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At long last,
we have solved
the mind-body problem.

My child has a new face
Something came out of her
along with the sputtering stench
of an expiring form
pulled from a car in a
weed-filled lake.
It transformed before my eyes,
distilled into hers.

I am selfish,
all philosophers are.
Her body matches mine.

On days she speaks to me,
we sit in the sun looking at
old photos; other days, she is haunted
by grime and green water and
the remnants of a universal conflict.
The engineers tell me this is normal.

How many times can we be reborn?
How many humanities till we
plunge ourselves into darkness,
fed up, pelting our consciousness
into the graves of time?

I made the decision for her.
She takes her first steps in
a hospital overlooking a silver ocean,
is fascinated by how her
new hair defies gravity,
the flatness of her feet
I fear all of her is not here.

I think she comes to me in dreams
not angry, but asking why
I could not let her go,
why her mortality was not enough
if I know what forever means



Terese Mason Pierre is a Toronto-based writer whose work has appeared in Fantasy, The Walrus, FIYAH, and elsewhere. Her work has been nominated for the Elgin Award, the bpNichol Chapbook Award, the Pushcart Prize, and others. She is the co-editor in chief of Augur Magazine and the author of chapbooks “Surface Area” and “Manifest.” Visit her website at www.teresemasonpierre.com.
Current Issue
31 Dec 2024

Of Water, Always Seeking 
remember, you are not alone, / and you have fury / as well as faith
The Egg 
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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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