When modern antidepressants like Prozac were launched in the late 1980s, they were quickly heralded as wonder drugs for treating anxiety and depression with few side effects. While many say they have benefited from taking the drugs, there is an increasing body of evidence that reveal physical and mental side effects of the drugs that are wide-ranging and are often downplayed. From headaches and brain fog, to loss of sexual function and suicidal thoughts. The Antidepressant Story speaks to patients grappling with side effects such as these and asks if this multi-billion dollar pharmaceutical industry is really helping.

Miraculous and vital, Seed—The Untold Story follows passionate seed keepers that are tirelessly working to protect a 12,000 year-old food legacy. For only in the last century, 94% of seed varieties have disappeared, as biotech and chemical companies rapaciously took over control over the majority of the world’s food seeds. Farmers, scientists, lawyers, and indigenous seed keepers fight literally a battle for life to defend the future of food. In a harrowing and heartening story, these heroes rekindle a lost connection to a treasured source of life, and revive a culture connected to food, and the Earth.

From the courtroom to the lounge room—helped extensively by television and the infamous series “CSI”—forensic science brims with flash and glamour, where cutting-edge technology always reveals the “truth,” and is routinely called on to solve the most difficult criminal cases with ease and “objectivity.” But how reliable is the science behind forensics and its methods as they interface with the legal system? The Real CSI investigates these questions and finds serious flaws in some of the best-known tools of forensics, with systemic inconsistencies in how evidence is presented in the courtroom, along with how the culture of entertainment of this sort can seriously skew a jury’s perceptions. From the sensational murder trial of Casey Anthony, to the FBI’s botched investigation of the Madrid bombing, to capital cases in rural Mississippi of the United States; The Real CSI documents how a field with few standards and unproven science can seriously undermine the concept of justice, and what this means for a future of continued technological escalation…

Transhumanists claim a beautiful and apparently now-not-so-distant utopian future made possible by artificial intelligence, life extension and cybernetic technologies. But upon examining the convergence of these technologies and the history behind them, Age Of Transitions details how this movement of “transcending human limits” was born out of pseudo-science eugenics, and what the implications are for a world divided by the have’s and have-not’s.

The Quantum Revolution spouts claims of turning many ideas of science fiction into science fact—from materials with mind-boggling properties like invisibility through to so-called “limitless quantum energy” and room temperature superconductors, to a space elevator for tourism. Are such developments worthwhile, sustainable, equitable or even necessary? Scientists forecast that in the latter half of the century everybody will have a personal matter fabricator that “re-arranges molecules to produce everything from almost anything.” Yet how will those in power ultimately use the domination of matter and life on Earth? How is science already doing this and to what ends? What are the unasked questions about science itself and the desire to control the very fabric of the universe? What insanity are we up against?

Kevin Warwick is a renowned researcher in the precarious field of cybernetics, the study of ‘artificial intelligence,’ human-control functions, robotics and so-called “cybernetic organisms.” His work, as self presented here, shows how implant and electrode technology can be used to control human brain functions, to create biological brains for robots, to enable so-called “human enhancement” and treatment for neurological illnesses. The end goal is transcending human “limitations” or transhumanism, according to Warwick, which inevitably stirs up many social, ethical and practical questions. What are the implications of this work, and this world view?

The Biotech Revolution is largely an exploration by scientists working in genetics and biotechnology that repeatedly promise “unprecedented health benefits and longevity for all,” amongst other things, to rationalise their work in the so-called “biotechnology revolution.” But in reality, isn’t this “revolution” simply just more of the same control imperative of science and this culture’s technology, essentially ending in the prospect of a monoculture of genetically modified people? Will such control foster into globalisation a history of inclusion and harmony? Or, will we simply end up in an extension of the current order, albeit one that is further divided, this time by genetic apartheid?

What does the corporate-controlled food industry look like? Film-maker Robert Kenner lifts the veil on today’s food industry, exposing the underbelly that has been hidden from view of the consumer with the cooperation of government regulatory agencies such as the USDA and FDA. The food supply is now controlled by a handful of corporations that put profit ahead of consumer health, the livelihood of the farmer, the safety of workers and of course, the environment. We have bigger-breasted chickens, the perfect pork chop, herbicide-resistant soybean seeds, even tomatoes that won’t go bad. But we also have new strains of E. coli—the harmful bacteria that causes illness for an estimated 73,000 Americans annually; are riddled with widespread obesity, particularly among children; and an epidemic level of diabetes among adults. And the whole mess is exacerbated by opportunistic politics—the tools of Big Agriculture running the very regulatory agencies that are supposed to protect the public—and consumers who have become accustomed to eating whatever they want whenever they want, in quantities they don’t need…

Monsanto corporation seems to be stopping at nothing: Controlling corn, wheat, soy beans, canola, mustard, okra, bringe oil, rice, cauliflower… Once they have established the norm, they aim to claim all these seeds as their intellectual property, royalties will be collected and enforced by patent law. If Monsanto controls seed, they control food and they know it. It’s strategic. It can be more devastating than bombs, it can be more powerful than guns. This is their way to control the populations of the world, and as The World According to Monsanto reveals, it’s governments in the cross-hairs also.

