Komsomoloskaya Pravda, the best-selling Russian daily, reports that in Soviet times such leaks were plugged with controlled nuclear blasts underground. The idea is simple, KP writes: “the underground explosion moves the rock, presses on it, and, in essence, squeezes the well’s channel.”
Yes! It’s so simple, in fact, that the Soviet Union, a major oil exporter, used this method five times to deal with petrocalamities. The first happened in Uzbekistan, on September 30, 1966 with a blast 1.5 times the strength of the Hiroshima bomb and at a depth of 1.5 kilometers. KP also notes that subterranean nuclear blasts were used as much as 169 times in the Soviet Union to accomplish fairly mundane tasks like creating underground storage spaces for gas or building canals.
While the knee-jerk reaction would be to say this is madness, I've heard from a number of quarters that the ecological impact would be less than allowing the leak to continue. Still not sure about the precedent it would set though (although if a civilisation-killing asteroid was incoming I'm sure we'd all be more than happy to send a nuke up).
Interesting to note too how many nuclear blasts there have been on Planet Earth of which we remain largely oblivious.
The Society for Scientific Exploration (SSE) will be holding it's annual conference from June 10-12 in Boulder, Colorado, and any Grailer worth their salt should be interested in attending. The SSE is a leading professional organization of scientists and scholars who study unusual and unexplained phenomena which often cross mainstream boundaries, such as consciousness, UFOs, survival of death and alternative medicine. The public is more than welcome to participate - the registration fee to attend is $185 ($75 for students). From the press release:
This year's meeting will feature three themes: advanced propulsion, cutting-edge energy concepts, and anomalous phenomena. Among the several invited speakers for advanced propulsion is Dr. Eric W. Davis of the Institute for Advanced Studies at Austin and CEO of Warp Drive Metrics. As a technical consultant and contributor to NASA's Breakthrough Propulsion Physics Project and co-editor of the new book "Frontiers of Propulsion Science," he will give an overview of the newest developments in his field.
Cutting-edge energy concepts will have several thrusts, including low-energy nuclear reactions (LENL), zero-point (vacuum) energy, and challenges to the second law of thermodynamics. Over the last 15 years it has become apparent from a theoretical perspective that the second law can probably be violated and, if so, the possible implications for science and society -- especially for energy generation -- are enormous. In the last few years experimental tests have become feasible. Among the several speakers on this thrust, Dr. Daniel P. Sheehan from the Physics Department of the University of San Diego will discuss experimental test of the second law.
SSE will also host a number of researchers concerned with anomalous phenomena. Dr. Roger Nelson (PEAR Lab) will discuss the newest findings from the Global Consciousness Project and John Alexander will present "The Real Story of Goats," a scientific discussion on the anomalous phenomena at the heart of the recent movie "The Men Who Stare at Goats."
More information here. I just received my latest issue of the Journal of Scientific Exploration, so I guess that'll have to substitute for a flight half-way around the world to an uber-cool event.
Issue 3 of the free PDF magazine EdgeScience is now available from the website of the Society for Scientific Exploration, and the latest release has some truly fascinating articles. Professor Henry Bauer runs through his reasoning for believing that "HIV Does Not Cause AIDS", Dr Julie Beischel gives some insight into her ongoing 'afterlife experiments' in "The Reincarnation of Mediumship Research", and Chief Anomalist Patrick Huyghe unveils the little-known "Reports of Luminous Seas". Also in this issue, Deborah Blum (author of the excellent Ghosthunters) reviews Stacy Horn's Unbelievable: Investigations into Ghosts, Poltergeists, Telepathy and Other Unseen Phenomena, from the Duke Parapsychology Laboratory, Michael Prescott ruminates on "The Gift of Doubt", and Steve Hammons asks if 'Weird science news' can transform science. Really enjoyed all of those, I recommend you get on over there and download Issue 3 (and 2 and 1, if you haven't already) pronto.
And don't forget: if you enjoy the mag, send a bit of love via the PayPal button to help ensure the future of this excellent free e-zine (or alternatively pick up a paper copy for $4.95).
