Fourth film in the series based on the popular computer game. Milla Jovovich reprises her role as Alice, who continues to fight against the Umbrella Corporation. Following new information, she heads to Los Angeles where she seeks out any survivors of the T-virus epidemic. Characters Jill Valentine (Sienna Guillory) and Claire Redfield (Ali Larter), who appeared previously in the series, are back to help defeat the Undead. The group of survivors attempt to strengthen their numbers and find refuge, but can they escape the city which is invested with zombies?

A space station orbiting Earth has lain dormant for 8,476 years. Its systems are clogged with dust, so the human crew kept frozen in cryogenic storage have never woken up. When the Doctor, Sarah and Harry arrive to resuscitate the sleepers, they discover something else on board. A small, golf-ball like object gives Harry an electric shock, and has a more sinister impact on the awakening crew. Soon, the Doctor and his friends are battling to save the space station - and Earth - from a ravenous puffball! CAST: Tom Baker (The Doctor), Sadie Miller (Sarah Jane Smith), Christopher Naylor (Harry Sullivan), Yasmin Mwanza (Viva) Lara Lemon (Den), Terry Molloy (Narib / Noah), Nicholas Khan (Vez / Kol), Cameron Johnson (Mek). Other parts played by members of the cast

On Christmas Eve, New York cop John McClane (Bruce Willis) is visiting his estranged wife Holly (Bonnie Bedelia) in Los Angeles, where she works. They are attending a party at Holly's high-rise office block when terrorists, led by the suave Hans Gruber (Alan Rickman) break in, taking everyone hostage. McClane manages to evade capture, however, and sets out to rescue his wife and the other prisoners. It is not long before he is running barefoot over shattered glass (ouch!) in a sweaty vest, muttering 'Yippy kay aye' as he dispatches the baddies with bullets and a certain earthy wit.

A New York Times bestseller! Twin Peaks meets Riverdale in this twisty atmospheric mystery from the critically acclaimed author of A Lite Too Bright, Samuel Miller, about the search for a missing girl at an elite prep school. Everyone knows Emma. Neesha's her best friend, Aiden's her basketball star boyfriend, and Evan's her shadow, following Emma's every move. Emma stands out, which is hard to do at Redemption Prep, a school where every student has been handpicked to attend its remote campus in the forest of Utah. So when she goes missing in plain sight during mass, everyone notices. And everyone becomes a suspect, especially at a school with so many rules: Don't skip mass. Don't break curfew. Don't go into the woods. Emma's disappearance ignites an investigation, and Neesha, Aiden, and Evan all want to find her-for different reasons. But they each have their own secrets to hide, and not everyone wants Emma to be found. As the search continues, the students start to realize that they're not the only ones trying to hide something. Redemption Prep has secrets, too-secrets bigger than any of the students could have imagined, and Emma could be the key to finding out the truth . . . if anyone can find her.

The book addresses the role of repeaters in the CDMA network, their interaction with the network and the needed integrative design and optimization of the repeater-embedded network. The approach of the book is to develop functional comprehension of the complex radio network, and affinity to the factors dominating the Radio Resource Utilization. Simple models are developed, and field-measured case studies complement the analysis.

The idea that time does not exist is, for many, unthinkable: time must exist. Almost every experience we have tells us so. There has been plenty of debate around what time is like, but not whether it exists. The goal of this book is to make the absence of time thinkable. Time might not exist. Beginning with an empirically flavoured examination of the 'folk' concept of time, the book explores the implications this has for our understanding of agency, and the extent to which our best physics and best metaphysics are compatible with a timeless conception of reality.

The book addresses the role of repeaters in the CDMA network, their interaction with the network and the needed integrative design and optimization of the repeater-embedded network. The approach of the book is to develop functional comprehension of the complex radio network, and affinity to the factors dominating the Radio Resource Utilization. Simple models are developed, and field-measured case studies complement the analysis.