The Intelligence Revolution is an extolling and largely non-critical account by advocate Michio Kaku who unflinchingly explains how artificial intelligence will “revolutionise homes, workplaces and lifestyles,” and how virtual worlds will apparently become “so realistic” that they will “rival” the real physical world. Robots with “human-level intelligence” may finally become a reality according to Kaku, and in the ultimate stage of scientific mastery, the era of control imperative and domination, this culture will seek to merge human minds with so-called machine intelligence. Also, for the first time, we see how a severely depressed person can be turned into a happy person at the push of a button—all thanks to the convergence of neuroscience and microtechnology. What’s wrong with such developments? And the larger culture such that technologies like this are being developed in the first place? How do such prospects impact the real physical world and the real physical lives of all of us?

The latest findings in genetics, robotics, artificial intelligence, bionics and nanotechnology appear in the media frequently, but almost no analysis is found of their common aim which is to “exceed human ‘limitations’ and capability”—literally to ‘transcend’ humanity: transhumanism. This three part series covers the notion of transhumanism, the desire of technologists to become physical machines in totality, prompting serious physical, ethical, philosophical and practical questions. Will the transhumanists achieve their sacred so-called singularity? And what will that mean in the real world?

After many experiments with cloning and genetically manipulation on other species, technology and genetic science is now turning to the frontier of the human. Every parent wants their child to be healthy, but does this extend to picking their genes for them? What about those who are unable to have children naturally for whatever reason, who turn to artificial insemination or genetic modification? Is this designing children? What are the repercussions in a world dominated by genetically modified people? Will we evolve into a new species and transcend our history to one of inclusion and harmony? Or, will we simply end up in a world that is further divided — by genetic apartheid?

In the “race to feed the planet”, scientists have discovered how to manipulate DNA and produce what they claim are stronger, more disease-resistant crops. However, fears that Genetically Modified Food may not be safe for humans or the environment has sparked intense protest. Are we participating in a dangerous global nutritional experiment? This film asks is the question — is the production of genetically modified food a panacea for world hunger or a mass poisoning of the worlds food supply?

Bullshit follows environmental activist Vandana Shiva as she travels around the world to in her quest to eliminate the use of genetically modified foods and seeds in her home country of India and other developing countries. Shiva argues that the “ownership of life” through the patenting of natural products, namely grains altered through genetic modification (GMOs), is not in our best interests, and is in fact harmful to agriculture in developing countries…

There is an staunch connection between medical science, the pharmaceutical industry and the structures of modern society. Drug manufacturers today fund aggressive marketing campaigns designed to create public awareness of “previously unknown diseases,” or conditions known by less dramatic names in order to sell pharmaceutical drugs and other psychotropic interventions. Shyness is thus marketed as “Social Anxiety Disorder,” worry becomes “Generalised Anxiety,” and premenstrual tension as “Premenstrual Dysphoric Disorder” which must be treated by drugs made popular through advertising, such as Paxil, Zoloft and Prozac. These drugs have become household names, not to mention a 20 billion dollar a year racket. How? Why?

Did you know that the legal system recognises a corporation as a person? What kind of ‘person’ is it then? What would happen if it sat down with a psychologist to discuss its behaviour and attitude towards society and the environment? Explored through specific examples, this film shows how and why the modern-day corporation has rapaciously pressed itself into the dominant institution of our time, posing big questions about what must be done if we want a equitable and sustainable world. What must we do when corporations are psychopaths?

The human genome is being privatised. Another corporate takeover. The genetic sequences that make up you and me are being patented and one Australian company, a hot item on the stock market, is aggressively enforcing a suite of patents that affect an extraordinary 95 percent of every living creature’s DNA. The company claims most laboratories around the world are infringing its patents — nature itself included — and the company is now trying to charge licence fees for this…

Ever since February 1997, when genetic scientists first unveiled ‘Dolly’ the cloned sheep, has genetic engineering pushed towards the desire to clone and genetically modify human beings. Since then, cloned cattle, pigs, goats and mice have been produced amongst other things, fuelling the belief that humans can be next. But what are the problems with this manipulation? Cloning The First Human follows the latest research, which not only shows complications from an ethical position, but much more dangerous ones too…

Nanotechnology has the potential to create many new materials and devices with a vast range of applications — such as in medicine, electronics or energy production for example. On the other hand, nanotechnology raises many of the same issues as with any introduction of new technology, including concerns about toxicity and the impact on the environment. The difference in this case being that nanomaterials are in use in products and industry right now and these concerns are seemingly going unaddressed…