Physics and Astronomy Editing Services

Accuracy in scientific communication

Accuracy is significantly important in both Physics and Astronomy when making practical experiments and recording observations to ensure replicability and to avoid blunders such as the loss of the Mars Climate Orbiter, in which ground-based software produced output in pound-seconds (lbf·s) instead of newton-seconds (N·s), causing the MCO to burn up in Mars’ atmosphere (Lloyd, 1999). There are many less expensive ways to make mistakes that are no less deleterious and time consuming on a personal level for the scientists involved in a project, and considering the level of detail that must be employed when specifying stars’ positions in the sky relative to Earth, a meticulous approach to accuracy is of paramount importance when recording observations in astronomy.

Physics has similar requirements. Much of the theoretical side of physics is focused on equations containing complex algebra where a mistake can propagate throughout a system and result in massive errors, the practical side must also ensure that work is readable and replicable for the verification of results. There are the standard concerns as with any subject such as meeting the criteria for publication or admission of the journal or dissertation review board to whom the work is being submitted, for which it is entirely sensible to engage the services of physics and astronomy editing services, but these is the added weight that computing results in both physics and astronomy often requires time on a super computer, as the possibilities for variables in such calculations may be several orders of magnitude beyond what standard computers can handle, whether computing trajectories for astronomical bodies, the composition and velocities of products from particle collisions, climate models, the outcomes of a nuclear explosion, or even the earliest moments of the universe immediately following the Big Bang.

In such instances, ensuring that results are properly written up means that derived conclusions are verifiable and applicable in future studies, and essentially that good science is being carried out.

Writing for different audiences

Modern scientific research is being thoroughly scrutinized by a mass media that often barely understands it, leading to the wild exaggeration of trivial results and the misinterpretation (both negative and positive) of significant results. While the onus in such circumstances should rightly be on the outlet that misreports findings, their control of the mouthpiece can mean that the author whose work they misread can shoulder some of the blame. The best way of both getting attention from reputable media outlets and avoiding misinterpretation by less reputable outlets.

When the Large Hadron Collider was initially switched on, a story made the rounds that there was a small chance that it could open a black hole that would destroy much of the Solar System; this was reported humorously in level-headed newspapers and hysterically in less scientifically literate corners. Of course, the actual switching on was uneventful, even after several repairs had to be made to remove the various vermin that had attempted to make the conduits their home and quite notably a sandwich that a technician had left in an unfortunate place, but this demonstrates the importance of communicating scientific news in a coherent, simple, verifiable manner, typically with the aid of a physics and astronomy editing service, so that those who would maliciously twist findings to fuel hysteria for their own gain can be denied the opportunity wherever possible.

The study of astronomy has led to some of the most profound revelations about the origins of the Universe and the discovery of some of the most stupendously enormous objects such as the Pillars of Creation in the Eagle Nebula, while physics has helped us understand how such things were created and the implications of their existence for our future.

Reference

Lloyd R. (1999), Metric mishap caused loss of NASA orbiter. CNN. Retrieved from http://edition.cnn.com/TECH/space/9909/30/mars.metric.02/