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Directed Energy Weapons : The History of the Ray Gun

Directed Energy Weapons, or ‘Ray Guns‘, go back to the alleged use by the Ancient Greeks of parabolic mirrors to set ships alight, but it was science fiction that created the modern idea. If we exclude Jules Verne’s 1875 Leyden Ball (a ball baring based electric Taser) the first use of such weapons in Sci Fi was the Heat Ray of the Martians from H G Well’s War of the Worlds written from 1898. Today this would be called an infra-red laser, though it had far more power than such a real weapon could ever deliver. The term Ray Gun was invented much later for The Black Star Passes by John W Campbell from 1930. A light based laser was first described, surprising accurately, in Sci Fi in the form of a truck based ‘light cannon’, The Standish, by E E Doc Smith in 1934, long before their invention in the 1960s. Its main use was shooting down aircraft, a role played by advanced modern lasers since the late 90s  (more fanciful versions included Nat Shreckton’s Concentrated Light weaponry from 1937, and possibly Edmond Hamilton’s vague Beam Pistol of 1938).

Garrett P. Serviss’ 1898 novel Edison’s Conquest of Mars had used a more fanciful weapon, the Disintegrator Gun, or the Disintegrator Ray as George Griffith called it in his later 1911 fantasy tale (it was also known elsewhere as the De-atomiser Ray in 1928 and the Disruptor Ray or Annihilator Beam in tales from early 1930s). This idea was further popularized in the Buck Rogers stories throughout 30s (and famously in the 1950s movie The Day the Earth Stood Still, miraculously only affecting inanimate objects). A Disintegrator Beam’s operation was vague and fanciful, but the general idea was that it interfered with the electromagnetic forces holding atoms together, causing matter to be totally ionized. While plausible there is still no scientific theory of how this could be achieved. A similar idea was Edmond Hamilton’s the Blue Ray of Death from 1926, which somehow turned organic matter to a pile of ash in one hit (a kind of induced spontaneous combustion). Another popular idea was the Blaster from When the Green Star Waned, by Nictzin Dyalhis, 1925 (aka the Lewiston of E E Doc Smith from 1934, or the Blast Rifle of Frank Belknap Long jnr. from 1937). These weapons were often superficially said to be ‘disintegrators’, but were actually just zapping targets with sudden discharges of energy. It was left to Belknap Long to first explain this mechanism, which was said to be a blast of positronic anti-matter that blew apart all matter on contact. A very short range affect in fiction, flaring away in contact with air, while in reality probably exploding the weapon as soon as it fired, assuming the anti-matter could be contained in such a small device. Others preferred ordinary atomic matter blasts, such as the Proton Pistol described in A Menace in Miniature, by Raymond Z Gallun, published by Astounding Stories, a little later in 1937, as if the high energy nuclear cyclotron, invented in 1932, could be miniaturized and contained in a hand gun (even today they fill buildings). Stranger still was Fritz Leiber’s Force Pencil, an emitter of invisible kinetic energy, more akin to psychokinesis than technology.

However these fantasy weapons were perfectly plausible compared to John W Campbell’s 1934 Darkness Bomb, or the Cold Ray (Edmund Hamilton, 1927) and Zero Ray (Clark Ashton Smith, 1931), the exact opposites of the Heat Ray, absorbing heat energy from an object and freezing it! Or even the Light Sabre, first described in 1943 as a Rod of Wrath by Fritz Leiber (though admittedly today there is genuine research into ‘solid light’, slow photons with matter like properties, so perhaps less absurd now).

Other more realistic variants in early fiction included Sonic Beams that shock objects apart, Victor Appleton’s Electric Rifles from 1911, based on airborne electrical discharges (much like a modern electro-laser), as well as various Paralysis Beams, first mentioned in 1927 by Edmond Hamilton, as a ‘neural inhibitor’ (along with his 1928 ‘neural stimulating’ Pain Ray). The latter has a theoretical basis in modern maser research, thought to be able to inhibit muscular action rather than nerves (and possibly able to cause heart attacks), if tuned to the right frequency, though this has never been achieved.

