May build a tachion transceiver for sending electronic signals through time.
The tachion transceiver is a round amplifier made by Proffesor Shiniki Seike.
The round amplifer is an electronic oscillator. It generates square waves.
Amoung the square waves are narrows spikes as electrical signals.
These electrical spikes are assumed to be produced by tachions
travelling through time in the transistor material of the circuit.
The electrical square waves in the circuit send out tachions through
time and then are received or detected again by the round amplifier.
The roung amplifer consists of three common emitter transistor stages
connected in series. The electric output of the last stage is send
back to the input of the first amplifier stage via capacitor link. This produces an
electronic oscillator that generates the square waves and detects the tachion pulses.
The collector load resistances of the transistors are about 500 ohms and
the emitter resistances are about 100 ohms which are bypassed by capacitors each.
The electric power supply voltage for the transistor was about 12 volts
direct current.
The transistors may be 2N3904 type or faster.
The amplifier stages should be well shielded from each other with
metal sheets. Other sensitive amplifier circuits can produced similar narrow
electric spikes in the presence of 6o hertz frequency electric signals.
These spikes may be from the stray inductances and capacitances of the amplifier's circuit
and is not positive proof of tachions travelling through time, but the experiment results
may lead to more research on time travel with tachions.
The tachion transceiver is a round amplifier made by Proffesor Shiniki Seike.
The round amplifer is an electronic oscillator. It generates square waves.
Amoung the square waves are narrows spikes as electrical signals.
These electrical spikes are assumed to be produced by tachions
travelling through time in the transistor material of the circuit.
The electrical square waves in the circuit send out tachions through
time and then are received or detected again by the round amplifier.
The roung amplifer consists of three common emitter transistor stages
connected in series. The electric output of the last stage is send
back to the input of the first amplifier stage via capacitor link. This produces an
electronic oscillator that generates the square waves and detects the tachion pulses.
The collector load resistances of the transistors are about 500 ohms and
the emitter resistances are about 100 ohms which are bypassed by capacitors each.
The electric power supply voltage for the transistor was about 12 volts
direct current.
The transistors may be 2N3904 type or faster.
The amplifier stages should be well shielded from each other with
metal sheets. Other sensitive amplifier circuits can produced similar narrow
electric spikes in the presence of 6o hertz frequency electric signals.
These spikes may be from the stray inductances and capacitances of the amplifier's circuit
and is not positive proof of tachions travelling through time, but the experiment results
may lead to more research on time travel with tachions.