‘Hunters’, sci-fi and pseudoscience

One of the ways in which pseudoscience is connected to authoritarian governments is through its newfound purpose and duty to supply an alternate intellectual tradition that subsumes science as well as culminates in the identitarian superiority of a race, culture or ethnic group. In return, aspects of the tradition are empowered by the regime both to legitimise it and to catalyse its adoption by the proverbial masses, tying faith in its precepts with agency, and of course giving itself divine sanction to rule.

The readers of this blog will recognise the spiritual features of Hindutva that the Bharatiya Janata Party regularly draws on that fit the bill. A German rocket scientist named Willy Ley who emigrated to the US before World War II published an essay entitled ‘Pseudoscience in Naziland’ in 1947, in which he describes the sort of crazy beliefs that prepared the ground with other conditions for the advent of Nazism.

In Hunters, the Amazon Prime show about Jewish Nazi-hunters in 1970s America, Edward Bulwer-Lytton’s sci-fi novel The Coming Race (1871) finds brief mention as a guiding text for neo-Nazis. In the novel, a subterranean race of angelic humanoids has acquired great power and superhuman abilities by manipulating a magical substance called Vril, and threatens to rise to the surface and destroy the human race one day.

Bulwer-Lytton also wrote that Vril alludes to electricity (i.e. the flow of electrons) and that The Coming Race is an allegory about how an older generation of people finds itself culturally and political incompatible with a new world order powered by electric power. (At the same time, he believed these forces were a subset of the aether, so to speak.) In a letter to John Forster on March 20, 1870 – precisely 150 years ago in twelve days – Bulwer-Lytton wrote:

I did not mean Vril for mesmerism, but for electricity, developed into uses as yet only dimly guessed, and including whatever there may be genuine in mesmerism, which I hold to be a mere branch current of the one great fluid pervading all nature. I am by no means, however, wedded to Vril, if you can suggest anything else to carry out this meaning – namely, that the coming race, though akin to us, has nevertheless acquired by hereditary transmission, etc., certain distinctions which make it a different species, and contains powers which we could not attain through a slow growth of time’ so that this race would not amalgamate with, but destroy us.

And yet this race, being in many respects better and milder than we are, ought not to be represented terrible, except through the impossibility of our tolerating them or they tolerating us, and they possess some powers of destruction denied to ourselves.

The collection of letters is available here.

In Bulwer-Lytton’s conception, higher technological prowess was born of hereditary traits. In a previous letter, dated March 15, Bulwer-Lytton had written to Forster:

The [manuscript] does not press for publication, so you can keep it during your excursion  and think over it among the other moonstricken productions which may have more professional demand on your attention. The only important point is to keen in view the Darwinian proposition that a coming race is destined to supplant our races, that such a race would be very gradually formed, and be indeed a new species developing itself out of our old one, that this process would be invisible to our eyes, and therefore in some region unknown to us.

So this is not a simple confusion or innocent ignorance. Bulwer-Lytton’s attribution of the invention of electricity to genetic ability was later appropriated by interwar German socialists.

This said, I’m not sure how much I can read into the reimagination of technological ability as a consequence of evolution or racial superiority because another part of Bulwer-Lytton’s letters suggests his example of electricity was incidental: “… in the course of the development [of the new species], the coming race will have acquired some peculiarities so distinct from our ways … and certain destructive powers which our science could not enable us to attain to, or cope with. Therefore, the idea of electrical power occurred to me, but some other might occur to you.”

Now, according to Ley, the Society for Truth believed Vril to be a real thing and used its existence to explain how the Britons created their empire. I don’t know how much stock Adolf Hitler and his “shites of the round table” (to quote from Hunters) placed in this idea but the parallels must have been inescapable – especially so since Ley also writes that not just any pseudoscientific belief could have supported Hitler’s rise nor have acquired his patronage. Instead, the beliefs had to be culturally specific to Germany, pandering to local folklore and provincialism.

Without commenting on whether this conclusion would apply to Fascism 2.0 in a world with the internet, civil aviation and computerised banking, and in naïve spite of history’s fondness for repeating itself and the politico-corporate-media complex, I wonder what lessons there are here – if any – for science educators, a people already caught between political anti-intellectualism and a stronger sense of their purpose in an intellectually debilitated society.

Lightning storm

A lightning storm rages outside. The large window panes going from floor to ceiling in the living room rattle as the wind whips around, gathering dust off the ground right outside my building, spinning it up into little, but no less terrifying, tornadoes (maybe it’s the tornado-like action of the wind that’s terrifying; you never know what’s going to happen next) that reach up five or six stories high, lit up by dispassionate sodium-vapour lamps. I can see the eagle that usually leisurely stalks the skies at this hour struggling to find a current it can cruise in, instead being forced to glide along what guiderails of wind it can find.

The muffled sound of rain like white noise floats in from all sides, percolating through the walls, rising one minute and falling the next. The incessant flashes of lightning portend the next rumbling roll of thunder, lighting up the sky in ultra-bright flares of white before the heavens return to their dark pink-red, a horizon-spanning wound preparing to be cauterised once more.

It’s so wonderfully easy to sit inside during these moments and marvel at the casual but preconceived display of power all around. What must it have been like four billion years ago, when the first microbes were taking shape and suddenly the world around them was ablaze with electric discharges, the air itself on fire? What must it have been like when the first creatures with ears were assailed by thunder, when the first creatures with eyes were blinded by the light? When the first humans felt as if the sky was exploding and crashing down around them?

It wasn’t until the eighteenth century that we figured out lightning was electricity – but the moment we did, we cast our now-knowing eye back into the recesses of time, looked at the first sensing lifeforms of Earth and wondered what fantasies they conjured in their laughable ignorance. Just the way after some lightning storm of the future, some slouch will look back to this night and wonder what fantasies we were mulling in the middle of a lightning storm.

Will we be going around in circles?

Featured image credit: Pexels/pixabay.

Plotting transmission losses

Transmission loss in GWh in India. Data from Central Electricity Authority. Click on the image for hi-res version. All data available here.

transmission loss v. year

Transmission loss as % of net generation in GWh. Net generation = Gross generation — consumption by auxiliary power plant unitstransmission loss as  of net generation in GWh

(Model used to fit: LOESS)


Rise of net supply to ultimate consumers and exports v. purchase of power from non-utilities and imports before transmission. Note different y-axes: net supply, right; purchase, left; both in GWh

purcsupp