It was not until WWII that such fiction moved closer to fact, as some of these were attempted by German scientists, though with little success. An attempted Heat Ray required too large a parabolic mirror to be practical while a Sonic Weapon had a limited range, though caused disorientation and could theoretically rupture important internal organs at any range less than 100 yards. But both used large parabolic dishes susceptible to enemy fire. An aborted experiment used a hand held Mini-Cyclotron (looking something like the weapon used by the first Cybermen in Dr Who’s the Tenth Planet) which emitted bursts of hard X Rays, aiming to cook the victim inside out, but it was never tested. German Scientists quickly established that the limitation of all such weapons was their vast energy requirements and the durability of their components during any extreme energetic discharge. But they continued with the development program till the end of the war. In Britain scientists were commissioned to create similar weapons based on high powered microwaves, but soon abandoned the project (one spin off technology that they turned to instead was the development of Radar, which proved highly successful). The United States benefited from a wave of German and Jewish refugee scientists in the 1930s, who worked on the invention of the Laser, though it remained on the drawing board throughout WWII and was not completed till the early 1960s. Rumour has it that the Soviets experimented with portable Tesla Coils for battlefield use, but there is no indication of their reliability or even much evidence of their use.

This Nazi experimentation actually appears to have had a legacy in Science Fiction, where in the Classic Doctor Who series both the Daleks and Cybermen (barely disguised fascist metaphors in their own way) used what we would today call X Ray lasers. The famous negative image special effect clearly symbolized this, and the later skeletal affect even more so, with some literal possibility as we shall see. In the case of the Cybermen this was publicly stated as such by the author Kit Pedlar, a Medical Scientist. High energy X Ray lasers have the capacity to cause bones to flash and to irradiate and fry internal organs (making the skeleton briefly visible through flesh if energized enough). The earliest Cyber Weapons look like mini-cyclotrons, while their later weaponry was more gun-like and emitted small puffs of vapour and muzzle flashes, possibly due to slight ionization and heating from lower frequency X Rays near the muzzle (though they also electrocute their victims in various ways). The Dalek’s weaponry is not so clearly stated, but in addition to the imagery it was originally stated that Dalek weapons destroy internally while leaving the external body surface untouched, a hallmark of both X Ray and Sonic weapons. There are counter-indications of this however. Cyber Weapons produced no beam, and X Rays are invisible, yet the Dalek weapons from the late 70s do show blue beams, unlike their earlier manifestation which didn’t, or in early film versions produced a large puffs of vapour (though perhaps, as with Cyber Weapons, this indicates atmospheric heating from an invisible laser beam in a cold, moist environment). Also later revival Dalek weapons produce both a beam and sometimes an electrocution instead of irradiation. This is more like an electro-laser, which uses a UV laser beam to ionize air, then a micro-second later discharges voltage down this channel like a Taser, or more accurately a lightning flash (such ionized channels can also guide natural lightning or discharges from high voltage sources, but also dangerously attract them to the weapon holder, depending on the angle channel and environmental conditions). It may be that the Daleks are being envisioned in these latter cases as changing the frequencies of their laser weapons (UV being one step down from X Ray), plus adding an electrical discharge from their shields. The use of beams with an X Ray effect is more puzzling (perhaps is simply a secondary visible laser for targeting information). An important caveat with the Daleks is that their history spans nearly 4000 years, and so advancements are to be expected. In addition all high energy lasers will tend to cause combustion, or even explosion, when trained on flammable objects for more than a moment (a fact played to the full by special effects departments. The other Nazi experimental weapon, the Sonic Beam, was upgraded and given to the Ice Warriors as ultrasound disrupters (the War Games aliens also seemed to use Ultrasonic Beams of some kind).

A wide range of other weapons were used in the 50 years of Doctor Who, typically the stock laser beam, but most notable was the Time Lord Staser, which stunned but could also burn up organic matter (having little effect on inorganic matter and armour). That would be consistent with a microwave lasers, which could theoretically paralyze or knock out individuals through inducing charges in muscles, if tuned to the right frequency, as well as fry the outer surface of organic matter, burning badly at higher energy, killing instantly at the highest (though bouncing off solid surfaces). Bodies were often unidentifiable after a Staser burn and could not regenerate. C.M. Kornbluth first mentioned the Stun Pistol in his 1941 story Fire-Power. It was elaborated in Isaac Asimov’s Foundation stories from 1952 onwards, and in 1965 became a staple element Frank Herbert’s Dune as well as his later stories. There are no clear mechanisms in either, but the implication is that these are microwave devices. A version of the Microwave Beam also featured strongly in a Peter Watts‘ story from 2006, here causing anything from a burning pain on heated flesh to spontaneous combustion. But Watt’s also adopted the myth that Microwaves cook meat inside out, a popular misconception. A major problem with this is the question of how individual targets could be selected by such a radiation burst isn’t clearly stated (though the general area affect of early Dalek blasts may reflect this issue). Real Microwave weapons have been developed by the American military and used in war zones with variable affect. The weapon operates via a parabolic dish on a Humvee and can generate enough heat in organic targets within its range to cause minor burns or great pain. But under many conditions the energy dissipates and simply creates a warm feeling in the target! Other weapons of note in the Doctor Who series included the Disintegrator Guns of the Judoon and the Charged Particle Blasters of races like the Sontarans. The latter increasing adopted in the series against armoured foes like the Daleks, whose shielding was proof against bullets, lasers and most radiation weapons. The Sontaran officers also carried a versatile laser wand that could kill an unarmored target, but could also ionize and activate circuits and even use light effects to hypnotize victims!