The enigmas of quantum physics always provide fertile ground for fascinating science stories, as well as a good springboard into ontological and epistemological speculation. In recent weeks we've had interesting news about quantum coherence in biological systems and also yesterday's headline of quantum effects being seen in a visible object for the first time (RPJ also linked to a wonderful summary of recent 'quantum science' by Alan Boyle on his Cosmic Log).
Most physicists though are very careful not to be seen departing from the strange concepts inherent in the quantum world, into the (seemingly extended) area of metaphysics. Henry Stapp though is not one of those - a physicist with a distinguished history (having studied/worked under Pauli, Heisenberg, and other luminaries), Stapp disagrees with a purely materialist view of the cosmos, instead seeing consciousness as being of extreme importance via its role in the collapse of the wave-function. And, while reading a recent interview he did with EnlightenNext Magazine (PDF download), I was very interested to see the following comments:
[R]espectable theorists hold a wide variety of views as to how to understand quantum mechanics. That theory accommodates a large variety of phenomena that are not allowed by classical mechanics. The key point here is this: If something like [William] James’ fantastic laws of clinging do exist, and they are sufficiently strong, then aspects of a personality might be able to survive bodily death and persist for a while as an enduring mental entity, existing somewhere in Descartes’ world of mental things, but capable on rare occasions of reconnecting with the physical world. I do not see any compelling theoretical reason why this idea could not be reconciled with the precepts of quantum mechanics. Such an elaboration of quantum mechanics would both allow our conscious efforts to influence our own bodily actions, and also allow certain purported phenomena such as “possession”, “mediumship”, and “reincarnation” to be reconciled with the basic precepts of contemporary physics.
These considerations are, I think, sufficient to show that any claim that postmortem personality survival is impossible that is based solely on the belief that it is incompatible with the contemporary laws of physics is not rationally supportable. Rational science-based opinion on this question must be based on the content and quality of the empirical data, not on the presumption that such a phenomenon would be strictly incompatible with our current scientific knowledge of how nature works.
You can read more about Stapp's ideas on this in his paper "Compatibility of Contemporary Physical Theory with Personality Survival" (downloadable Word document), and for a more comprehensive overview see his book Mindful Universe. For video of Henry Stapp explaining some of his ideas, make sure you head over to the 'Closer to Truth' website (one of the greatest websites I've ever had the good fortune to find) and search through the videos for his intriguing interviews with Robert Lawrence Kuhn.
Previously on TDG:
If there is one thing that is nearly always on my mind, it is time. Trying to cram 30 hours into 24 hours each day tends to do that. But beyond constantly thinking of our own personal time issues, the actual subject of 'time' is one of the deepest and most difficult concepts to define and understand. One person trying to do that right now is physicist Sean Carroll.
A gifted communicator of difficult cosmological concepts, Carroll summarised where he's coming from in a recent article in Wired:
I’m trying to understand how time works. And that’s a huge question that has lots of different aspects to it. A lot of them go back to Einstein and spacetime and how we measure time using clocks. But the particular aspect of time that I’m interested in is the arrow of time: the fact that the past is different from the future. We remember the past but we don’t remember the future. There are irreversible processes. There are things that happen, like you turn an egg into an omelet, but you can’t turn an omelet into an egg.
And we sort of understand that halfway. The arrow of time is based on ideas that go back to Ludwig Boltzmann, an Austrian physicist in the 1870s. He figured out this thing called entropy. Entropy is just a measure of how disorderly things are. And it tends to grow. That’s the second law of thermodynamics: Entropy goes up with time, things become more disorderly.
But there’s a missing piece...which is, why was the entropy ever low to begin with? Why were the papers neatly stacked in the universe? Basically, our observable universe begins around 13.7 billion years ago in a state of exquisite order, exquisitely low entropy. It’s like the universe is a wind-up toy that has been sort of puttering along for the last 13.7 billion years and will eventually wind down to nothing. But why was it ever wound up in the first place? Why was it in such a weird low-entropy unusual state? That is what I’m trying to tackle.
