Cryopreservation is a scientific triumph and an outcome of decades of research. We try to uncover how it works, what origin it came from, and the challenges it faces.

Non-human organisms like turtles and clams have been known to live for centuries. They age slowly and some species even express senescence. Understanding the factors behind this may have applications to human longevity.

There is a rich corpus of intellectual thought from Eastern cultures that gives us the tools to look at death and eternal life through a different lens.

Cryonics and Cyborgs are amusing topics for longevity enthusiasts. Discover here which of these two paths fits your longevity goals.

There are fascinating characters in myths, mythologies and works of fiction over the centuries who achieved immortality, but it didn’t necessarily end well for them.

Cryopreservation demands precision, and is time-sensitive. Using medical robots for some of these tasks can deliver these requirements and set the tone for the future of cryonics.

Preserving human bodies at sub-zero temperatures while also not destroying their cellular structure requires many procedures to be followed in a time-bound manner. Cryopreservation is the culmination of all these procedures, leading to a state of suspended animation of the patient.

Preservation of the brain’s information is being explored through chemical fixation. As against focusing on preserving the brain’s structure, this method looks at the matter present inside.

The debate about the posthuman body involves art. This article explores three artists who use technology to create posthuman forms of life, challenging human perception.

The evolution of cryopreservation can be traced back to many key moments, which include the preservation of a murdered patient, pet cryopreservation, and the first case of cryopreservation after euthanasia