Particle Beam weapons were the hot topic after WWII. Initially most Science Fiction ‘Ray Guns’ were simply more developed versions of the pre-war types, and some researchers continued in their attempts to emulate them. This trend continued on the fringes of popular fiction. For instance in 1957 Ayn Rand wrote of the fictitious Project X, a super ultrasound weapon that could destroy organic or inorganic structures several miles distant! But further into the nuclear age Particle Beams were mooted as possible real world energy weapons, a realistic version of the Proton Pistol, other research having proved disappointing or rejected as impossible. These would soon become the dominant type of ‘Ray Gun’ in post war Science Fiction. Particle Accelerators and Atomic Reactions could produce deadly channeled blasts of subatomic particles (typically electrons, positrons, protons or ionized atoms), all they needed was a neutralizing chamber to reduce their charge and their mutual repulsion in order to concentrate them into a beam. In this respect while looking like beam weapons they were actually high tech shot guns that could blow apart molecules. But their channels or barrels were at best perceived as cannon sized by scientists and their accelerators would have to be huge. Arthur C. Clarke envisaged a realistically large particle beam weapon in his 1955 novel Earthlight, in which energy would be delivered by high-velocity beams of matter (ionized metal in this case) which looked like electric bolts or beams of energy. These ideas were influenced by real attempts to create real particle weapons but were increasingly idealized, and eventually Sci Fi writers were describing Muon Blasters, often as hand held weapons.

This was later briefly overshadowed by the invention of the laser in the 1960s, which became the standard Ray Gun for a while. But as its limitations became apparent – given its low energy it had the sole ability to punch small holes in metal objects – it largely gave way to the Particle Beam as the weapon of choice for both Sci Fi characters and real life military research, particularly in space. A classic example of this shift was the Phaser of the Star Trek series. Armed at first with Laser Guns Star Fleet soon adopted Phasers, which while looking like the older laser beams in operation were actually Particle Beam weapons based on imaginary Nadions (with convenient Photon like properties!), which could miraculously stun, blast or disintegrate depending on energy settings. The limitations of existing particles were often overcome by imaginary ones. The Minovsky Particles of Yoshiyuki Tomino from 1979 were malleable ‘designer particles’ given any desired property for use in advanced weaponry. All of this was pure fantasy of course, but more authentic variants were deployed in realist fiction, and by the late 70s Blasters and Ion Cannons had become standard in films such as Star Wars. Yet only the largest shipborne guns were still anything like possible real world weapons. Old favourites were sometimes brought out to counter these, particular in Star Trek, where charged Plasma Weapons were a more ‘primitive threat’, and Phased Polaron Cannons were dangerous antimatter weapons among more advanced races (how the anti-matter was contained in hand held material devices was never explained!). Many other peer races used the Disruptor, a weapon that fired particle blasts that somehow interfered with molecular bonds atomizing their target area.

Of these examples only the Plasma weaponry is scientifically plausible given contemporary Physics. Superheated ions of gas projected electromagnetically that are not as highly energized as particle weapons but super heated. The most realistic of which was the PIG cannon from the Alien film series. A device in which plasma was generated by electrolasers in a magnetic containment backpack and fired through a long barreled weapon, like a high tech flame thrower. But more aesthetic hand held Phased Plasma Guns (PPGs) found their way into the Babylon Five series. With many equivalents found in contemporary fiction.

