We describe an experimental setup involving a single radioactive atom which decays in unit time with probability ½, but such that it is possible to successfully predict whether the atom decays with probability greater than ½. We also describe a strategy which correctly predicts with probability greater than ½ which of two radioactive atoms is more likely to decay in unit time, given that we can only observe one of the two species. These ideas are mathematical in nature but are very likely to have applications in physics as well as other areas
Several older and recent reports provided evidence for the oscillatory character of the exponential ...
The article deals with proton and two-proton radioactivity, two-neutron radioactivity and other type...
This lesson provides an overview of basic atomic structure and the concept of radioactive decay. Top...
We describe a simple experiment in which a radioactive atom in a box decays in unit time with probab...
An experiment to simulate radioactive decay is easily performed with a random-number generator or a ...
The number of decays from four distinct nuclear disintegration processes were recorded over a long s...
Abstract: Radioactive measurements in the decay process of any radioactive sample can be predicted b...
AbstractThis study was prepared at the aim of teaching of the law of radioactive decay. The formula ...
This thesis is a parameter study of the effects of branching fraction uncertainty from nuclear decay...
Since the discovery of radioactive decay, radioactive decay rates have consistently shown to be cons...
From the 16th International Radiocarbon Conference held in Gronigen, Netherlands, June 16-20, 1997.D...
One of the most remarkable features of radioactive changes is the fact that they have extremely low-...
It is a long-held tenet of nuclear physics, from the early work of Rutherford and Soddy up to presen...
The half-life of a radioactive isotope can be defined as the amount of time that it takes for said i...
Quantum estimates of several alpha radioactive life time have been made using the probability of qua...
Several older and recent reports provided evidence for the oscillatory character of the exponential ...
The article deals with proton and two-proton radioactivity, two-neutron radioactivity and other type...
This lesson provides an overview of basic atomic structure and the concept of radioactive decay. Top...
We describe a simple experiment in which a radioactive atom in a box decays in unit time with probab...
An experiment to simulate radioactive decay is easily performed with a random-number generator or a ...
The number of decays from four distinct nuclear disintegration processes were recorded over a long s...
Abstract: Radioactive measurements in the decay process of any radioactive sample can be predicted b...
AbstractThis study was prepared at the aim of teaching of the law of radioactive decay. The formula ...
This thesis is a parameter study of the effects of branching fraction uncertainty from nuclear decay...
Since the discovery of radioactive decay, radioactive decay rates have consistently shown to be cons...
From the 16th International Radiocarbon Conference held in Gronigen, Netherlands, June 16-20, 1997.D...
One of the most remarkable features of radioactive changes is the fact that they have extremely low-...
It is a long-held tenet of nuclear physics, from the early work of Rutherford and Soddy up to presen...
The half-life of a radioactive isotope can be defined as the amount of time that it takes for said i...
Quantum estimates of several alpha radioactive life time have been made using the probability of qua...
Several older and recent reports provided evidence for the oscillatory character of the exponential ...
The article deals with proton and two-proton radioactivity, two-neutron radioactivity and other type...
This lesson provides an overview of basic atomic structure and the concept of radioactive decay. Top...