A Tear in Spacetime.
LoomLytic is developing the Casimir Wakefield Disruptor — a payload concept for point-to-point transit at a fraction of today's cost.
Every visual on this page is a concept render or simulation.
01 — Mission
We are not building a faster engine. We are building the path.
Space access is constrained by propulsion cost and distance. LoomLytic is developing a payload concept designed to open controlled point-to-point transit — without requiring a new launch vehicle program.
Our approach starts from conventional carriers already flying today, then focuses research on the physics package that would enable a local disruption of spacetime — a controlled rift — at a fraction of the cost of today's propulsion concepts.
This is early-stage research and development. The work is under active concept formulation and simulation. Nothing on this site claims flight-proven capability.
TRL 2
Program maturity
Payload
Concept focus
Point-to-point
Target outcome
02 — Launch
Ride existing rockets.
The Casimir Wakefield Disruptor is designed as a payload for conventional launch vehicles. No new rocket program. No new launch infrastructure. The concept targets orbital delivery on vehicles that already fly.
Concept render / simulation
03 — The CWD
Casimir Wakefield Disruptor
A four-stage approach under development — from laser-driven plasma to a controlled spacetime rift concept.
Concept render / simulation
01
Laser
A high-power laser is designed to drive the process inside the CWD core. Energy is delivered with precision into a confined environment.
02
Plasma Wakefield
The laser is designed to generate a plasma wakefield wave. Electrons are intended to ride — to surf — on that wave.
03
SQUAD Vacuum
A SQUAD chip concept is designed to create an extremely low-energy region in a high-vacuum chamber — as empty as physically approachable.
04
Rift
In that region, energy density is intended to produce a local spacetime disturbance — a controlled rift — for point-to-point transit research.
04 — Transit
Point to point. Not farther and faster.
Through a controlled rift, the concept targets point-to-point transit at a fraction of the cost of today's propulsion approaches. Under development. In simulation. Concept formulated.
05 — Latest Updates
Program notes
06 — Support & Invest