Modern real world developments include the aforementioned electrolaser, which channels lightning bolts, as well as more high powered lasers that can produce enough structural damage to shoot down aircraft or explode missiles from truck mounted cannon.

  While exotic weapons like the Microwave and Ultrasound projectors are still underdevelopment. More dangerous ionizing X Ray radiation is difficult to target and not widely researched today (as far as is known). Lasers are limited by how much energy can be fed into the emitter and its own characteristics. The best emitters are gas based rather than crystal based, but tend to be depleted faster. These are energized by electrodes, or even small nuclear explosions, and are able to pass their energy onto the focused light beam passed through them, its wavelength dependent on the type of gas used and its power on how highly energized it can be. All seem to have low ceilings for their energization level and so of limited power, though some weaponisable lasers are in production that are reducible to bazooka scale. A new generation of lasers use cathode ray tubes and powerful magnetic fields to highly energize speeding electrons, that can transfer energy to photon beams to a much higher degree. But these are still very bulky devices. Particle Beam weapons are also still very large but under well funded research in SDI programs.

  In theory many of the more plausible weapons described in Sci Fi are possible, even as hand held weapons. A major problem is the power requirement, and the way projected energy dissipates in the air when released, even at the muzzle of such weapons. But all that is needed is a sufficiently strong miniature power unit to energize them and materials strong enough to take the constant heat. Neither of which are currently available but may be in the future. Nano-technology super batteries and nano-scale nuclear reactions are often cited as possible solutions, as well as new super materials capable of withstanding huge amounts of energy channeled through them. The Ray Gun will no doubt one day be a reality.


Video

The Multiverse


Video

Illuminatus Trilogy Introduction


Forthcoming posts in 2012/2013

Alien Lifeforms

Alternative Energy Sources

Advanced Medicine

Advanced Weaponry

Force Fields / Plasma Windows / Nanoscreens

Robotics / Artificial Intelligence

Nanotechnology

Programmable Matter

Psionics


Space Travel Part Six : Psychic Travel

Psychic Travel
Psychic Travel is really outside the realm of any Physics as it involves various methods such as telepathy, remote viewing or astral travel but each of these can be speculatively modeled scientifically.

Telepathy
It may be possible to contact any other mind if all Consciousness in the universe is connected. This is sometimes said to have been indicated by some materialist Intentional theories of Consciousness which controversially claim that our experience of meaning is only possible if all things in the cosmos are physically interconnected, including all minds (to understand something being seen as having a causal relation to it, and perhaps a functional or use connection). This is possible in some theories of universal entanglement.
However empirical ESP research suggests although objective distance is not a limiting factor in telepathy, as would be expected with non-local entanglement, resonance and subjective distance is, suggesting the theory must be more than purely material. The more accord there is between subjects, whether as blood relatives, lovers or close friends, the easier ESP becomes. Given the disconnection of an alien species from Earth life this would make interstellar ESP very weak.

Remote Viewing
This may work if Consciousness is not only interconnected (by whatever model) but also ‘holographic’ in that each part is equivalent to the whole and present in all possible locations. Thus any locality can be seen by a psychic able to tune in to it.


Astral Travel

This may function either by generating an alternative parallel body within some force field, and projecting it either physically at light speed (limiting its range) or more likely through some higher dimension instantaneously. Although it is far more likely to be a rationalizing illusion based on a total perception using something akin to Remote Viewing. In either case if a degree of psychokinesis is similarly extended communication with beings at a target site may be achievable.

Psycho-Physical Travel
This intriguing possibility occurs when a psychic contact transmits information allowing a physical transfer. This could be anything from the generation of a biological being in a laboratory to the creation of a receiver unit for long distance classical or quantum teleportation.


Space Travel Part Five : Miscellaneous Travel

There are a few other means of travel but all have limitations.

Magnetic Monopolar Transit
This would involve creating or finding (they may be rare natural occurrences) a magnetic monopole and attaching it to a vehicle. This monopole would thus be accelerated towards any north or south pole of a magnetic field, depending on its polarity, and so could simply cruise along magnetic lines of force with no need of power. It could engage and disengage with any field by shielding the monopole core and maneuvering itself by other means (such as low power ion thrusters). However this could not exceed light speed, and may not be able to operate in atmospheres unless it had a secondary means of propulsion, it is thus limited to interplanetary shuttling.