Carroll goes into much more depth on the topic in his recently released book, From Eternity to Here: The Quest for the Ultimate Theory of Time (Amazon US and UK). You'll also have your mind hurt nicely by these TED videos of Carroll discussing the arrow of time at the University of Sydney in December 2009: Part 1, and Part 2 (I originally embedded them here, but it seems they autoplay so I removed them). Not exactly light viewing, but fascinating stuff.
Issue 2 of the free PDF magazine EdgeScience is now available from the website of the Society for Scientific Exploration. The latest edition has a special section on 'New Energy', including an article on the latest developments in cold fusion research, as well as a piece on healing through intention and a nice article from Peter Sturrock on the place of anomalies in science. Edited by our good friend Patrick Huyghe (The Anomalist), and with contributions from the likes of Steve Braude and Michael Grosso, it's the thinking man's magazine for scientific anomalies (no centerfolds!). If you enjoy the mag, don't forget to send a bit of love via the PayPal button to help ensure it's future (or pick up the paper version for $4.95).
The Society for Scientific Exploration (SSE), producers of the wonderful Journal of Scientific Exploration (articles for download here), are also now publishing a 'popular' magazine devoted to heretical/fringe science ideas: Edge Science:
Why EdgeScience? Because, contrary to public perception, scientific knowledge is still full of unknowns. What remains to be discovered—what we don't know—very likely dwarfs what we do know. And what we think we know may not be entirely correct or fully understood. Anomalies, which researchers tend to sweep under the rug, should be actively pursued as clues to potential breakthroughs and new directions in science.
You can download the first issue for free as a PDF file to get a feel for the mag, or alternately get a print version for $3.95, details at the website. The editor of the magazine is our good friend from The Anomalist, Patrick Huyghe - with Patrick and the SSE behind this, you know it's going to be quality.
From the New York Times review of Dan Brown's The Lost Symbol, by Janet Maslin:
Dr. Katherine Solomon specializes in noetic science, with its focus on mind-body connections. She admits that her field is not widely known. But when her story comes out, she suggests, noetics could get the kind of public relations bump that Mr. Brown gave to the Holy Grail.
Wow. Is Brown literally suggesting, through a character's voice, that Noetic Sciences should get the Brown 'bump'? Sometimes you wonder whether Mr B. reads TDG, don't you...?
Update: Reading the book now. Noetic Sciences is huge in it. IONS will get a serious bump from this; strap yourselves in Marilyn and Dean!
For those interested in learning more about Rupert Sheldrake's theories, or just listening to him wax lyrical on everything from his childhood to the state of modern science, head on over to Nautis.com where you'll find a bunch of videos posted which involve Rupert. Note that as well as the list of videos accessible via the scrollbar under the video at that link, there are more in the 'Related Posts' section beneath - including the excellent Glorious Accident documentary, in which Rupert goes head-to-head with the likes of Daniel Dennett and Stephen Jay Gould. That one in particular is fun - Gould and Dennett are tough on 'Sheldrake the theorist' (and his morphogenetic theory), but you can also see that they appreciate 'Sheldrake the man' (and 'thinker'). Also good is the BBC production Heretic. I just hope you have a lot of spare time on your hands...
The Society for Scientific Exploration has added a bunch of new videos taken at their 2008 meeting, covering a diverse range of 'fringe science' ideas and theories:
- Roger Nelson discusses the Global Consciousness Project.
- Robert Jahn reflects on a small experiment on conscious intention with a robot.
- Henry Bauer looks at some evidence which might throw doubt on the link between HIV and AIDS.
- Paul Smith tells why ESP is consciousness' only hope.
- Former Canadian deputy Prime Minister Paul Hellyer examines hypothetical relationships between governments and extraterrestrial intelligence.
- Maria Syldona discusses some similarities between an Eastern cosmology and Western science.
Thanks to Maca Paca for the heads-up.