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Strange Horizons is looking to add a social media editor to our editorial collective.

Our social media editor will manage the Strange Horizons Twitter and Facebook accounts, and work with our management team to expand our social media footprint beyond Twitter and Facebook. Our editorial collective is flat and anarchic, and beyond this basic brief, you will be free to define and understand your role as you see fit. If you love Strange Horizons, genre magazines, and getting SFF out to a broader audience, then you're who we are looking for!

We anticipate the time commitment to be a couple of hours a week, which will rise slightly during our annual fund-drive, in the month of June. The position, like the rest of our editorial positions, is volunteer.

To apply, please email gautam.strangehorizons@gmail.com with a brief paragraph about your interest in the position, what you envisage doing as Strange Horizons' social media editor, and any prior experience that you might have.



Gautam Bhatia is an Indian speculative fiction writer, and the co-ordinating editor of Strange Horizons. He is the author of the science fiction duology, The Wall (HarperCollins India, 2020) and The Horizon (HarperCollins India, 2021). Both novels featured on Locus Magazine's year-end recommended reading list, and The Wall was shortlisted for the Valley of Words Award for English-language fiction. His short stories have appeared in The Gollancz Book of South Asian Science Fiction and LiveMint magazine. He is based in New Delhi, India.
Current Issue
31 Dec 2024

Of Water, Always Seeking 
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The Quantum and Temporal Properties of Unresolved Love 
Strange Horizons
Dante Amoretti, PhD, PE, Fellow, IEEE, Fellow, IET, IEEE-HKN   Abstract—This study explores the temporal and quantum properties of Unresolved Love (UL), drawing parallels with the resublimated thiotimoline discovered by Asimov in 1948. Much like thiotimoline, UL exhibits temporally irregular behavior, decaying not only in the present but also extending into both the past and future. This paper utilizes the concept of affectrons (i.e., love quantum particles emitted by the cardiac muscle), which directly influence the Cardial Love Density (CLD), the measurable amount of love per unit of volume within the heart. By tracking the concentration of affectrons over time,
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