Inertial Drive
It has been proposed that rotating certain magnetoelectric material in the quantum vacuum field can induce fields that push the material forward without applying any energy or external force. This is one of the various means of creating such a free energy drive that ignores the conservation of momentum principle. However it in may in fact be impossible. Even if possible it produces such slight momentum that only very small or light objects could be propelled by it a low to medium speeds.

Biogenic Transfer
A manned vehicle need not carry a crew but could generate one on arrival, either as a sentient clone or some biological robot, or even a parasitic host seeking virus. However this is really just a crew issue and the craft still has to arrive by one of the earlier means. It could however be a nano scale craft and so very light and fast. Alternatively some spore or virus could be projected via a microwormhole or similar means.

Hybrid Multi-Drives
The previous examples have all dealt with one particular technological means of transport but a hybrid drive would use several means for different situations. The current limitation on this is the size and space requirements for the different drives, as well as power requirements, but nano-technology will allow for miniaturization of drives and power units making this possible.


Space Travel Part Four : Teleportation

Teleportation
This form of transmission would totally negate physical transportation, but it comes in many forms each with their own limitations.

Classical Teleportation
The classic form of teleportation simply scans the subject for it’s structural information and then transmits that information to a receiver, which reconstructs the object from raw material. It could in theory be achieved by a range of sensor scans producing information that can be sent on a radio wave, and the information then used to somehow orientate matter in a reception tank. This creates two copies of the subject, so in the case of a person creates issues of personal identity. Technically the transmitted person should be the same person as the one in the transmitter, if they are truly identically reconstructed, so do they bilocate? Is there some difference between the two, some element that is not transmitted, or does the difference of material or location entail a different being? If so the transmitted person may just be a clone. On the other hand would they survive the process? This is crucial as the original may need to be deliberately destroyed in the process so that a transportation is achieved (the residual matter being used in future transmission). In this case we can avoid these difficult questions however because the process is now known to be impossible. The Heisenberg Uncertainty Principle makes the initial scan impossible. It may be possible to freeze the subject to absolute zero and then scan them (at this temperature momentum is zero and so the positions can also be known with certainty when scanned as despite the momentum then being unknown it can only be zero), however achieving absolute zero may be impossible and it will certainly kill a live subject. Other means have similar problems.

BEC Teleportation
This method uses the strange properties of a Bose-Einstein Condensate (a gas at near absolute zero temperature) to facilitate a modified form of Classical Teleportation. Although still having some momentum a BEC gas achieves a strange harmonisation, in which it vibrations merge into a single frequency, essentially one atom, making it easily codifiable as quantum information. In this variant the subject to be transmitted is introduces to the BEC chamber and instantly assimilated into it, a process which releases a pulse of light containing all the quantum information of the subject. This is transmitted via a laser to a receiver where a second BEC chamber reconstitutes the subject. On thawing even a person should be transmittable. The same issues of identity remain, but the subject exists as original and copy, as long as the process is survivable, so experimentation is possible.

Quantum Teleportation

This method transmits pure quantum information via entanglement instantaneously. In simple terms two entangled pools of matter are used to to create exact copies of any subject. The subject is introduced to the sending pool, and entangled with it, and this causes an instantaneous non-local entanglement with the receiving pool no matter how distant. From this pool the subject can then be reconstituted. The original will be destroyed in the process, killing a live subject, but there are in potential two copies available from the entangled pools. The same considerations apply though. This entire process is far more difficult to achieve however and has been estimated to take centuries of development. So where as Classical Teleportation may become possible within 100 years or more years, it may not be until beyond the 25th century that Quantum Teleportation is a real possibility.

Note with Classical and BEC Teleportation even if possible the transmission is still only at the speed of light and so is only really practical within our solar system, and if lasers are used at much closer range compared to radio waves such as an orbit to surface jump or a lunar transmission. If the carrier wave is a gravity wave it may be possible to transmit it through M-Space and cover much greater distances, but this is still limited by energy and is unlikely to have an unlimited range.
Quantum Teleportation can be instantaneous across any distance however. A problem with all three is the need for a receiver, and so a physical trip is required before the teleportation and thus introducing another serious limit. The idea of a receiverless teleporter as used in Star Trek may be a fantasy. Its only possibility being based on the reality of some kind of natural morphogenic field that is also transmitted into the local field by sending its data along with the scanned information thus allowing the spontaneous formation of a copy of the original. But according to current theory this is unlikely but would be the only means of long distance teleportation.