Science New Wave Manifesto Special Limited Edition (Typewritten, Founder's Signature, Unique 9-digit DNA code)

We’re releasing a limited series of original manifestos. Each manifesto is typewritten and signed by the Science New Wave founder.

They contain a unique 9-digit DNA sequence that will be associated to you for life.

DNA code: CTGCTCGGC >> Jean-Luc Godard

You will also receive a life-time membership to the Labocine streaming platform with your unique 9-digit DNA sequence linked to your Labocine Habitat profile (labocine.com/habitat).

Limited series. Archival Matte / Letter Size / Black Frame / Museum Glass.

Upon Purchase, we will request the following from you:

• Your full name including middle name(s)

• Date of birth

• A message to the future in the form of a haiku poem (three lines, with five syllables in the first line, seven in the second, and five in the third). No punctuation. Symbols accepted.

• An image to be encoded in the future.

Notes:

These are not restricted to human beings only. The recipient does however need to be a living organism (this does not include viruses).

The manifesto can also be purchased or gifted to any form of life. If this a request on behalf of some other entity, we will ask you to provide information related to relationship to recipient, consent, authorization and permission.

You may be able exchange or gift these original manifestos but the “being” associated to the DNA sequence will be forever linked at the time of the purchase.

The Photogénie Project aims at memorializing those that traversed the ecliptic path of the Science New Wave since it originated in 2016. By 2033, we will open up a site on the Santa Cruz Island, Galapagos Island, not too far from Darwin’s Research Station. Tt will be be open to visitors and contain the identities of the bearers for the 262,144 manifesto copies will be stored in a temperature-controlled archive center.

The Science New Wave information - 9-digit DNA code, donated image, message from the future and date of birth - will be encoded into the DNA of living bacteria. A brief protocol will allow scientists of the future to retrieve this genetic information and reconstruct the stored image.