APAHL — Anomalous Translocation Experiments

A reported change of position without detected transit.

Morgon's own technical material describes what he calls “Anomalous Translocation”: a small test body is reported to cease being detected at one inductor and subsequently be detected at another, separated by 150 mm, while intermediate sensors reportedly do not detect conventional transit.

The laboratory explicitly presents “anomalous translocation” as an operational description rather than a demonstrated mechanism. Possible explanations — including spatial displacement, tunneling or other mechanisms — remain interpretations to be tested.

Antônio Luiz Morgon Filho

Public professional records list Morgon as a graduate in Applied Physics from the University of Guarulhos in 1984 and as an independent researcher associated with MARF Laser. His public curriculum describes decades of work with laser tubes, teaching and experimental research.

His project website describes the APAHL as a privately built experimental apparatus operated in his laboratory in Umuarama, Paraná, without university or institutional sponsorship.

Background details are based on the researcher's public materials and a public mirror of his Lattes curriculum; they do not constitute independent validation of the APAHL phenomenon.

The experiment as documented by the laboratory.

The most detailed public technical record located by Tao Point describes a reference experiment using a 2 mm aluminum sphere between two inductors separated by 150 mm. The laboratory reports operation in a magnetic-field range of approximately 1.45–1.50 T, with 1.4 GHz RF excitation and phase inversion.

The laboratory also reports a relationship between measured latency and magnetic field, including a plateau and subsequent exponential decrease. These measurements and fitted relationships are presently laboratory-reported data, not independently verified measurements.

There is documentation — but source and independence matter.

Publicly available material includes photographs and videos of the apparatus, demonstrations, technical descriptions, numerical tables, equations and laboratory-authored articles. Morgon's site reports repeated experiments and presents a technical master record for the anomalous-translocation claim.

In the searches conducted for this Frontiers investigation, Tao Point did not locate a peer-reviewed journal article establishing the anomalous-translocation result or a documented independent replication of the phenomenon. This is a statement about what was located in the present search, not proof that no such material can exist.

This is the decisive next step.

The laboratory reports repeated internal reproduction. Scientifically, however, the central question is whether researchers independent of Morgon can observe the same effect using transparent controls and their own or independently verified instrumentation.

A strong replication would ideally pre-register the protocol, define success and failure criteria in advance, independently verify sensors and timing, control access to the apparatus and test objects, use continuous multi-angle recording, include blinded or randomized trials where practical, document unsuccessful runs, and make sufficient raw data available for external analysis.

An extraordinary physical interpretation requires unusually strong controls.

Transporting a macroscopic object between separated positions without conventional transit would not be a routine extension of established macroscopic transport physics. That does not make investigation illegitimate; it raises the evidentiary standard needed to distinguish a new phenomenon from measurement error, unnoticed conventional mechanisms, apparatus effects, experimental artifacts or other explanations.

For Frontiers, the appropriate sequence is therefore: establish the reproducible observation first; determine the mechanism second.

The questions that matter now.