insights across publishers.
Researchers planted a working hacker "exploit" in a physical strand of DNA.
Malware can be encoded into a gene and used to take over a computer program.
Although automated publishing would allow researchers to share their findings faster, while also removing human bias, there are obvious ethical dilemmas related to this dehumanisation of the process.
The STM Association Future Labs Committee explores the technology trends that will impact scholarly publishing by 2021.
Progress in the sciences can only move as fast as humans can think—outsourcing to A.I. could change that.
Without data on how artificial intelligence is affecting jobs, policymakers will fly blind into the next industrial revolution, warn Tom Mitchell and Erik Brynjolfsson.
How is machine learning becoming increasingly intertwined with a range of research fields?
Cheap, stripped-down microcontrollers are allowing users to pack huge amounts of computing power into tiny spaces.
With so many scholarly communications tools and technologies now available, how do academics decide which are most appropriate for their research?
Advances in automation technology mean that robots and artificial intelligence programs are capable of performing an ever-greater share of our work,