"Have you ever thought what it's like to be wanderers in the fourth dimension, to be exiles?"24 June, 2006. The TARDIS has landed in London. Ian and Barbara are almost back home. But this isn't the city they knew. This city is a ruin, torn apart by war. A
The Doctor's been everywhere and everywhen in the whole of the universe and seems to know all the answers. But ask him what happened to the Starship Brilliant and he hasn't the first idea. Did it fall into a sun or black hole? Was it shot down in the firs
Irregularity is a collaboration between the National Maritime Museum and award-winning publisher Jurassic London: a collection of original stories from some of the most exciting voices in contemporary fiction. Irregularity is inspired by the great thinker
1500BC - King Actaeus and his subjects live in mortal fear of the awesome gods who have come to visit their kingdom in ancient Greece. Except the Doctor, visiting with university student June, knows they're not gods at all. They're aliens.For the aliens,
When strange anomalies in time start to appear. Professor Cutter and his team have to help track down and capture a multitude of dangerous prehistoric creatures from Earth's distant past and terrifying future...In this brand new original never-seen-on-TV
In a story set during Season Two of the hit BBC America show, the roommates find their hands full with a ghost to help and mysterious deaths to solve
Annie has learned quite a bit about her new friend Gemma: she’s from Bristol, she used to work in
The Mythological Dimensions of Doctor Who is a volume of essays examining the abundant mythological elements underpinning the 50-year-run of the popular BBC television series Doctor Who. Contributors include a well known Doctor Who novelist, an organizer
![Problems & Solutions to Accompany McQuarrie - Simon Physical Chemistry: A Molecular Approach [CHAPTERS 1~14 ONLY]](https://cdn.pdfdrive.com/assets/thumbs/dae/daeab8853ecc4f6aa370c916c9a06ef0-s.jpg "Problems & Solutions to Accompany McQuarrie - Simon Physical Chemistry: A Molecular Approach [CHAPTERS 1~14 ONLY]")
